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An ethical approach to the development of social acceptance and its application. John Byrne (Central Statistics Office, Ireland)

Languages and translations
English

An ethical approach to the development of social acceptance & its application

UNECE 27 March 2024

Development of Data ethics- key enabler of social acceptance

• Paper developed by Expert Group on ESS Strategic Consultation • Led by Ireland, Canada and the UK in consultation with Eurostat • Themes

• Legal access not enough- higher standard of social acceptance • Using an ethical lens to create trust • Proactive role in communicating this to society • Proactive role in leading on data ethics

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Social Acceptance… What do we mean? • Gaining and retaining society’s approval for our work • Retaining trust to use data to provide statistics and services for the public good and

in the public interest • A standard beyond mere compliance with personal data protection laws and

beyond legislation governing statistical organisations • Using data in an ethical way, embedding ethical considerations into statistical

production and organisational processes Remember • A legal right to data is not the same as having the social approval to use the data

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Why now? We have been focusing on • Increasing use of secondary (admin and privately held) data

• Growing demand for better and more timely insights from users

• Legal compliance in accessing data

We also need to consider • Changing social attitudes to privacy; loss of trust and fake news

• Increasing public awareness of data volumes and linkage opportunities

• Growing data ethics discussions

• Potential of increased access to privately held data i.e. EU Regulation 223 revision

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Building social acceptance of our work • Trust

• Key to all that we do

• Trust is earned not built and can be lost very easily

• Achieved trust through living and demonstrating our values

• Ethics

• Changing times require a new enabler of trust: Ethics

• Moving towards using ethics to build social acceptance for our work

• Application of ethical considerations can provide evidence on which to build trust

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Use of an ethical lens • It might be legal BUT is it seen as right or wrong and who decides this?

• How can we apply an ethical lens to our organisations to gather the evidence of our trustworthiness?

• How can we build ethics into our data processes?

• Design, build, collection, processing, analysis and communication in both survey and administrative data

• We also need to listen, understand, and communicate clearly what we are doing and why – we need communications and engagement strategies

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Learning from the Canadian and UK experiences

Canadian approach to building trust • Created a high-powered Data Ethics Secretariat within Stats Canada • Adopted a Necessity and Proportionality Framework • Every proposal for a new project or data acquisition must explain

• why it is important, • what the benefits are to Canadians, • who needs the information and • address ethical considerations such as privacy, transparency, and fairness.

• Developed a comprehensive Trust Centre on the website • Framework for Responsible Use of Machine Learning developed based on respect for

people, respect for data, sound methods and sound applications

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UK- developing a data ethics culture • Developed a set of ethical principles for research where using the data

• Has clear benefits for users and serves the public good while

• Protecting the data subject’s identity, keeping the information confidential and secure, and respecting consent

• Complying with all relevant legal requirements

• Considering the risks and limits of new technologies and ensuring sufficient human oversight so that methods employed are consistent with recognised standards of integrity and quality and

• Ensuring that the access, use and sharing of data is transparent, and is communicated clearly

• Embedded data ethics in statistical culture by

• Providing high quality training to support analysts’ use of the principles

• Developing a self assessment ethical tool to enable analysts quickly assess their project

• Being prominent and vocal in shaping the culture and developing evidence of the use of data ethics

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Applying the ethical lens to your own organisation

Key takeaways from their experiences…

• Don’t assume because you have done it before, that it is accepted

• Leverage the idea of the public good

• Harness the persuasive power of what’s in it for me – and what’s in it for society

• Develop proactive communications and engagement regarding Trust

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Ethics as an enabler of trust 1. Internal Focus:

• Develop an Ethical Framework and evaluate how mature your organisation is

• Embed ethics in your business processes and organisational culture • Compile the evidence of your ethical approach by developing demonstration projects

2. External Focus: • Develop a high level communication and engagement strategy around earning trust • Develop developing tailored communications & engagement strategies and audience-specific

messaging around the purpose and value of our work

• Lead on the development of an ethical data culture in the broader research and statistical communities

• Consider key audiences e.g. data suppliers, general public, media, decision makers, Data Commissioner, interested parties etc…

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How can we

• Develop a broad framework that defines what NSIs could consider when considering data ethics?

• Develop ways of embedding that framework within the statistical production process so that data ethics happens in practice?

• Communicate this work to different audiences so that data ethics can be an enabler of social acceptability?

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Application in Ireland

Ethics in Frameworks for Decision Making

• Clear Corporate Governance Framework guiding statistical program with emphasis on ethics, purpose and proportionality

• New Senior Management Group committee on Ethics Development

• Participation in and alignment to international discussions on best practices

• Liaison/steering group structure for engagement with external stakeholders on key releases such as Sexual Violence Survey or Growing Up in Ireland

• Census Advisory Group to inform Census questions

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Trust & Communications

• New Trust section on CSO website outlining what the CSO does and how we do it:

• Key themes of: data collection; data protection; data ethics; confidentiality; and transparency

• Redoubling focus on trust in external communications including on utilisation of administrative data

• Count on Us marketing campaign

• Stakeholder engagement

• Alignment of external and internal communications messaging

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  • An ethical approach to the development of social acceptance & its application���UNECE 27 March 2024�
  • Development of Data ethics- key enabler of social acceptance
  • Social Acceptance…
  • Why now?�
  • Building social acceptance of our work
  • Use of an ethical lens
  • Slide Number 7
  • Learning from the Canadian and UK experiences
  • Canadian approach to building trust
  • UK- developing a data ethics culture
  • Applying the ethical lens to your own organisation
  • �Key takeaways from their experiences…�
  • Ethics as an enabler of trust
  • How can we
  • Application in Ireland
  • Ethics in Frameworks for Decision Making
  • Trust & Communications

Discussion led by Bridget Hearne (Central Statistics Office, Ireland)

Languages and translations
English

Improvement of coherence and comparability of data on children with disabilities

UNECE/UNICEF Expert Meeting on Statistics on Children

4 March 2024

Bridget Hearne

Overview • Production of disaggregated statistical data on childhood

disability in the Republic of Belarus

• On the road to inclusion: a survey on schools and students with disabilities in Italy

• An overview of an annual survey on elements of school inclusion

• Social inclusion: a new survey on children with disabilities and their families

• Development & design of a new survey targeting youth under 18 years with disabilities - 2024

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Overview • Measuring disability among children for forcibly displaced and stateless people: lessons learnt

from Results Monitoring Surveys of UNHCR (The UN Refugee Agency)

• Review of the efficacy of RMS in capturing information on children with disabilities and the challenges encountered

• Understanding how responses to social and medical models differ by socio-economic characteristics: results from a comprehensive survey (SESRIC)

• Exploration of the associations between: Self-reported functional limitations WG/UNICEF CFM and objectively screened clinical impairments

• Child functioning and social participation in Canada using the Washington Group/ United Nations Children’s Fund Child Functioning Module (Statistics Canada)

• Provide descriptions of Canadian children with or without functioning difficulties, examine associations with social participation and the use of CFM as a means of disaggregating SDG indicators

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Data Issues/Needs

• Various data gaps on children with disabilities

• Prevalence rates

• Disaggregated data

• Definitions/comparability on age ranges in surveys

• Sampling:

• Sampling frames

• Nationally representative samples/sufficiently large sample sizes

• Comparative measures – UNECEF/WG-CFM, GALI

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Data Issues/Needs

• Disability as a disaggregator on National surveys – how much of a driver (policy requirement/allocation of resources) is this for data collection?

• Is there a sufficient administrative data infrastructure in place to support the use of administrative data for analytical purposes?

• Are there conceptual challenges to moving from a medical model to a social model in measuring disability? How are these challenges being met?

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Challenges? • One key challenge with collecting this data is consistent

reporting – how is this challenge being met?

• How do we balance the data and stakeholder requirements with the need to manage respondent burden?

• What is the most appropriate approach to disaggregation – is a coordinated approach to identifying priorities required?

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Presentation, Bridget Hearne (Central Statistics Office, Ireland)

Languages and translations
English

Growing Up in Ireland

Growing Up in Ireland - Design principles for a child cohort study

UNECE/UNICEF Expert Meeting on Statistics on Children

4 March 2024

Bridget Hearne

Overview

• Growing up in Ireland - background

• Role of the CSO

• Official statistics & administrative data

• GUI & administrative data

• Cohort 24 – questionnaire design

• Future work plans

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Growing Up in Ireland

• National longitudinal study – childhood through to adulthood

• Established to provide an evidence base for policy and services for children

• 2007-2022 carried out by research consortium under contract to Department of Children, Equality, Disability, Integration and Youth (DCEDIY)

• Government decision 2019 – move GUI to CSO

• Embed GUI in the official statistical system

• Jan 2023 – new model - partnership between CSO and DCEDIY

• CSO GUI Survey – data collection and analysis

• DCEDIY GUI Study – stakeholder consultation, identify research needs, promote use

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GUI Cohorts

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• Cohort 98

• Born in 1998, survey began when they were 9 years old

• Now 25 years old – latest survey is currently in the field

• Cohort 08

• Born in 2008, survey began when they were 9 months old

• Last surveyed at 13 – during Covid

• Next survey at age 17 – 2025

• Cohort 24

• Born in 2024 – data collection begins in September

The Role of the CSO

• National Statistical Office

• Statistics Act 1993

• Mandate for data collection

• Co-ordinating role for official statistics compiled by public authorities

• Realise the potential of administrative data for statistical purposes

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Official statistics & Administrative data

• CSO data protocol provides for the linkage of data sets, including administrative data provided the proposed data matching:

• Complies, in full, with data protection legislation

• Is undertaken solely for statistical purposes as defined in the Statistics Act, 1993

• the collection, compilation, extraction and dissemination for statistical purposes of information relating to economic, social and general activities and conditions in the State

• Is approved in advance by the Director General of the CSO

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GUI & Administrative Data

• Use of admin data was central to decision to move GUI to CSO

• Enhance existing analysis

• Reduce respondent burden

• Allow inter-wave analysis

• Track pathways over time

• Admin data gives additional insights into, e.g. progression to employment, income levels between survey waves.

• GUI enables further exploration of phenomena observed in admin data

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GUI & Administrative Data • Current

• Sampling frames

• Education – CAO data linked with GUI

• Planned

• Reduce primary data collection in & enhance longitudinal analysis

• Interactions with public services

• Information on public service settings and quality

• Education and employment pathways

• Geo-coding

• Match to neighbourhood characteristics

• Proximity analysis

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Cohort 24 - Questionnaire Design

• Stakeholder engagement

• Longitudinal consistency

• International longitudinal studies

• Meta data reviews

• Administrative data

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Future Work Plans

Year Age at interview

Cohort ’24

2024 1

2025

2026 3

2027

2028 5

2029

2030 7

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Net National Income: Ireland’s National Accounts in the Context of Globalisation

Languages and translations
English

Economic Commission for Europe Conference of European Statisticians Group of Experts on National Accounts Twenty-third session Geneva, 23-25 April 2024 Item 2 (c) of the provisional agenda Towards the 2025 System of National Accounts: Globalisation

Net National Income: Ireland’s National Accounts in the Context of Globalisation

Prepared by Central Statistics Office of Ireland

Summary

Ireland is a highly globalised economy, hosting an unusually high concentration of foreign-owned multinational enterprises (MNEs) relative to its international peers. MNE’s influence on the Irish economy is multifaceted – foreign companies provide investment, generate employment and pay taxes, among other influences. A key difficulty with measuring domestic economic performance lies in distinguishing MNE activity that has a tangible impact on the domestic economy from activity that does not. This document will demonstrate that Net national Income (NNI) is a useful measure of the domestic Irish economy because it excludes the globalisation effects associated with reinvested earnings and depreciation, while these are included in gross domestic product (GDP). NNI is more suitable than other aggregate measures (e.g. Gross National Income*), which are published only in Ireland because it allows international comparability.

United Nations ECE/CES/GE.20/2024/7

Economic and Social Council Distr.: General 12 February 2024 Original: English

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I. Key findings

1. Net National Income (NNI) is a useful measure of the domestic Irish economy because it excludes the globalisation effects associated with reinvested earnings and depreciation, while these are included in gross domestic product (GDP).

2. NNI is more useful than other aggregate measures (e.g. Gross National Income (GNI*) and Modified Final Domestic Demand (MFDD) as a comparative measure because other countries publish it, while these measures are only published by Ireland.

II. Why use Net National Income?

3. Net National Income is a key macroeconomic indicator of domestic economic performance in Ireland. NNI is Gross Domestic Product minus 1) Net Factor Income (NFI) with the rest of the world, 2) the Consumption of Fixed Capital (depreciation) and 3) net subsidies from abroad. Following these deductions, NNI largely consists of domestic profits, compensation of employees and taxes on goods.

4. The graph below displays annual percentage changes in Irish NNI at Constant Market Prices, alongside NNI recorded in selected Organisation of Economic Cooperation and Development (OECD) economies (and the European Union) between 2000 and 2022.

Figure 1 Annual Percentage Change in Real NNI

Source: https://stats.oecd.org/

5. This contrasts significantly with percentage changes in Real GDP, for which Ireland deviates from its peers to a much greater degree due to the globalised nature of the economy. Given that GDP includes foreign-owned multinational enterprise (MNE) reinvested earnings (that are not paid out to the domestic economy in Ireland) and does not factor in the depreciation of fixed assets used in production (which is substantial), Ireland appears to grow faster than many of its economic peers year-on-year post-2013.

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Figure 2 Annual Percentage Changes in Real GDP

Source: https://stats.oecd.org/

6. It should be noted that the Real NNI figures published by the OECD and those published by the CSO differ slightly (see Section A of the annex for details).

7. Why does Ireland’s domestic economy follow economic trends in NNI, but not in GDP? The answer lies in the globalised nature of the Irish economy. Ireland is a highly globalised economy, hosting an unusually high concentration of foreign-owned MNEs relative to its international peers. MNE’s influence on the Irish economy is multifaceted – foreign companies provide investment, generate employment and pay taxes, among other influences. A key difficulty with measuring domestic economic performance lies in distinguishing MNE activity that has a tangible impact on the domestic economy from activity that does not. For example, if a foreign-owned MNE pays wages, salaries and other remuneration to employees in Ireland, that money will (in large part) be spent domestically and will therefore have a ‘real’ impact. However, if that MNE makes €50 million in profits, and these profits stay with the company (i.e. as reinvested earnings not paid out to Irish residents), these are funds that will (most likely) not affect the domestic Irish economy (save for any taxes paid on such profits). Certain National Accounts aggregate indicators differentiate tangible and intangible MNE influences, while others do not. To accurately measure domestic economic performance, it is important to select the most appropriate indicators.

8. Broadly speaking, two factors of MNE activity are excluded from NNI. First, as alluded to previously, foreign-owned MNEs may generate profits in Ireland that are owned by foreign investors, but remain unrepatriated. Given their nature, the real domestic economic impact of these profits is diminished. Second, the capital stock of foreign-owned MNEs is both substantial and accounts for a greater portion of total annual depreciation compared to the capital stock of domestic firms, meaning a net aggregate measure is required to account for this. These are discussed in turn in the following sections.

II. Net Factor Income and Depreciation

9. NNI at Current Market Prices is calculated using the income method, meaning that it is calculated using corporate profits, wages and salaries, taxes and subsidies. While GDP includes profits that are generated by all firms, NNI excludes outflows of profits of foreign- owned MNEs located in Ireland. This is done by deducting Net Factor Income from the rest

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of the world (NFI) from GDP (this being the difference between profits and wages paid abroad and those profits and wages paid domestically). Profits that are paid to abroad from Ireland are substantially larger than profits paid by Irish firms from abroad to Ireland, meaning that Irish NFI is negative. Profits that are made by MNEs in Ireland (and not paid out as dividends) are counted as being paid abroad (i.e. reinvested earnings). This is because the funds in question are owned by foreign investors, despite them being made in Ireland for taxation purposes. NFI is a deduction from GDP in arriving at the final NNI amount for a given reference period. In this sense, NNI provides a more meaningful picture of domestic economic performance, as reinvested earnings being paid abroad do not necessarily influence the Irish economy in a substantive way. Instead, NNI focuses on profits that are made in and accruing to permanent residents of Ireland.

10. Other macroeconomic indicators – namely, Gross National Income (GNI) and modified Gross National Income (GNI*) – also exclude net factor income. The following Table 1 briefly illustrates the differences between these measures.

Table 1 Explanatory Table of Aggregate Measures

GDP GNI GNI* MFDD1 NNI

Subtracts Net Factor Income

NO YES YES N/A (CALCULATED

USING EXPENDITURE)

YES

Subtracts Depreciation NO NO YES (IP, R&D AND LEASED

AIRCRAFT ONLY)

N/A YES

Subtracts PLC Factor Income

N/A NO YES N/A NO

Internationally Comparable

YES YES NO NO YES

1 MFDD: Modified Final Domestic Demand. An explanation of this measure is included in Section 3.

11. Table 2 summarising the statistical and analytical uses of each high-level aggregate measure is included below.

Table 2 Statistical and analytical uses of each high-level aggregate

High Level Aggregate Key Statistical/Analytical uses

MFDD Part of/Partial economy measure useful as a Demand side of domestic economic activity.

GDP At Current Prices, GDP is required under EU Fiscal rules for use as a denominator for the compilation of Government Debt & Deficit metrics.

GNI A key element used for determining EU Budgetary Contributions (with GNI and Gross National Product [GNP] being highly correlated headline measures for Ireland).

Modified GNI (GNI*) Nationally designed Whole-of-Economy measure that excludes the influence of MNEs on the Irish economy.

Only depreciation on R&D Service Imports and Trade in IP and depreciation on leased aircraft are deducted.

NNI Whole-of-economy measure that excludes globalisation effects associated with Reinvested Earnings (RIE) and Depreciation on all Fixed Capital Assets regardless of asset indicator class, that has the benefit of international comparability under the System of National Accounts (SNA) accounting rules.

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12. Below, the levels of GDP, GNI, GNI* and NNI are graphed. There, the difference between GDP and GNI may be observed to illustrate the significance of Net Factor Income.

Figure 3 GDP, GNI, GNI* and NNI Levels at Constant Market Prices

13. The Consumption of Fixed Capital (or depreciation) also plays an important role in the measurement of the domestic economy. Foreign-owned MNEs own large intellectual property (IP) assets and leased aircraft, both of which significantly depreciate in value over time. In particular, IP assets may exhibit high levels of depreciation due to their ease of mobility, unrestricted nature and intangibility. IP may relocate in and out of Ireland with relative ease, which may cause substantial fluctuations in the valuation of company assets in Ireland. This means that the gap between gross and net national income measures in Ireland is wider than some international peers, given a higher relative incidence of capital depreciation.

14. Being a net measure, NNI accounts for depreciation on all fixed capital assets, regardless of asset class. Notably, this is different from GNI*, for which only depreciation on R&D Service Imports and Trade in IP and depreciation on leased aircraft are deducted. This is because GNI* is a nationally designed measure (as recommended by the Economic Statistics Review Group) specifically designed to account for the influence of foreign-owned MNEs on the Irish economy, while NNI aims to exclude depreciation on all fixed assets in the economy.

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Figure 4 Real GDP, GNI, GNI* and NNI (Annual Percentage Changes)

15. Changes in corporation tax legislation resulted in substantial reallocation of IP assets to Ireland in 2015. As a result, Real GDP grew by 25%, and Real GNI grew by 12.9% year- on-year. However, once depreciation of these (and other) assets was accounted for, the economy experienced a contraction of -1.6% and -4.3% in Real GNI* and Real NNI respectively between 2014 and 2015. This illustrates the importance of accounting for depreciation of assets when examining the domestic economy.

Figure 5 Net National Income by Component: 2010-2022

16. As seen in the graph above, both net factor income and the depreciation of assets have become an increasingly significant component of the NNI calculation between 2010 and 2022.

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III. Net National Income, Gross National Income* or Modified Final Domestic Demand?

17. NNI, GNI* and MFDD are all valid indicators of domestic economic activity in Ireland. How are they different? NNI and GNI* display a high degree of correlation over time, despite two methodological differences between them. The first difference is that NNI accounts for depreciation on all fixed assets, while GNI* only accounts for depreciation on leased aircraft and IP. This is because GNI* is a measure specifically designed to account for globalisation effects on the Irish economy, while NNI is designed to capture domestic economic performance. The second difference is that NNI includes net factor income of redomiciled Public Limited Companies (PLCs), while GNI* does not. The magnitude of this adjustment is graphed in Fig. 1B in the annex.

18. Real Modified Final Domestic Demand (MFDD) is another indicator of Irish domestic economic performance. Its calculation is different from GNI* and NNI, in that it is calculated using expenditure. Specifically, household consumption expenditure, government expenditure and capital expenditure are used. Similar to GNI*, MFDD excludes capital expenditure (investment) on R&D, IP and leased aircraft, but includes capital investment in other categories. This is done to account for these globalisation effects. While the Real MFDD and Real NNI do not always necessarily move in tandem (and even directionally their annual percentage changes can be of opposite sign between two given reference years), they have exhibited strong positive correlation between 1995 and 2022.

19. If GNI* and MFDD both account for globalisation effects, why use NNI? The main advantage that NNI offers is that it is internationally comparable. While GNI* and MFDD provide more tailor-made measures of domestic economic performance for a highly globalised economy, they are only published by Ireland. NNI is published by many countries, making it a useful measure for comparison with other economies.

20. International organisations recognise the importance of the adoption of net measures. The System of National Accounts (SNA) contains the international standards agreed upon for the compilation of economic measures. The SNA is due to be updated in 2025. Leading up to this, the importance of the use of high-level net aggregate measures in national accounts has been highlighted by the Intersecretariat Working Group on National Accounts (ISWGNA) under the auspices of the United Nations (see this guidance note). The promotion of NNI as a measure of Irish economic activity is therefore consistent with the harmonised international statistical framework, adding to the justification of its use.

21. The publication of NNI as a headline economic indicator across countries enriches the international statistical framework. If policymakers and researchers wish to compare the domestic economic performance of a specific country with that of other countries (or vice versa), then all countries concerned must gather and publish the requisite data with methodological consistency. In addition, increasing the frequency of NNI collection and publication (e.g. from yearly to quarterly) would allow policymakers and economic researchers to avail of more real-time economic information and improve analytical findings.

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Annex

Measurement Differences: Organisation of Economic Cooperation and Development and Central Statistics Office of Ireland

OECD publish annual NNI figures for all OECD economies (as seen in Fig. 1). It should be noted that the calculation methods used by the OECD and those used by the CSO for Real NNI are different. Below, the annual growth rate of NNI in Ireland between 1995 and 2022 are included, with trends based on the CSO and OECD calculations being reported.

Figure 1A Net National Income Growth: OECD vs. CSO Method

These measures are strongly correlated. Nevertheless, outliers remain between measurements for certain reference years. As shown in the 2015 figures, the CSO reported a -4.3% decline in Real NNI, while the OECD method concluded with a 5.2% increase relative to the previous year.

Both sets of chain linked Real NNI calculations are derived from current price NNI data (as published by the CSO), and both use the same (national) base year. Alongside this, the OECD also publish Real NNI calculations using the OECD base year (i.e. 2015 = 100), which allows for harmonised reporting across the 38 OECD member countries. Due to differences in annual publication timelines, the vintage of Current Price NNI data on which chain linking Real NNI estimates are based differ between the OECD and the CSO temporarily in the course of a calendar year. The CSO publish the latest Current Price NNI data and the associated Chain Linked Constant Price NNI data (compiled using CSO's NNI compilation method of deflating depreciation by asset class type) with an updated base year every year as part of the Annual National Accounts (ANA) publication issued in the mid-year. While the OECD updates the deflators used for calculating their published Real NNI data by using the price index of domestic demand available from the latest ANA when it is published, they update the Current Price NNI data on which their calculations are based later towards the end of the calendar year as these data are declared by EU Member States under the Annual Institutional Sector Accounts reporting framework (rather than the Annual National Accounts reporting framework). Because of this, chain linked Real NNI estimates compiled by CSO and OECD differ temporarily for a portion of the calendar year (usually July to November) for non-methodological data vintage reasons.

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Aside from this temporary data vintage divergence, the primary methodological difference between these measures is the method used to deflate depreciation (i.e. to adjust for inflation). As noted previously, OECD adjusts depreciation using a price index of domestic demand while the CSO deflates depreciation by capital asset class, applying different deflators to each class. While asset deflators are assumed to be the same across sectors, there are some exceptions. Most notably, depreciation on large Intellectual Property (IP) assets are deflated using specific NACE-based deflators.

While the two methods produce results that differ in certain reference years, they display strong positive correlation, and both provide a useful illustration of domestic economic trends in Ireland.

Gross National Income* Decomposition

Figure 1B GNI* Decomposition (Current Market Prices)

CSO NNI data at Current Market Prices are available at:

ANA 2022 Table 1.2 Main Aggregates, 2017-2022: https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL1.2.xlsx

ANA 2022 Table 3.1 Net Value Added at Factor Cost and Net National Income at Market Prices (years 2017 to 2022): https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL3.1.xlsx Long time series 1995 to 2022 are available on PxStat Table NA003 Net Value Added at Factor Cost and Net National Income at Market Prices https://data.cso.ie/table/NA003

ANA 2022 Table 3.4 Gross Value Added at Basic Prices by Sector of Origin and Gross and Net National Income at Current Market Prices (years 2017 to 2022): https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL3.4.xlsx Long time series 1995 to 2022 are available on PxStat Table NA005 Gross Value Added at Basic Prices by Sector of Origin and Gross and Net National Income at Current Market Prices: https://data.cso.ie/table/NA005

ANA 2022 Table 6.1 Output, Intermediate Consumption and Gross Value Added at Basic Prices by Sector of Origin and Gross and Net National Income at Current Market Prices (years 2017 to 2022):

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https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL6.1.xlsx Long time series 1995 to 2022 are available on PxStat Table NA005 Gross Value Added at Basic Prices by Sector of Origin and Gross and Net National Income at Current Market Prices: https://data.cso.ie/table/NA005

ANA 2022 Table 8.1 Expenditure on Gross and Net National Income at Current Market Prices (years 2017 to 2022): https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL8.1.xlsx Long time series 1995 to 2022 are available on PxStat Table NA007 Expenditure on Gross and Net National Income at Current Market Prices: https://data.cso.ie/table/NA007

CSO NNI data at Chain Linked Constant Prices are available at:

ANA 2022 Table 1.2 Main Aggregates, 2017-2022: https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL1.2.xlsx

ANA 2022 Table 3.6 Gross Value Added at Constant Basic Prices by Sector of Origin and Gross and Net National Income at Constant Market Prices (chain linked annually and referenced to year 2021) (years 2017 to 2022): https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL3.6.xlsx Long time series 1995 to 2022 are available on PxStat Table NA006 Gross Value Added at Constant Basic Prices by Sector of Origin and Gross and Net National Income at Constant Market Prices: https://data.cso.ie/table/NA006

ANA 2022 Table 6.2 Output, Intermediate Consumption and Gross Value Added at Constant Basic Prices by Sector of Origin and Gross and Net National Income at Constant Market Prices (chain linked annually and referenced to year 2021) (years 2017 to 2022): https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL6.2.xlsx

ANA 2022 Table 8.3 Expenditure on Gross and Net National Income at Constant Market Prices (chain linked annually and referenced to year 2021) (years 2017 to 2022): https://www.cso.ie/en/media/csoie/releasespublications/documents/ep/annualnationalaccou nts/2022/P-ANA2022TBL8.3.xlsx Long time series 1995 to 2022 are available on PxStat Table NA008 Expenditure on Gross and Net National Income at Constant Market Prices: https://data.cso.ie/table/NA008

OECD NNI data at Current Prices and Chain Linked Constant Prices are available on OECD.Stat database:

OECD.Stat National Accounts\Annual National Accounts\Main Aggregates\2. Disposable Income and Net Lending - Net Borrowing\Table 2 – Disposable Income and Net Lending - Net Borrowing: https://stats.oecd.org/Index.aspx?DataSetCode=SNA_TABLE2

  • Group of Experts on National Accounts
  • Twenty-third session
  • Net National Income: Ireland’s National Accounts in the Context of Globalisation
    • Prepared by Central Statistics Office of Ireland
  • I. Key findings
  • II. Why use Net National Income?
  • II. Net Factor Income and Depreciation
  • III. Net National Income, Gross National Income* or Modified Final Domestic Demand?
  • Annex
    • Measurement Differences: Organisation of Economic Cooperation and Development and Central Statistics Office of Ireland
    • Gross National Income* Decomposition

Digitalization in Energy: Case Study on "Grid Edge Management Reference Architecture and Policy Recommendations for Interoperability and Resilience"

This case study addresses the challenge of distributed energy resources integration to support grid resilience, identifying key infrastructure requirements, assessing policy developments and deriving recommendations. The underlying premise of this case study asserts that whilst the energy sector is making advances towards decarbonization, decentralization and digitalization, the increasing share of distributed energy resources in the energy mix is still not being sufficiently harnessed for their potential in the energy transition, yet continue to create challenges for grid management.

JQ2022IRL

JFSQ2022 Country Replies Ireland

Languages and translations
English

Guidelines

Dear Correspondent, Thank you for contributing to the Joint Forest Sector Questionnaire (JFSQ). Before filling in the worksheets, please read these guidelines. Please use only this questionnaire to report your data. Use this questionnaire also to revise any historical data - fill in the correct year and your name on the cover page. The total number of sheets to be filled in is seven core sheets (green tabs - to be validated by Eurostat) plus three for ITTO (brown tabs - not validated by Eurostat). Four sheets containing cross-references are included at the end. The flat file is for Eurostat for validation purposes, please do not change any cells here. Also, please do not add / delete rows in any of the sheets, because this will affect the functioning of the flatfile. Put all your data into one Excel file. If you send some data in later, give your file a new version number and date (see A.1. below) and notify us of the changes with respect to the previous version. Only send us completely filled-in sheets, highlighting the changes in yellow. Do not delete worksheets. Each sheet has a working area for your input. Most sheets have checking cells and tables. Each working area has white cells and shaded green cells. Eurostat has highlighted the variables it considers most important for its publications - please fill those in as a priority. When you submit a revision, please highlight changes in yellow and explain them in the appropriate 'Note' column, but please fill in all the cells that were filled in previously. Please use flags and notes (see A.6 below). This information is important for Eurostat. A. General recommendations A.1 Please use eDAMIS to send your questionnaire to Eurostat. Choose the correct domain ("FOREST_A_A") and the correct reference year (for this data collection: 2022). A.2 Fill in the JFSQ quality report each year. A.3 The cover page is for your contact details, which are automatically copied to the other worksheets • Check your country code • If necessary change the reference year as appropriate - the previous year will appear automatically If you distribute worksheets to various experts, they can each put their contact details into the sheets. It will then be your job to put all the information together again and to verify the checking tables, since some of them will not work as designed in isolation. A.4 Look at the unit of measurement to be used for each item and report in this unit if possible, using the conversion factors on the last page of the JFSQ definitions. Please report the monetary values in the same unit for both reporting years. Only report data or modify cells in the working areas. Please do not delete checking areas or checking sheets. • Look at the checking areas and make the necessary corrections to your data to remove all warnings (see the specific recommendations) before sending in your data. Fill in real zeros '0' in the worksheets if there is no production or trade. Empty cells will be interpreted as 'Data not available'. • There are counters at the bottom of the tables to indicate the number of cells left to be filled in. Report all data with at least three decimals. Do not use a separator for thousands; for the decimal point, please use the one set up by default. A.5 Report numbers only. If data are confidential, please provide them if possible, appropriately flagged (see A.6). • Eurostat has a right to all confidential data necessary for its work. It has an obligation to use such data only in aggregates and to respect all the legal obligations. • If you cannot provide confidential data, a good option is to send in your own estimate flagged as a national estimate '9'. • As a last resort, leave the cell empty, flag it and write a note indicating data sources and links. Checking tables contain formulae to sum up the totals for sub-items. A.6 Flag cells and write notes as appropriate. Flags should be entered in the 'Flag' columns and notes in the 'Note' columns for the appropriate year and item. The flags to use are: • 3 for break in time series, see metadata (please explain in the notes and in the quality report the reasons) • 4 for definition differs, see metadata (please explain in the notes and in the quality report the reasons) • 5 for repeating the data of a previous year • 6 for confidential data • 7 for provisional data • 9 for national estimate B Specific recommendations B.1 Sheet 'Removals over bark' is for volumes of wood products measured over bark. General over bark/under bark conversion factors are calculated automatically. • Should you use different conversion factor(s) please delete the ones provided and insert your own • If you only have under bark data, please leave this worksheet empty, but revise the table with the conversion factors. • Unchanged conversion factors will be considered revised. A checking table verifies that sums of sub-items agree with the totals. B.2 Checking tables on worksheets improve data quality, verifying that: • The sum of the sub-items equals the total. • The sum of 'of which' items is not larger than the total. All cells in a checking table should be zero or empty. If this is not the case, please check your numbers for the sub-items and totals. The checking table indicates the difference, so if you see a negative value, you will have to decide which number should be increased by that amount. The only exception is when no data are entered due to confidentiality. B.3 Worksheets 'JQ2' contains a checking table for apparent consumption. Apparent consumption = Production + Imports – Exports. It should be positive or nil. If this is not the case, the cell will change colour and indicate the difference. • Please correct the data in the sheets until checking results are positive or nil. One solution is to increase production. • If the data are correct but apparent consumption is still negative, please explain why in the 'Note' column provided in the apparent consumption checking table. B.4 Sheets 'JQ2', 'ECE-EU Species' and 'EU1' on trade have checking tables to verify data consistency. Both quantity and value must be present. When something is missing, messages or coloured cells appear in the checking tables. Please correct your data until all warnings disappear. The meaning of the messages is: • 0: both value and quantity are zero – all is well, there is no trade • ZERO Q: value is reported, quantity is zero - please correct • ZERO V: quantity is reported, value is zero - please correct • REPORT: both quantity and value are blank - please fill in • NO Q: blank cell for quantity – please fill in • NO V: blank cell for value – please fill in Please enter even very small numbers to resolve problems, using as many decimal places as necessary. If there is no way to correct the problem, please write an explanation in the 'Note' column. If there is no trade for a product, please enter 0 for both quantity and value. Thank you for collecting data for the JFSQ, Eurostat's Forestry Team

JFSQ quality report

Joint Forest Sector Questionnaire Quality Report
Quality information Country reply
1 Contact
Country name Country name Ireland
Contact organisation Contact organisation Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
Contact name Contact name
Contact email address Contact email address
2 Changes to previous year
Necessity of update Are there any changes to the quality report of the last data collection? NO
If yes, please provide details below.
3 Statistical processing
Overview of the source data Please provide an overview of the sources used to produce JFSQ data.
Do you use a dedicated survey (of the industry, of households, of forest owners, etc.)? Please select YES or NO
If yes, please provide details (e.g., who are the respondents, what is its frequency?).
Do you use forestry statistics? Please select YES or NO
If yes, please provide details.
Do you use national forest inventory? Please select YES or NO
If yes, please provide details.
Do you use national PRODCOM data compiled according to the CPA classification? Please select YES or NO
If yes, please provide details (which products, units, etc.).
Do you use any other national production statistics? Please select YES or NO
If yes, please provide details.
Do you use data collected by associations of industry? Please select YES or NO
If yes, please provide details.
Do you collect data from direct contacts with manufacturing companies? Please select YES or NO
If yes, please provide details.
Do you use estimates of roundwood use (in manufacturing)? Please select YES or NO
If yes, please provide details.
Do you use national trade data? Please select YES or NO
If yes, please provide details.
Do you use felling reports? Please select YES or NO
If yes, please provide details.
Do you use forestry companies' accounting network? Please select YES or NO
If yes, please provide details.
Do you use administrative data (e.g. tax records, business registers)? Please select YES or NO
If yes, please provide details.
Do you use data from national accounts? Please select YES or NO
If yes, please provide details (e.g. for which data, from which account tables?).
Do you use SBS (Structural business statistics)? Please select YES or NO
If yes, please provide details (e.g. for which data?).
Do you use other environmental accounts? Please select YES or NO
If yes, please provide details.
Do you use other statistics (e.g. agriculture statistics)? Please select YES or NO
If yes, please specify them.
Do you use any other sources? Please select YES or NO
If yes, please specify them.
Methodological issues Are there any pending classification or measurement issues? Please select YES or NO
If yes, please specify them.
Data validation Do you check the quality of the data collected to compile JFSQ? Please select YES or NO
If yes, please explain the quality assurance procedure.
Do you compare JFSQ data with different data sources or do you perform other cross-checks? Please select YES or NO
If yes, please explain your approach.
Do you have validation rules and other plausibility checks for the outputs of your JFSQ data compilation process? Please select YES or NO
If yes, please briefly describe them.
4 Relevance
User needs Please provide references to the relevance of JFSQ at national level e.g. main users, national indicator sets, quantitative policy targets etc.
5 Coherence and comparability
Coherence - cross domain Do you compare the JFSQ results with business, energy and agricultural and foreign trade statistics? Please select YES or NO
It not, please explain.
Do you cross-check the JFSQ data with the results of European Forest Accounts? Please select YES or NO
If yes, please indicate for which reporting items, and comments on the discrepancies observed, if any. It not, please explain.
Coherence - internal Are there any other consistency issues related to your JFSQ data? Please select YES or NO
If yes, please explain them.
6 Accessibility and clarity
Publications Do you disseminate JFSQ data nationally (e.g. in news releases or other documents)? Please select YES or NO
If yes, please provide URLs and/or the reference to the relevant publications.
Online database Do you publish your JFSQ accounts in an online data base? Please select YES or NO
If yes, please provide URLs.
Documentation on methodology Did you prepare a description of your national JFSQ methodology or metadata? Please select YES or NO
If yes, please provide URLs.
Quality documentation Do you have national quality documentation? Please select YES or NO
If yes, please provide URLs.
7 Other comments
Other comments Please provide any further feedback you might have on the quality of the reported data, sources and methods used and/or Eurostat's validation and quality report templates.

Cover

Joint Forest Sector Questionnaire
2022
DATA INPUT FILE
Correspondent country: IE
Reference year: 2022 Fill in the year
Name of person responsible for reply:
Official address (in full): Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
Telephone:
Fax:
E-mail:

Removals over bark

Country: IE Date:
Name of Official responsible for reply: 0
Check Table
Official Address (in full):
Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
FOREST SECTOR QUESTIONNAIRE
EU JQ1 OB Telephone: 0 0 Discrepancies
Removals E-mail: 0 Please verify, if there's an error!
Year 1 Year 2 Flag Flag Note Note
Product Product Unit 2021 2022 2021 2022 2021 2022 Product Product Unit 2021 2022
Code Quantity Quantity Code Quantity Quantity
ROUNDWOOD REMOVALS OVERBARK ROUNDWOOD REMOVALS OVERBARK
1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ob 4334 4141 1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ob OK OK
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ob 242 264 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ob OK OK
1.1.C Coniferous 1000 m3ob 231 249 1.1.C Coniferous 1000 m3ob
1.1.NC Non-Coniferous 1000 m3ob 11 15 1.1.NC Non-Coniferous 1000 m3ob
1.2 INDUSTRIAL ROUNDWOOD 1000 m3ob 4092 3877 1.2 INDUSTRIAL ROUNDWOOD 1000 m3ob OK OK
1.2.C Coniferous 1000 m3ob 4077 3863 1.2.C Coniferous 1000 m3ob OK OK
1.2.NC Non-Coniferous 1000 m3ob 15 14 1.2.NC Non-Coniferous 1000 m3ob OK OK
1.2.NC.T of which: Tropical 1000 m3ob 0 0 1.2.NC.T of which: Tropical 1000 m3ob OK OK
1.2.1 SAWLOGS AND VENEER LOGS 1000 m3ob 2869 2648 1.2.1 SAWLOGS AND VENEER LOGS 1000 m3ob OK OK
1.2.1.C Coniferous 1000 m3ob 2860 2640 1.2.1.C Coniferous 1000 m3ob
1.2.1.NC Non-Coniferous 1000 m3ob 9 8 1.2.1.NC Non-Coniferous 1000 m3ob
1.2.2 PULPWOOD, ROUND AND SPLIT 1000 m3ob 1094 1109 1.2.2 PULPWOOD, ROUND AND SPLIT 1000 m3ob OK OK
1.2.2.C Coniferous 1000 m3ob 1089 1105 1.2.2.C Coniferous 1000 m3ob
1.2.2.NC Non-Coniferous 1000 m3ob 5 4 1.2.2.NC Non-Coniferous 1000 m3ob
1.2.3 OTHER INDUSTRIAL ROUNDWOOD 1000 m3ob 129 120 1.2.3 OTHER INDUSTRIAL ROUNDWOOD 1000 m3ob OK OK
1.2.3.C Coniferous 1000 m3ob 128 118 1.2.3.C Coniferous 1000 m3ob
1.2.3.NC Non-Coniferous 1000 m3ob 1 2 1.2.3.NC Non-Coniferous 1000 m3ob
To fill: 0 0
Product Product Unit 2021 2022
Code CF CF
OVERBARK/UNDERBARK CONVERSION FACTORS
1 ROUNDWOOD (WOOD IN THE ROUGH) m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.1.C Coniferous m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.1.NC Non-Coniferous m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2 INDUSTRIAL ROUNDWOOD m3/m3 1.100 1.100
1.2.C Coniferous m3/m3 1.200 1.200
1.2.NC Non-Coniferous m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2.NC.T of which: Tropical m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2.1 SAWLOGS AND VENEER LOGS m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2.1.C Coniferous m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2.1.NC Non-Coniferous m3/m3 1.100 1.100
1.2.2 PULPWOOD, ROUND AND SPLIT m3/m3 1.200 1.200
1.2.2.C Coniferous m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2.2.NC Non-Coniferous m3/m3 1.100 1.100
1.2.3 OTHER INDUSTRIAL ROUNDWOOD m3/m3 1.200 1.200
1.2.3.C Coniferous m3/m3 ERROR:#DIV/0! ERROR:#DIV/0!
1.2.3.NC Non-Coniferous m3/m3 1.100 1.100

JQ1 Production

Country: IE Date:
Name of Official responsible for reply: 0
Official Address (in full):
FOREST SECTOR QUESTIONNAIRE JQ1 Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
Industrial Roundwood Balance
PRIMARY PRODUCTS Telephone: 0 0 This table highlights discrepancies between items and sub-items. Please verify your data if there's an error! Discrepancies
Removals and Production E-mail: 0 test for good numbers, missing number, bad number, negative number
Year 1 Year 2 Flag Flag Note Note
Product Product Unit 2021 2022 2021 2022 2021 2022 Product Product Unit 2021 2022 2021 2022 % change Conversion factors
Code Quantity Quantity Code Quantity Quantity Roundwood Industrial roundwood availability -131 18,328 -14045% m3 of wood in m3 or t of product
ALL REMOVALS OF ROUNDWOOD (WOOD IN THE ROUGH) ALL REMOVALS OF ROUNDWOOD (WOOD IN THE ROUGH) Recovered wood used in particle board 0 0 missing data Solid wood equivalent
1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub 1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub OK OK Solid Wood Demand agglomerate production missing data missing data missing data 2.4
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub OK OK Sawnwood production Missing data Missing data missing data 1
1.1.C Coniferous 1000 m3ub 1.1.C Coniferous 1000 m3ub veneer production Missing data Missing data missing data 1
1.1.NC Non-Coniferous 1000 m3ub 1.1.NC Non-Coniferous 1000 m3ub plywood production Missing data Missing data missing data 1
1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub 1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub OK OK particle board production (incl OSB) missing data missing data missing data 1.58
1.2.C Coniferous 1000 m3ub 1.2.C Coniferous 1000 m3ub OK OK fibreboard production missing data missing data missing data 1.8
1.2.NC Non-Coniferous 1000 m3ub 1.2.NC Non-Coniferous 1000 m3ub OK OK mechanical/semi-chemical pulp production missing data missing data missing data 2.5
1.2.NC.T of which: Tropical 1000 m3ub 1.2.NC.T of which: Tropical 1000 m3ub OK OK chemical pulp production missing data missing data missing data 4.9
1.2.1 SAWLOGS AND VENEER LOGS 1000 m3ub 1.2.1 SAWLOGS AND VENEER LOGS 1000 m3ub OK OK dissolving pulp production missing data missing data missing data 5.7
1.2.1.C Coniferous 1000 m3ub 1.2.1.C Coniferous 1000 m3ub Availability Solid Wood Demand missing data missing data missing data
1.2.1.NC Non-Coniferous 1000 m3ub 1.2.1.NC Non-Coniferous 1000 m3ub Difference (roundwood-demand) missing data missing data missing data positive = surplus
1.2.2 PULPWOOD, ROUND AND SPLIT (INCLUDING WOOD FOR PARTICLE BOARD, OSB AND FIBREBOARD) 1000 m3ub 1.2.2 PULPWOOD, ROUND AND SPLIT (INCLUDING WOOD FOR PARTICLE BOARD, OSB AND FIBREBOARD) 1000 m3ub OK OK gap (demand/availability) missing data missing data Negative number means not enough roundwood available
1.2.2.C Coniferous 1000 m3ub 1.2.2.C Coniferous 1000 m3ub Positive number means more roundwood available than demanded
1.2.2.NC Non-Coniferous 1000 m3ub 1.2.2.NC Non-Coniferous 1000 m3ub
1.2.3 OTHER INDUSTRIAL ROUNDWOOD 1000 m3ub 1.2.3 OTHER INDUSTRIAL ROUNDWOOD 1000 m3ub OK OK
1.2.3.C Coniferous 1000 m3ub 1.2.3.C Coniferous 1000 m3ub % of particle board that is from recovered wood 35%
1.2.3.NC Non-Coniferous 1000 m3ub 1.2.3.NC Non-Coniferous 1000 m3ub share of agglomerates produced from industrial roundwood residues 100%
PRODUCTION PRODUCTION usable industrial roundwood - amount of roundwood that is used, remainder leaves industry 98.5%
2 WOOD CHARCOAL 1000 t 2 WOOD CHARCOAL 1000 t
3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 OK OK
3.1 WOOD CHIPS AND PARTICLES 1000 m3 3.1 WOOD CHIPS AND PARTICLES 1000 m3
3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3
3.2.1 of which: Sawdust 1000 m3 3.2.1 of which: Sawdust 1000 m3 OK OK
4 RECOVERED POST-CONSUMER WOOD 1000 t 4 RECOVERED POST-CONSUMER WOOD 1000 t
5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t 5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t OK OK
5.1 WOOD PELLETS 1000 t 5.1 WOOD PELLETS 1000 t
5.2 OTHER AGGLOMERATES 1000 t 5.2 OTHER AGGLOMERATES 1000 t
6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 OK OK
6.C Coniferous 1000 m3 6.C Coniferous 1000 m3
6.NC Non-Coniferous 1000 m3 6.NC Non-Coniferous 1000 m3
6.NC.T of which: Tropical 1000 m3 6.NC.T of which: Tropical 1000 m3 OK OK
7 VENEER SHEETS 1000 m3 7 VENEER SHEETS 1000 m3 OK OK
7.C Coniferous 1000 m3 7.C Coniferous 1000 m3
7.NC Non-Coniferous 1000 m3 7.NC Non-Coniferous 1000 m3
7.NC.T of which: Tropical 1000 m3 7.NC.T of which: Tropical 1000 m3 OK OK
8 WOOD-BASED PANELS 1000 m3 8 WOOD-BASED PANELS 1000 m3 OK OK
8.1 PLYWOOD 1000 m3 8.1 PLYWOOD 1000 m3 OK OK
8.1.C Coniferous 1000 m3 8.1.C Coniferous 1000 m3
8.1.NC Non-Coniferous 1000 m3 8.1.NC Non-Coniferous 1000 m3
8.1.NC.T of which: Tropical 1000 m3 8.1.NC.T of which: Tropical 1000 m3 OK OK
8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 OK OK
8.1.1.C Coniferous 1000 m3 8.1.1.C Coniferous 1000 m3
8.1.1.NC Non-Coniferous 1000 m3 8.1.1.NC Non-Coniferous 1000 m3
8.1.1.NC.T of which: Tropical 1000 m3 8.1.1.NC.T of which: Tropical 1000 m3 OK OK
8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) AND SIMILAR BOARD 1000 m3 8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) AND SIMILAR BOARD 1000 m3
8.2.1 of which: ORIENTED STRAND BOARD (OSB) 1000 m3 8.2.1 of which: ORIENTED STRAND BOARD (OSB) 1000 m3 OK OK
8.3 FIBREBOARD 1000 m3 8.3 FIBREBOARD 1000 m3 OK OK
8.3.1 HARDBOARD 1000 m3 8.3.1 HARDBOARD 1000 m3
8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3
8.3.3 OTHER FIBREBOARD 1000 m3 8.3.3 OTHER FIBREBOARD 1000 m3
9 WOOD PULP 1000 t 9 WOOD PULP 1000 t OK OK
9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t
9.2 CHEMICAL WOOD PULP 1000 t 9.2 CHEMICAL WOOD PULP 1000 t OK OK
9.2.1 SULPHATE PULP 1000 t 9.2.1 SULPHATE PULP 1000 t
9.2.1.1 of which: BLEACHED 1000 t 9.2.1.1 of which: BLEACHED 1000 t OK OK
9.2.2 SULPHITE PULP 1000 t 9.2.2 SULPHITE PULP 1000 t
9.3 DISSOLVING GRADES 1000 t 9.3 DISSOLVING GRADES 1000 t
10 OTHER PULP 1000 t 10 OTHER PULP 1000 t OK OK
10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t 10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t
10.2 RECOVERED FIBRE PULP 1000 t 10.2 RECOVERED FIBRE PULP 1000 t
11 RECOVERED PAPER 1000 t 11 RECOVERED PAPER 1000 t
12 PAPER AND PAPERBOARD 1000 t 12 PAPER AND PAPERBOARD 1000 t OK OK
12.1 GRAPHIC PAPERS 1000 t 12.1 GRAPHIC PAPERS 1000 t OK OK
12.1.1 NEWSPRINT 1000 t 12.1.1 NEWSPRINT 1000 t
12.1.2 UNCOATED MECHANICAL 1000 t 12.1.2 UNCOATED MECHANICAL 1000 t
12.1.3 UNCOATED WOODFREE 1000 t 12.1.3 UNCOATED WOODFREE 1000 t
12.1.4 COATED PAPERS 1000 t 12.1.4 COATED PAPERS 1000 t
12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t 12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t
12.3 PACKAGING MATERIALS 1000 t 12.3 PACKAGING MATERIALS 1000 t OK OK
12.3.1 CASE MATERIALS 1000 t 12.3.1 CASE MATERIALS 1000 t
12.3.2 CARTONBOARD 1000 t 12.3.2 CARTONBOARD 1000 t
12.3.3 WRAPPING PAPERS 1000 t 12.3.3 WRAPPING PAPERS 1000 t
12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t
12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t
15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 1000 m3 15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 1000 m3 OK OK
15.1 GLULAM 1000 m3 15.1 GLULAM 1000 m3
15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3 15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3
16 I BEAMS (I-JOISTS)1 1000 t 16 I BEAMS (I-JOISTS)1 1000 t
1 Glulam, CLT and I Beams are classified as secondary wood products but for ease of reporting are included here
To fill: 77 77
m3ub = cubic metres solid volume underbark (i.e. excluding bark)
m3 = cubic metres solid volume
t = metric tonnes
https://www.fao.org/3/cb8216en/cb8216en.pdf

JQ2 Trade

61 62 61 62 91 92 91 92
FOREST SECTOR QUESTIONNAIRE JQ2 Country: IE Date: 0 both VALUE and quantity reported ZERO
Name of Official responsible for reply: 0 ZERO Q quantity ZERO when VALUE is reported INTRA-EU The difference might be caused by Intra-EU trade
PRIMARY PRODUCTS Official Address (in full): Central Statistics Office, Ardee Road, Dublin 6, D06 FX52 This table highlights discrepancies between production and trade. For any negative number, indicating greater net exports than production, please verify your data! ZERO V Value ZERO when quantity is reported CHECK
Trade Telephone: 0 Fax: 0 This table highlights discrepancies between items and sub-items. Please verify your data if there's an error! ZERO CHECK 1 - if no value please CHECK NO Q no quantity reported ZERO CHECK 2 - if no value in Zero Check 1
E-mail: 0 Country: IE NO V no value reported Treshold: 2 verifies whether the JQ2 figures refers only to intra-EU trade
Value must always be in 1000 NAC (national currency) Flag Flag Flag Flag Flag Flag Flag Flag Note Note Note Note Note Note Note Note Trade Discrepancies REPORT no figures reported
Product Unit of I M P O R T E X P O R T Import Export Import Export Product I M P O R T E X P O R T Product Apparent Consumption Related Notes Product Value per I M P O R T E X P O R T Column1 Column2 Product Value per I M P O R T E X P O R T
code Product quantity 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 code 2021 2022 2021 2022 code 2021 2022 2021 2022 code Product unit 2021 2022 2021 2022 IMPORT EXPORT code Product unit 2021 2022 2021 2022
Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value
1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub 320.691 49305 196.597 40720 444.002 27371 484.771 30631 1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub OK OK OK OK OK OK OK OK 1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub -123 -288 1 ROUNDWOOD (WOOD IN THE ROUGH) NAC/m3 154 207 62 63 ACCEPT ACCEPT 1 ROUNDWOOD (WOOD IN THE ROUGH) NAC/m3
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub 20.146 5547 16.239 6459 12.029 1941 33.228 2756 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub OK OK OK OK OK OK OK OK 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub 8 -17 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) NAC/m3 275 398 161 83 ACCEPT ACCEPT 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) NAC/m3
1.1.C Coniferous 1000 m3ub 6.814 2049 5.339 2625 11.993 1917 6.837 1345 1.1.C Coniferous 1000 m3ub 1.1.C Coniferous 1000 m3ub -5 -1 1.1.C Coniferous NAC/m3 301 492 160 197 ACCEPT ACCEPT 1.1.C Coniferous NAC/m3
1.1.NC Non-Coniferous 1000 m3ub 13.331 3498 10.9 3834 0.036 24 26.391 1411 1.1.NC Non-Coniferous 1000 m3ub 1.1.NC Non-Coniferous 1000 m3ub 13 -15 1.1.NC Non-Coniferous NAC/m3 262 352 667 53 ACCEPT CHECK 1.1.NC Non-Coniferous NAC/m3
1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub 300.545 43758 180.358 34260 431.973 25430 451.543 27875 1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub OK OK OK OK OK OK OK OK 1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub -131 -271 1.2 INDUSTRIAL ROUNDWOOD NAC/m3 146 190 59 62 ACCEPT ACCEPT 1.2 INDUSTRIAL ROUNDWOOD NAC/m3
1.2.C Coniferous 1000 m3ub 294.235 38170 175.494 26927 431.898 25069 451.479 27461 1.2.C Coniferous 1000 m3ub 1.2.C Coniferous 1000 m3ub -138 -276 1.2.C Coniferous NAC/m3 130 153 58 61 ACCEPT ACCEPT 1.2.C Coniferous NAC/m3
1.2.NC Non-Coniferous 1000 m3ub 6.309 5588 4.863 7333 0.075 361 0.064 414 1.2.NC Non-Coniferous 1000 m3ub 1.2.NC Non-Coniferous 1000 m3ub 6 5 1.2.NC Non-Coniferous NAC/m3 886 1508 4813 6469 ACCEPT ACCEPT 1.2.NC Non-Coniferous NAC/mt
1.2.NC.T of which: Tropical1 1000 m3ub 1.573 4286 1.888 5919 0 0 0.001 3 1.2.NC.T of which: Tropical1 1000 m3ub OK OK OK OK OK OK OK OK 1.2.NC.T of which: Tropical1 1000 m3ub 2 2 1.2.NC.T of which: Tropical NAC/m3 2725 3135 0 3000 ACCEPT CHECK 1.2.NC.T of which: Tropical 1000 m3
2 WOOD CHARCOAL 1000 t 4.537 3761 2.082 2240 0.067 57 0.312 233 2 WOOD CHARCOAL 1000 t 2 WOOD CHARCOAL 1000 t 4 2 2 WOOD CHARCOAL NAC / t 829 1076 851 747 ACCEPT ACCEPT 2 WOOD CHARCOAL 1000 m3
3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 110.161 17431 32.303 23636 77.767 2524 124.122 17482 3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 OK OK OK OK OK OK OK OK 3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 32 -92 3 WOOD CHIPS, PARTICLES AND RESIDUES NAC/m3 158 732 32 141 CHECK CHECK 3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3
3.1 WOOD CHIPS AND PARTICLES 1000 m3 109.176 17097 32.178 22958 45.776 1508 58.721 16300 3.1 WOOD CHIPS AND PARTICLES 1000 m3 3.1 WOOD CHIPS AND PARTICLES 1000 m3 63 -27 3.1 WOOD CHIPS AND PARTICLES NAC/m3 157 713 33 278 CHECK CHECK 3.1 WOOD CHIPS AND PARTICLES 1000 mt
3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3 0.985 334 0.124 677 31.991 1016 65.401 1182 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3 -31 -65 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) NAC/m3 339 5460 32 18 CHECK ACCEPT 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 mt
3.2.1 of which: Sawdust 1000 m3 3.2.1 of which: Sawdust 1000 m3 OK OK OK OK OK OK OK OK 3.2.1 of which: Sawdust 1000 m3 0 0 3.2.1 of which: Sawdust NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
4 RECOVERED POST-CONSUMER WOOD 1000 t 0.829 339 5.023 106 4 RECOVERED POST-CONSUMER WOOD 1000 t 4 RECOVERED POST-CONSUMER WOOD 1000 t -4 0 4 RECOVERED POST-CONSUMER WOOD NAC / t 409 REPORT 21 REPORT CHECK CHECK 4 RECOVERED POST-CONSUMER WOOD 1000 mt CHECK CHECK
5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t 58.29 14444 74.676 21920 29.82 9596 44.241 14177 5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t OK OK OK OK OK OK OK OK 5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t 28 30 5 WOOD PELLETS AND OTHER AGGLOMERATES NAC / t 248 294 322 320 ACCEPT ACCEPT 5 WOOD PELLETS AND OTHER AGGLOMERATES NAC/m3
5.1 WOOD PELLETS 1000 t 45.816 8101 63.888 14831 23.751 4869 30.691 9129 5.1 WOOD PELLETS 1000 t 5.1 WOOD PELLETS 1000 t 22 33 5.1 WOOD PELLETS NAC / t 177 232 205 297 ACCEPT ACCEPT 5.1 WOOD PELLETS NAC/m3
5.2 OTHER AGGLOMERATES 1000 t 12.474 6343 10.788 7089 6.06 4727 13.55 5048 5.2 OTHER AGGLOMERATES 1000 t 5.2 OTHER AGGLOMERATES 1000 t 6 -3 5.2 OTHER AGGLOMERATES NAC / t 508 657 780 373 ACCEPT CHECK 5.2 OTHER AGGLOMERATES NAC/m3
6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 414.338 165625 312.808 151080 662.711 230022 642.904 213850 6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 OK OK OK OK OK OK OK OK 6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 -248 -330 6 SAWNWOOD (INCLUDING SLEEPERS) NAC/m3 400 483 347 333 ACCEPT ACCEPT 6 SAWNWOOD (INCLUDING SLEEPERS) NAC/m3
6.C Coniferous 1000 m3 388.328 133433 282.372 116347 662.364 229739 642.357 213271 6.C Coniferous 1000 m3 6.C Coniferous 1000 m3 -274 -360 6.C Coniferous NAC/m3 344 412 347 332 ACCEPT ACCEPT 6.C Coniferous NAC/m3
6.NC Non-Coniferous 1000 m3 26.01 32192 30.436 34733 0.347 282 0.547 578 6.NC Non-Coniferous 1000 m3 6.NC Non-Coniferous 1000 m3 26 30 6.NC Non-Coniferous NAC/m3 1238 1141 813 1057 ACCEPT ACCEPT 6.NC Non-Coniferous NAC/m3
6.NC.T of which: Tropical1 1000 m3 8.099 7669 12.409 11852 0.197 160 0.102 91 6.NC.T of which: Tropical1 1000 m3 OK OK OK OK OK OK OK OK 6.NC.T of which: Tropical1 1000 m3 8 12 6.NC.T of which: Tropical NAC/m3 947 955 812 892 ACCEPT ACCEPT 6.NC.T of which: Tropical NAC/m3
7 VENEER SHEETS 1000 m3 5.295 5546 10.729 8491 0.205 1276 0.169 956 7 VENEER SHEETS 1000 m3 OK OK OK OK OK OK OK OK 7 VENEER SHEETS 1000 m3 5 11 7 VENEER SHEETS NAC/m3 1047 791 6224 5657 ACCEPT ACCEPT 7 VENEER SHEETS NAC/m3
7.C Coniferous 1000 m3 2.73 1621 4.435 1924 0.009 20 0.009 121 7.C Coniferous 1000 m3 7.C Coniferous 1000 m3 3 4 7.C Coniferous NAC/m3 594 434 2222 13444 ACCEPT CHECK 7.C Coniferous NAC/m3
7.NC Non-Coniferous 1000 m3 2.565 3925 6.294 6567 0.196 1255 0.16 835 7.NC Non-Coniferous 1000 m3 7.NC Non-Coniferous 1000 m3 2 6 7.NC Non-Coniferous NAC/m3 1530 1043 6403 5219 ACCEPT ACCEPT 7.NC Non-Coniferous NAC/m3
7.NC.T of which: Tropical 1000 m3 1.252 1112 5.251 3664 0.003 2 0 0 7.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 7.NC.T of which: Tropical 1000 m3 1 5 7.NC.T of which: Tropical NAC/m3 888 698 667 0 ACCEPT CHECK 7.NC.T of which: Tropical NAC/m3
8 WOOD-BASED PANELS 1000 m3 337.639 168912 294.139 195454 799.321 341638 710.008 385719 8 WOOD-BASED PANELS 1000 m3 OK OK OK OK OK OK OK OK 8 WOOD-BASED PANELS 1000 m3 -462 -416 8 WOOD-BASED PANELS NAC/m3 500 664 427 543 ACCEPT ACCEPT 8 WOOD-BASED PANELS NAC/m3
8.1 PLYWOOD 1000 m3 56.806 33540 53.313 40960 0.355 408 0.792 1472 8.1 PLYWOOD 1000 m3 OK OK OK OK OK OK OK OK 8.1 PLYWOOD 1000 m3 56 53 8.1 PLYWOOD NAC/m3 590 768 1149 1859 ACCEPT ACCEPT 8.1 PLYWOOD NAC/m3
8.1.C Coniferous 1000 m3 10.515 5457 45.912 33501 0.081 52 0.694 1350 8.1.C Coniferous 1000 m3 8.1.C Coniferous 1000 m3 10 45 8.1.C Coniferous NAC/m3 519 730 642 1945 ACCEPT CHECK 8.1.C Coniferous NAC/m3
8.1.NC Non-Coniferous 1000 m3 46.291 28083 7.401 7459 0.274 356 0.098 122 8.1.NC Non-Coniferous 1000 m3 8.1.NC Non-Coniferous 1000 m3 46 7 8.1.NC Non-Coniferous NAC/m3 607 1008 1299 1245 ACCEPT ACCEPT 8.1.NC Non-Coniferous NAC/m3
8.1.NC.T of which: Tropical 1000 m3 11.424 7712 5.751 5107 0.037 26 0.078 86 8.1.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 8.1.NC.T of which: Tropical 1000 m3 11 6 8.1.NC.T of which: Tropical NAC/m3 675 888 703 1103 ACCEPT ACCEPT 8.1.NC.T of which: Tropical NAC/m3
8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 OK OK OK OK OK OK OK OK 8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 0 0 8.1.1 of which: Laminated Veneer Lumber (LVL) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.1.1.C Coniferous 1000 m3 8.1.1.C Coniferous 1000 m3 8.1.1.C Coniferous 1000 m3 0 0 8.1.1.C Coniferous NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.1.1.NC Non-Coniferous 1000 m3 8.1.1.NC Non-Coniferous 1000 m3 8.1.1.NC Non-Coniferous 1000 m3 0 0 8.1.1.NC Non-Coniferous NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.1.1.NC.T of which: Tropical 1000 m3 8.1.1.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 8.1.1.NC.T of which: Tropical 1000 m3 0 0 8.1.1.NC.T of which: Tropical NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) AND SIMILAR BOARD 1000 m3 136.878 57172 136.613 72770 268.902 104907 302.889 116231 8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) AND SIMILAR BOARD 1000 m3 8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) AND SIMILAR BOARD 1000 m3 -132 -166 8.2 PARTICLE BOARD, ORIENTED STRANDBOARD (OSB) AND SIMILAR BOARD NAC/m3 418 533 390 384 ACCEPT ACCEPT 8.2 PARTICLE BOARD, ORIENTED STRANDBOARD (OSB) AND SIMILAR BOARD NAC/m3
8.2.1 of which: ORIENTED STRAND BOARD (OSB) 1000 m3 13.424 6284 10.517 4230 250.359 94538 281.563 102632 8.2.1 of which: ORIENTED STRAND BOARD (OSB) 1000 m3 OK OK OK OK OK OK OK OK 8.2.1 of which: ORIENTED STRAND BOARD (OSB) 1000 m3 -237 -271 8.2.1 of which: ORIENTED STRANDBOARD (OSB) NAC/m3 468 402 378 365 ACCEPT ACCEPT 8.2.1 of which: ORIENTED STRANDBOARD (OSB) NAC/m3
8.3 FIBREBOARD 1000 m3 143.955 78200 104.213 81724 530.064 236323 406.327 268016 8.3 FIBREBOARD 1000 m3 OK OK OK OK OK OK OK OK 8.3 FIBREBOARD 1000 m3 -386 -302 8.3 FIBREBOARD NAC/m3 543 784 446 660 ACCEPT ACCEPT 8.3 FIBREBOARD NAC/m3
8.3.1 HARDBOARD 1000 m3 31.782 18876 24.287 20563 49.454 43514 0.551 597 8.3.1 HARDBOARD 1000 m3 8.3.1 HARDBOARD 1000 m3 -18 24 8.3.1 HARDBOARD NAC/m3 594 847 880 1083 ACCEPT ACCEPT 8.3.1 HARDBOARD NAC/mt
8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 110.881 58401 53.791 40295 480.6 192792 379.86 244361 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 -370 -326 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) NAC/m3 527 749 401 643 ACCEPT ACCEPT 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) NAC/mt
8.3.3 OTHER FIBREBOARD 1000 m3 1.292 923 26.135 20866 0.01 17 25.915 23058 8.3.3 OTHER FIBREBOARD 1000 m3 8.3.3 OTHER FIBREBOARD 1000 m3 1 0 8.3.3 OTHER FIBREBOARD NAC/m3 714 798 1700 890 ACCEPT ACCEPT 8.3.3 OTHER FIBREBOARD NAC/mt
9 WOOD PULP 1000 t 33.497 31496 36.862 43620 0.538 532 0.124 67 9 WOOD PULP 1000 t OK OK OK OK OK OK OK OK 9 WOOD PULP 1000 t 33 37 9 WOOD PULP NAC/t 940 1183 989 540 ACCEPT ACCEPT 9 WOOD PULP NAC/mt
9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t 0.169 123 0.627 227 0.149 68 0.123 65 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t 0 1 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP NAC/t 728 362 456 528 CHECK ACCEPT 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP NAC/mt
9.2 CHEMICAL WOOD PULP 1000 t 5.674 4506 4.347 4798 0.001 3 0.001 1 9.2 CHEMICAL WOOD PULP 1000 t OK OK OK OK OK OK OK OK 9.2 CHEMICAL WOOD PULP 1000 t 6 4 9.2 CHEMICAL WOOD PULP NAC/t 794 1104 3000 1000 ACCEPT CHECK 9.2 CHEMICAL WOOD PULP NAC/mt
9.2.1 SULPHATE PULP 1000 t 5.628 4393 4.255 4091 0 0 0.001 1 9.2.1 SULPHATE PULP 1000 t 9.2.1 SULPHATE PULP 1000 t 6 4 9.2.1 SULPHATE PULP NAC/t 781 961 0 1000 ACCEPT CHECK 9.2.1 SULPHATE PULP NAC/mt
9.2.1.1 of which: BLEACHED 1000 t 3.336 2402 3.054 2773 9.2.1.1 of which: BLEACHED 1000 t OK OK OK OK OK OK OK OK 9.2.1.1 of which: BLEACHED 1000 t 3 3 9.2.1.1 of which: BLEACHED NAC/t 720 908 REPORT REPORT ACCEPT CHECK 9.2.1.1 of which: BLEACHED NAC/mt INTRA-EU CHECK
9.2.2 SULPHITE PULP 1000 t 0.046 113 0.092 707 0.001 3 9.2.2 SULPHITE PULP 1000 t 9.2.2 SULPHITE PULP 1000 t 0 0 9.2.2 SULPHITE PULP NAC/t 2457 7685 3000 REPORT CHECK CHECK 9.2.2 SULPHITE PULP NAC/mt CHECK
9.3 DISSOLVING GRADES 1000 t 27.654 26867 31.888 38595 0.387 461 0 0 9.3 DISSOLVING GRADES 1000 t 9.3 DISSOLVING GRADES 1000 t 27 32 9.3 DISSOLVING GRADES NAC/t 972 1210 1191 0 ACCEPT CHECK 9.3 DISSOLVING GRADES NAC/mt
10 OTHER PULP 1000 t 1.141 1100 1.736 1938 0.002 2 0.012 9 10 OTHER PULP 1000 t OK OK OK OK OK OK OK OK 10 OTHER PULP 1000 t 1 2 10 OTHER PULP NAC/t 964 1116 1000 750 ACCEPT ACCEPT 10 OTHER PULP NAC/mt
10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t 0.136 538 0.196 928 0.002 2 0.012 9 10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t 10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t 0 0 10.1 PULP FROM FIBRES OTHER THAN WOOD NAC/t 3956 4735 1000 750 ACCEPT ACCEPT 10.1 PULP FROM FIBRES OTHER THAN WOOD NAC/mt
10.2 RECOVERED FIBRE PULP 1000 t 1.005 562 1.54 1010 0 0 10.2 RECOVERED FIBRE PULP 1000 t 10.2 RECOVERED FIBRE PULP 1000 t 1 2 10.2 RECOVERED FIBRE PULP NAC/t 559 656 0 REPORT ACCEPT CHECK 10.2 RECOVERED FIBRE PULP NAC/mt CHECK
11 RECOVERED PAPER 1000 t 2.504 2787 3.305 3096 410.336 83372 417.601 86582 11 RECOVERED PAPER 1000 t 11 RECOVERED PAPER 1000 t -408 -414 11 RECOVERED PAPER NAC/t 1113 937 203 207 ACCEPT ACCEPT 11 RECOVERED PAPER NAC/mt
12 PAPER AND PAPERBOARD 1000 t 341.996 319182 489.344 467872 22.268 30568 18.224 37915 12 PAPER AND PAPERBOARD 1000 t OK OK OK OK OK OK OK OK 12 PAPER AND PAPERBOARD 1000 t 320 471 12 PAPER AND PAPERBOARD NAC/t 933 956 1373 2080 ACCEPT ACCEPT 12 PAPER AND PAPERBOARD NAC/mt
12.1 GRAPHIC PAPERS 1000 t 92.681 76437 104.746 118690 8.769 12037 10.661 17851 12.1 GRAPHIC PAPERS 1000 t OK OK OK OK OK OK OK OK 12.1 GRAPHIC PAPERS 1000 t 84 94 12.1 GRAPHIC PAPERS NAC/t 825 1133 1373 1674 ACCEPT ACCEPT 12.1 GRAPHIC PAPERS NAC/mt
12.1.1 NEWSPRINT 1000 t 24.983 11989 31.067 23453 0.025 19 0.002 18 12.1.1 NEWSPRINT 1000 t 12.1.1 NEWSPRINT 1000 t 25 31 12.1.1 NEWSPRINT NAC/t 480 755 760 9000 ACCEPT CHECK 12.1.1 NEWSPRINT NAC/mt
12.1.2 UNCOATED MECHANICAL 1000 t 0.704 1096 0.93 1729 0.232 775 0.614 780 12.1.2 UNCOATED MECHANICAL 1000 t 12.1.2 UNCOATED MECHANICAL 1000 t 0 0 12.1.2 UNCOATED MECHANICAL NAC/t 1557 1859 3341 1270 ACCEPT CHECK 12.1.2 UNCOATED MECHANICAL NAC/mt
12.1.3 UNCOATED WOODFREE 1000 t 47.976 43782 51.973 66243 5.612 7886 5.844 11364 12.1.3 UNCOATED WOODFREE 1000 t 12.1.3 UNCOATED WOODFREE 1000 t 42 46 12.1.3 UNCOATED WOODFREE NAC/t 913 1275 1405 1945 ACCEPT ACCEPT 12.1.3 UNCOATED WOODFREE NAC/mt
12.1.4 COATED PAPERS 1000 t 19.017 19569 20.776 27265 2.9 3357 4.201 5689 12.1.4 COATED PAPERS 1000 t 12.1.4 COATED PAPERS 1000 t 16 17 12.1.4 COATED PAPERS NAC/t 1029 1312 1158 1354 ACCEPT ACCEPT 12.1.4 COATED PAPERS NAC/mt
12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t 16.736 24570 22.483 47952 0.343 769 0.287 987 12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t 12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t 16 22 12.2 HOUSEHOLD AND SANITARY PAPERS NAC/t 1468 2133 2242 3439 ACCEPT ACCEPT 12.2 HOUSEHOLD AND SANITARY PAPERS NAC/mt
12.3 PACKAGING MATERIALS 1000 t 231.037 211861 360.509 292434 13.02 13646 7.125 13633 12.3 PACKAGING MATERIALS 1000 t OK OK OK OK OK OK OK OK 12.3 PACKAGING MATERIALS 1000 t 218 353 12.3 PACKAGING MATERIALS NAC/t 917 811 1048 1913 ACCEPT ACCEPT 12.3 PACKAGING MATERIALS NAC/mt
12.3.1 CASE MATERIALS 1000 t 138.65 86450 251.143 119013 7.241 4874 0.687 567 12.3.1 CASE MATERIALS 1000 t 12.3.1 CASE MATERIALS 1000 t 131 250 12.3.1 CASE MATERIALS NAC/t 624 474 673 825 ACCEPT ACCEPT 12.3.1 CASE MATERIALS NAC/mt
12.3.2 CARTONBOARD 1000 t 52.689 72691 66.921 101820 3.216 5100 3.63 7243 12.3.2 CARTONBOARD 1000 t 12.3.2 CARTONBOARD 1000 t 49 63 12.3.2 CARTONBOARD NAC/t 1380 1521 1586 1995 ACCEPT ACCEPT 12.3.2 CARTONBOARD NAC/mt
12.3.3 WRAPPING PAPERS 1000 t 29.508 44224 36.385 59562 2.558 3666 2.791 5799 12.3.3 WRAPPING PAPERS 1000 t 12.3.3 WRAPPING PAPERS 1000 t 27 34 12.3.3 WRAPPING PAPERS NAC/t 1499 1637 1433 2078 ACCEPT ACCEPT 12.3.3 WRAPPING PAPERS NAC/mt
12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t 10.19 8496 6.06 12038 0.005 6 0.017 24 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t 10 6 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING NAC/t 834 1986 1200 1412 CHECK ACCEPT 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING NAC/mt
12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t 1.542 6314 1.606 8796 0.136 4116 0.151 5444 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t 1 1 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) NAC/t 4095 5477 30265 36053 ACCEPT ACCEPT 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) NAC/mt
15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)2 1000 m3 15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 1000 m3 OK OK OK OK OK OK OK OK 15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 1000 m3 0 0 15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
15.1 GLULAM 1000 m3 15.1 GLULAM 1000 m3 15.1 GLULAM 1000 m3 0 0 15.1 GLULAM NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3 15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3 15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3 0 0 15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
16 I BEAMS (I-JOISTS)2 1000 t 16 I BEAMS (I-JOISTS)1 1000 t 16 I BEAMS (I-JOISTS)1 1000 t 0 0 16 I BEAMS (I-JOISTS)1 NAC/t REPORT REPORT REPORT REPORT CHECK CHECK
1 Please include the non-coniferous non-tropical species exported by tropical countries or imported from tropical countries.
2 Glulam, CLT and I Beams are classified as secondary wood products but for ease of reporting are included here
To fill: 9 9 10 10 10 10 13 13
m3 = cubic metres solid volume
m3ub = cubic metres solid volume underbark (i.e. excluding bark)
t = metric tonnes
https://www.fao.org/3/cb8216en/cb8216en.pdf

JQ3 Secondary PP Trade

62 91 91
Country: IE Date:
Name of Official responsible for reply: 0
Official Address (in full):
FOREST SECTOR QUESTIONNAIRE JQ3 Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
SECONDARY PROCESSED PRODUCTS Telephone/Fax: 0 0
Trade E-mail: 0
This table highlights discrepancies between items and sub-items. Please verify your data if there's an error!
Value must always be in 1000 NAC (national currency) Discrepancies
Eurozone countries may use the old national currency, but only in both years Flag Flag Flag Flag Note Note Note Note
Product Product I M P O R T V A L U E E X P O R T V A L U E Import Export Import Export Product Product I M P O R T V A L U E E X P O R T V A L U E
code 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 Code 2021 2022 2021 2022
13 SECONDARY WOOD PRODUCTS 607907.000 704474.000 113875.000 143560.000 13 SECONDARY WOOD PRODUCTS OK OK OK OK
13.1 FURTHER PROCESSED SAWNWOOD 12600 14303 2656 2654 13.1 FURTHER PROCESSED SAWNWOOD OK OK OK OK
13.1.C Coniferous 6503 6697 1522 1586 13.1.C Coniferous
13.1.NC Non-coniferous 6097 7606 1134 1067 13.1.NC Non-coniferous
13.1.NC.T of which: Tropical 551 1012 0 0 13.1.NC.T of which: Tropical OK OK OK OK
13.2 WOODEN WRAPPING AND PACKAGING MATERIAL 37563 57953 24556 30747 13.2 WOODEN WRAPPING AND PACKAGING MATERIAL
13.3 WOOD PRODUCTS FOR DOMESTIC/DECORATIVE USE 26207 29896 2080 8969 13.3 WOOD PRODUCTS FOR DOMESTIC/DECORATIVE USE
13.4 BUILDER’S JOINERY AND CARPENTRY OF WOOD1 120308 128327 26358 33505 13.4 BUILDER’S JOINERY AND CARPENTRY OF WOOD1
13.5 WOODEN FURNITURE 354679 404714 50855 56744 13.5 WOODEN FURNITURE
13.6 PREFABRICATED BUILDINGS OF WOOD 16986 24119 1334 1305 13.6 PREFABRICATED BUILDINGS OF WOOD
13.7 OTHER MANUFACTURED WOOD PRODUCTS 39564 45161 6036 9636 13.7 OTHER MANUFACTURED WOOD PRODUCTS
14 SECONDARY PAPER PRODUCTS 648031.000 856898.000 193492.000 229109.000 14 SECONDARY PAPER PRODUCTS OK OK OK OK
14.1 COMPOSITE PAPER AND PAPERBOARD 2823 6205 160 64 14.1 COMPOSITE PAPER AND PAPERBOARD
14.2 SPECIAL COATED PAPER AND PULP PRODUCTS 46868 62667 5851 9233 14.2 SPECIAL COATED PAPER AND PULP PRODUCTS
14.3 HOUSEHOLD AND SANITARY PAPER, READY FOR USE 142740 205816 20294 12623 14.3 HOUSEHOLD AND SANITARY PAPER, READY FOR USE
14.4 PACKAGING CARTONS, BOXES ETC. 286447 370337 106853 139667 14.4 PACKAGING CARTONS, BOXES ETC.
14.5 OTHER ARTICLES OF PAPER AND PAPERBOARD, READY FOR USE 169153 211873 60334 67522 14.5 OTHER ARTICLES OF PAPER AND PAPERBOARD, READY FOR USE OK OK OK OK
14.5.1 of which: PRINTING AND WRITING PAPER, READY FOR USE 2276 3544 169 136 14.5.1 of which: PRINTING AND WRITING PAPER, READY FOR USE
14.5.2 of which: ARTICLES, MOULDED OR PRESSED FROM PULP 9644 11411 785 617 14.5.2 of which: ARTICLES, MOULDED OR PRESSED FROM PULP
14.5.3 of which: FILTER PAPER AND PAPERBOARD, READY FOR USE 3656 4515 211 319 14.5.3 of which: FILTER PAPER AND PAPERBOARD, READY FOR USE
1 In February 2023 this definition was updated to exclude Glulam, Cross-Laminated Timber and I-Beams which are now distinct items in the JFSQ (15.1, 15.2 and 16). This change was made to reflect the update of HS2022.
To fill: 0 0 0 0

ECE-EU Species

Country: IE Date:
Name of Official responsible for reply: 0
FOREST SECTOR QUESTIONNAIRE ECE/EU Species Trade Official Address (in full): Check Table
Central Statistics Office, Ardee Road, Dublin 6, D06 FX52 0 both VALUE and quantity reported ZERO
Trade in Roundwood and Sawnwood by species Telephone: 0 Fax: 0 DISCREPANCIES ZERO Q quantity ZERO when VALUE is reported
E-mail: 0 ZERO V Value ZERO when quantity is reported
Checks whether the sum of subitems is bigger than the total Zero check - if no value please CHECK NO Q no quantity reported
Value must always be in 1000 NAC ( national currency) NO V no value reported Treshold: 2
Eurozone countries may use the old national currency, but only in both years 1000NAC Flag Flag Flag Flag Flag Flag Flag Flag Note Note Note Note Note Note Note Note REPORT no figures reported
I M P O R T E X P O R T Import Export Import Export I M P O R T E X P O R T Value per I M P O R T E X P O R T Unit price check
Product Classification Classification Unit of 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 Classification Classification unit 2021 2022 2021 2022 IMPORT EXPORT
Code HS2022 CN2022 Product Quantity Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value HS2022 CN2022 Product
1.2.C 4403.11/21/22/23/24/25/26 Industrial Roundwood, Coniferous 1000 m3ub OK OK OK OK OK OK OK OK 4403.11/21/22/23/24/25/26 Industrial Roundwood, Coniferous NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK PRODUCTION I M P O R T E X P O R T
4403.21/22 of which: Pine (Pinus spp.) 1000 m3ub OK OK OK OK OK OK OK OK 4403.21/22 of which: Pine (Pinus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK Product Classification Classification Unit of 2021 2022 2021 2022 2021 2022
4403 21 10 sawlogs and veneer logs 1000 m3ub 4403 21 10 sawlogs and veneer logs NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK Code HS2022 CN2022 Product Quantity Quantity Quantity Quantity Value Quantity Value Quantity Value Quantity Value
4403 21 90 4403 22 00 pulpwood and other industrial roundwood 1000 m3ub 4403 21 90 4403 22 00 pulpwood and other industrial roundwood NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK 1 4401.11/12 44.03 Roundwood production 1000 m3 JQ1 0 0
4403.23/24 of which: Fir/Spruce (Abies spp., Picea spp.) 1000 m3ub OK OK OK OK OK OK OK OK 4403.23/24 of which: Fir/Spruce (Abies spp., Picea spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK EU2 0 0
4403 23 10 sawlogs and veneer logs 1000 m3ub 4403 23 10 sawlogs and veneer logs NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK dif 0 0
4403 23 90 4403 24 00 pulpwood and other industrial roundwood 1000 m3ub 4403 23 90 4403 24 00 pulpwood and other industrial roundwood NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK 1.2.C 4403.11/21/22/23/24/25/26 Industrial Roundwood (wood in the rough), Coniferous 1000 m3 JQ2 294 38,170 175 26,927 432 25,069 451 27,461
1.2.NC 4403.12/41/42/49/91/93/94 4403.95/96/97/98/99 Industrial Roundwood, Non-Coniferous 1000 m3ub OK OK OK OK OK OK OK OK 4403.12/41/42/49/91/93/94 4403.95/96/97/98/99 Industrial Roundwood, Non-Coniferous NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK ECE/EU 0 0 0 0 0 0 0 0
ex4403.12 4403.91 of which: Oak (Quercus spp.) 1000 m3ub ex4403.12 4403.91 of which: Oak (Quercus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK dif 294 38,170 175 26,927 432 25,069 451 27,461
ex4403.12 4403.93/94 of which: Beech (Fagus spp.) 1000 m3ub ex4403.12 4403.93/94 of which: Beech (Fagus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK 1.2.NC 4403.12/41/42/49/91/93/94/95/96/97/98/99 Industrial Roundwood (wood in the rough), Non-Coniferous 1000 m3 JQ2 6 5,588 5 7,333 0 361 0 414
ex4403.12 4403.95/96 of which: Birch (Betula spp.) 1000 m3ub OK OK OK OK OK OK OK OK ex4403.12 4403.95/96 of which: Birch (Betula spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK ECE/EU 0 0 0 0 0 0 0 0
4403 95 10 sawlogs and veneer logs 1000 m3ub 4403 95 10 sawlogs and veneer logs NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK dif 6 5,588 5 7,333 0 361 0 414
ex4403 12 00 4403 95 90 4403 96 00 pulpwood and other industrial roundwood 1000 m3ub ex4403 12 00 4403 95 90 4403 96 00 pulpwood and other industrial roundwood NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK 6.C 4406.11/91 4407.11/12/13/14/19 Sawnwood, Coniferous 1000 m3 JQ2 388 133,433 282 116,347 662 229,739 642 213,271
ex4403.12 4403.97 of which: Poplar/Aspen (Populus spp.) 1000 m3ub ex4403.12 4403.97 of which: Poplar/Aspen (Populus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK ECE/EU 0 0 0 0 0 0 0 0
ex4403.12 4403.98 of which: Eucalyptus (Eucalyptus spp.) 1000 m3ub ex4403.12 4403.98 of which: Eucalyptus (Eucalyptus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK dif 388 133,433 282 116,347 662 229,739 642 213,271
6.C 4406.11/91 4407.11/12/13/14/19 Sawnwood, Coniferous 1000 m3 OK OK OK OK OK OK OK OK 4406.11/91 4407.11/12/13/14/19 Sawnwood, Coniferous NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK 6.NC 4406.12/92 4407.21/22/23/25/26/27/28/29/91/92/93/94/95/96/97/99 Sawnwood, Non-coniferous 1000 m3 JQ2 26 32,192 30 34,733 0 282 1 578
4407.11 ex4407.13 ex4406.11/91 of which: Pine (Pinus spp.) 1000 m3 4407.11 ex4407.13 ex4406.11/91 of which: Pine (Pinus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK ECE/EU 0 0 0 0 0 0 0 0
4407.12 ex4407.13/14 ex4406.11/91 of which: Fir/Spruce (Abies spp., Picea spp.) 1000 m3 4407.12 ex4407.13/14 ex4406.11/91 of which: Fir/Spruce (Abies spp., Picea spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK dif 26 32,192 30 34,733 0 282 1 578
6.NC 4406.12/92 4407.21/22/23/25/26/27/28/29/ 91/92/93/94/95/96/97/99 Sawnwood, Non-coniferous 1000 m3 OK OK OK OK OK OK OK OK 4406.12/92 4407.21/22/23/25/26/27/28/29/ 91/92/93/94/95/96/97/99 Sawnwood, Non-coniferous NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.91 of which: Oak (Quercus spp.) 1000 m3 ex4406.12/92 4407.91 of which: Oak (Quercus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.92 of which: Beech (Fagus spp.) 1000 m3 ex4406.12/92 4407.92 of which: Beech (Fagus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.93 of which: Maple (Acer spp.) 1000 m3 ex4406.12/92 4407.93 of which: Maple (Acer spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.94 of which: Cherry (Prunus spp.) 1000 m3 ex4406.12/92 4407.94 of which: Cherry (Prunus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.95 of which: Ash (Fraxinus spp.) 1000 m3 ex4406.12/92 4407.95 of which: Ash (Fraxinus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.96 of which: Birch (Betula spp.) 1000 m3 ex4406.12/92 4407.96 of which: Birch (Betula spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
ex4406.12/92 4407.97 of which: Poplar/Aspen (Populus spp.) 1000 m3 ex4406.12/92 4407.97 of which: Poplar/Aspen (Populus spp.) NAC/m3 REPORT REPORT REPORT REPORT CHECK CHECK
Light blue cells are requested only for EU members using the Combined Nomenclature to fill in - other countries are welcome to do so if their trade classification nomenclature permits
Please note that information on tropical species trade is requested in questionnaire ITTO2 for ITTO member countries
"ex" codes indicate that only part of that trade classication code is used To fill: 26 26 26 26 26 26 26 26
m3ub = cubic metres underbark (i.e. excluding bark)
Please complete each cell if possible with
data (numerical value)
or " " for not available
or "0" for zero data

EU1 ExtraEU Trade

FOREST SECTOR QUESTIONNAIRE Country: IE Date: 0 both VALUE and quantity reported ZERO
EU1 Name of Official responsible for reply: 0 ZERO Q quantity ZERO when VALUE is reported
Official Address (in full): Central Statistics Office, Ardee Road, Dublin 6, D06 FX52 ZERO V Value ZERO when quantity is reported
Trade with countries outside EU Telephone: 0 Fax: 0 JQ2/EU1 comparison Zero check - if no value please CHECK NO Q no quantity reported
Value must always be in 1000 NAC (national currency) E-mail: 0 JQ2>=EU1 NO V no value reported Treshold: 2
Eurozone countries may use the old national currency, but only in both years 1000 NAC Flag Flag Flag Flag Flag Flag Flag Flag Note Note Note Note Note Note Note Note Trade Discrepancies REPORT no figures reported
Product Unit of I M P O R T E X P O R T Import Export Import Export I M P O R T E X P O R T Product I M P O R T E X P O R T Product Value per I M P O R T E X P O R T Column1 Column2
code Product quantity 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 2021 2022 code 2021 2022 2021 2022 code Product unit 2021 2022 2021 2022 IMPORT EXPORT
Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value Quantity Value
1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub 279.821 33146 171.028 21757 443.463 26875 431.904 27894 OK OK OK OK OK OK OK OK 1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3ub OK OK OK OK OK OK OK OK 1 ROUNDWOOD (WOOD IN THE ROUGH) NAC/ m3 118 127 61 65 CHECK CHECK
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub 4.98 1331 4.569 1695 12.029 1941 7.049 1406 OK OK OK OK OK OK OK OK 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 1000 m3ub OK OK OK OK OK OK OK OK 1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) NAC/ m3 267 371 161 199 CHECK CHECK
1.1.C Coniferous 1000 m3ub 2.405 528 1.502 523 11.993 1917 6.837 1345 OK OK OK OK OK OK OK OK 1.1.C Coniferous 1000 m3ub 1.1.C Coniferous NAC/ m3 220 348 160 197 CHECK CHECK
1.1.NC Non-Coniferous 1000 m3ub 2.575 803 3.067 1172 0.036 24 0.212 61 OK OK OK OK OK OK OK OK 1.1.NC Non-Coniferous 1000 m3ub 1.1.NC Non-Coniferous NAC/ m3 312 382 667 288 ACCEPT CHECK
1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub 274.841 31815 166.459 20062 431.434 24934 424.855 26488 OK OK OK OK OK OK OK OK 1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub OK OK OK OK OK OK OK OK 1.2 INDUSTRIAL ROUNDWOOD NAC/ m3 116 121 58 62 CHECK CHECK
1.2.C Coniferous 1000 m3ub 274.074 31374 165.232 19180 431.376 24871 424.847 26476 OK OK OK OK OK OK OK OK 1.2.C Coniferous 1000 m3ub 1.2.C Coniferous NAC/ m3 114 116 58 62 CHECK CHECK
1.2.NC Non-Coniferous 1000 m3ub 0.767 441 1.227 882 0.058 63 0.008 12 OK OK OK OK OK OK OK OK 1.2.NC Non-Coniferous 1000 m3ub 1.2.NC Non-Coniferous NAC/ m3 575 719 1086 1500 ACCEPT CHECK
1.2.NC.T of which: Tropical 1000 m3ub 0.201 220 0.273 232 0 0 0.001 3 OK OK OK OK OK OK OK OK 1.2.NC.T of which: Tropical 1000 m3ub OK OK OK OK OK OK OK OK 1.2.NC.T of which: Tropical NAC/ m3 1095 850 0 3000 CHECK CHECK
2 WOOD CHARCOAL 1000 t 2.095 1887 1.589 1706 0.01 17 0.092 79 OK OK OK OK OK OK OK OK 2 WOOD CHARCOAL 1000 t 2 WOOD CHARCOAL NAC/ t 901 1074 1700 859 ACCEPT CHECK
3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 96.531 6189 12.006 1555 77.766 2524 124.122 17482 OK OK OK OK OK OK OK OK 3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3 OK OK OK OK Error OK OK OK 3 WOOD CHIPS, PARTICLES AND RESIDUES NAC/ m3 64 130 32 141 CHECK CHECK
3.1 WOOD CHIPS AND PARTICLES 1000 m3 95.671 5897 11.993 1487 45.776 1508 58.721 16300 OK OK OK OK OK OK OK OK 3.1 WOOD CHIPS AND PARTICLES 1000 m3 3.1 WOOD CHIPS AND PARTICLES NAC/ m3 62 124 33 278 CHECK CHECK
3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3 0.86 292 0.013 67 31.991 1016 65.401 1182 OK OK OK OK OK OK OK OK 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 1000 m3 3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) NAC/ m3 340 5154 32 18 CHECK CHECK
3.2.1 of which: Sawdust 1000 m3 OK OK OK OK OK OK OK OK 3.2.1 of which: Sawdust 1000 m3 OK OK OK OK OK OK OK OK 3.2.1 of which: Sawdust NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
4 RECOVERED POST-CONSUMER WOOD 1000 t 0.144 44 5.023 106 OK OK OK OK OK OK OK OK 4 RECOVERED POST-CONSUMER WOOD 1000 t 4 RECOVERED POST-CONSUMER WOOD NAC/ t 306 REPORT 21 REPORT CHECK CHECK
5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t 48.597 8457 65.7 14766 25.587 6640 36.864 9771 OK OK OK OK OK OK OK OK 5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 t OK OK OK OK OK OK OK OK 5 WOOD PELLETS AND OTHER AGGLOMERATES NAC/ t 174 225 260 265 ACCEPT CHECK
5.1 WOOD PELLETS 1000 t 40.352 7000 58.173 13179 23.751 4869 26.891 7229 OK OK OK OK OK OK OK OK 5.1 WOOD PELLETS 1000 t 5.1 WOOD PELLETS NAC/ t 173 227 205 269 ACCEPT CHECK
5.2 OTHER AGGLOMERATES 1000 t 8.245 1457 7.527 1587 1.836 1771 9.973 2542 OK OK OK OK OK OK OK OK 5.2 OTHER AGGLOMERATES 1000 t 5.2 OTHER AGGLOMERATES NAC/ t 177 211 965 255 CHECK CHECK
6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 175.765 81062 121.11 74476 661.615 229627 636.961 211777 OK OK OK OK OK OK OK OK 6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3 OK OK OK OK OK OK OK OK 6 SAWNWOOD (INCLUDING SLEEPERS) NAC/ m3 461 615 347 332 ACCEPT CHECK
6.C Coniferous 1000 m3 152.727 53270 94.83 44922 661.268 229345 636.413 211199 OK OK OK OK OK OK OK OK 6.C Coniferous 1000 m3 6.C Coniferous NAC/ m3 349 474 347 332 ACCEPT CHECK
6.NC Non-Coniferous 1000 m3 23.037 27792 26.279 29554 0.347 282 0.547 578 OK OK OK OK OK OK OK OK 6.NC Non-Coniferous 1000 m3 6.NC Non-Coniferous NAC/ m3 1206 1125 813 1057 ACCEPT CHECK
6.NC.T of which: Tropical 1000 m3 7.893 7476 12.141 11576 0.197 160 0.102 91 OK OK OK OK OK OK OK OK 6.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 6.NC.T of which: Tropical NAC/ m3 947 953 812 892 ACCEPT CHECK
7 VENEER SHEETS 1000 m3 4.161 3920 9.189 6288 0.204 1245 0.168 955 OK OK OK OK OK OK OK OK 7 VENEER SHEETS 1000 m3 OK OK OK OK OK OK Error OK 7 VENEER SHEETS NAC/ m3 942 684 6103 5685 CHECK CHECK
7.C Coniferous 1000 m3 2.723 1603 4.425 1842 0.009 20 0.009 121 OK OK OK OK OK OK OK OK 7.C Coniferous 1000 m3 7.C Coniferous NAC/ m3 589 416 2222 13444 CHECK CHECK
7.NC Non-Coniferous 1000 m3 1.437 2317 4.764 4446 0.195 1224 0.16 834 OK OK OK OK OK OK OK OK 7.NC Non-Coniferous 1000 m3 7.NC Non-Coniferous NAC/ m3 1612 933 6277 5213 CHECK CHECK
7.NC.T of which: Tropical 1000 m3 1.023 929 4.405 3044 0.003 2 0 0 OK OK OK OK OK OK OK OK 7.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 7.NC.T of which: Tropical NAC/ m3 908 691 667 0 ACCEPT ACCEPT
8 WOOD-BASED PANELS 1000 m3 134.455 70441 121.476 87079 626.63 255105 546.009 292621 OK OK OK OK OK OK OK OK 8 WOOD-BASED PANELS 1000 m3 OK OK OK OK OK OK OK OK 8 WOOD-BASED PANELS NAC/ m3 524 717 407 536 ACCEPT CHECK
8.1 PLYWOOD 1000 m3 53.475 29064 50.486 37708 0.354 404 0.791 1471 OK OK OK OK OK OK OK OK 8.1 PLYWOOD 1000 m3 OK OK OK OK OK OK OK OK 8.1 PLYWOOD NAC/ m3 544 747 1141 1860 ACCEPT CHECK
8.1.C Coniferous 1000 m3 10.343 5332 43.788 31653 0.081 52 0.693 1349 OK OK OK OK OK OK OK OK 8.1.C Coniferous 1000 m3 8.1.C Coniferous NAC/ m3 516 723 642 1947 ACCEPT CHECK
8.1.NC Non-Coniferous 1000 m3 43.132 23732 6.698 6055 0.273 351 0.098 122 OK OK OK OK OK OK OK OK 8.1.NC Non-Coniferous 1000 m3 8.1.NC Non-Coniferous NAC/ m3 550 904 1286 1245 ACCEPT CHECK
8.1.NC.T of which: Tropical 1000 m3 10.616 6064 5.328 4287 0.037 26 0.078 86 OK OK OK OK OK OK OK OK 8.1.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 8.1.NC.T of which: Tropical NAC/ m3 571 805 703 1103 ACCEPT CHECK
8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 OK OK OK OK OK OK OK OK 8.1.1 of which: Laminated Veneer Lumber (LVL) 1000 m3 OK OK OK OK OK OK OK OK 8.1.1 of which: Laminated Veneer Lumber (LVL) NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.1.1.C Coniferous 1000 m3 OK OK OK OK OK OK OK OK 8.1.1.C Coniferous 1000 m3 8.1.1.C Coniferous NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.1.1.NC Non-Coniferous 1000 m3 OK OK OK OK OK OK OK OK 8.1.1.NC Non-Coniferous 1000 m3 8.1.1.NC Non-Coniferous NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.1.1.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 8.1.1.NC.T of which: Tropical 1000 m3 OK OK OK OK OK OK OK OK 8.1.1.NC.T of which: Tropical NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
8.2 PARTICLE BOARD, ORIENTED STRANDBOARD (OSB) AND SIMILAR BOARD 1000 m3 36.614 16693 41.756 26951 186.729 73887 214.969 82367 OK OK OK OK OK OK OK OK 8.2 PARTICLE BOARD, ORIENTED STRANDBOARD (OSB) AND SIMILAR BOARD 1000 m3 8.2 PARTICLE BOARD, ORIENTED STRANDBOARD (OSB) AND SIMILAR BOARD NAC/ m3 456 645 396 383 ACCEPT CHECK
8.2.1 of which: ORIENTED STRANDBOARD (OSB) 1000 m3 1.935 1094 2.838 1626 168.614 64180 193.949 69241 OK OK OK OK OK OK OK OK 8.2.1 of which: ORIENTED STRANDBOARD (OSB) 1000 m3 OK OK OK OK OK OK OK OK 8.2.1 of which: ORIENTED STRANDBOARD (OSB) NAC/ m3 565 573 381 357 ACCEPT CHECK
8.3 FIBREBOARD 1000 m3 44.366 24684 29.233 22420 439.538 180814 330.249 208783 OK OK OK OK OK OK OK OK 8.3 FIBREBOARD 1000 m3 OK OK OK OK OK OK OK OK 8.3 FIBREBOARD NAC/ m3 556 767 411 632 ACCEPT CHECK
8.3.1 HARDBOARD 1000 m3 14.513 8786 10.831 8703 32.951 29011 0.551 597 OK OK OK OK OK OK OK OK 8.3.1 HARDBOARD 1000 m3 8.3.1 HARDBOARD NAC/ m3 605 804 880 1083 ACCEPT CHECK
8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 28.596 15194 13.993 9590 406.577 151786 308.679 190053 OK OK OK OK OK OK OK OK 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) NAC/ m3 531 685 373 616 ACCEPT CHECK
8.3.3 OTHER FIBREBOARD 1000 m3 1.256 704 4.409 4126 0.01 17 21.019 18133 OK OK OK OK OK OK OK OK 8.3.3 OTHER FIBREBOARD 1000 m3 8.3.3 OTHER FIBREBOARD NAC/ m3 561 936 1700 863 ACCEPT CHECK
9 WOOD PULP 1000 t 33.095 30061 34.277 38001 0.538 532 0.124 67 OK OK OK OK OK OK OK OK 9 WOOD PULP 1000 t OK OK OK OK OK OK OK OK 9 WOOD PULP NAC/ t 908 1109 989 540 ACCEPT CHECK
9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t 0.169 123 0.627 227 0.149 68 0.123 65 OK OK OK OK OK OK OK OK 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 1000 t 9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP NAC/ t 728 362 456 528 ACCEPT CHECK
9.2 CHEMICAL WOOD PULP 1000 t 5.673 4505 4.127 4152 0.001 3 0.001 1 OK OK OK OK OK OK OK OK 9.2 CHEMICAL WOOD PULP 1000 t OK OK OK OK OK OK OK OK 9.2 CHEMICAL WOOD PULP NAC/ t 794 1006 3000 1000 CHECK CHECK
9.2.1 SULPHATE PULP 1000 t 5.628 4393 4.038 3848 0 0 0.001 1 OK OK OK OK OK OK OK OK 9.2.1 SULPHATE PULP 1000 t 9.2.1 SULPHATE PULP NAC/ t 781 953 0 1000 CHECK CHECK
9.2.1.1 of which: BLEACHED 1000 t 3.336 2402 2.837 2529 OK OK OK OK OK OK OK OK 9.2.1.1 of which: BLEACHED 1000 t OK OK OK OK OK OK OK OK 9.2.1.1 of which: BLEACHED NAC/ t 720 891 REPORT REPORT CHECK CHECK
9.2.2 SULPHITE PULP 1000 t 0.045 112 0.088 304 0.001 3 OK OK OK OK OK OK OK OK 9.2.2 SULPHITE PULP 1000 t 9.2.2 SULPHITE PULP NAC/ t 2489 3455 3000 REPORT ACCEPT CHECK
9.3 DISSOLVING GRADES 1000 t 27.253 25433 29.523 33622 0.387 461 0 0 OK OK OK OK OK OK OK OK 9.3 DISSOLVING GRADES 1000 t 9.3 DISSOLVING GRADES NAC/ t 933 1139 1191 0 ACCEPT ACCEPT
10 OTHER PULP 1000 t 1.021 607 1.568 1078 0.001 1 0.009 7 OK OK OK OK OK OK OK OK 10 OTHER PULP 1000 t OK OK OK OK OK OK OK OK 10 OTHER PULP NAC/ t 595 688 1000 778 ACCEPT CHECK
10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t 0.017 47 0.032 109 0.001 1 0.009 7 OK OK OK OK OK OK OK OK 10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 t 10.1 PULP FROM FIBRES OTHER THAN WOOD NAC/ t 2765 3406 1000 778 CHECK CHECK
10.2 RECOVERED FIBRE PULP 1000 t 1.004 560 1.536 969 0 0 OK OK OK OK OK OK OK OK 10.2 RECOVERED FIBRE PULP 1000 t 10.2 RECOVERED FIBRE PULP NAC/ t 558 631 0 REPORT CHECK CHECK
11 RECOVERED PAPER 1000 t OK OK OK OK OK OK OK OK 11 RECOVERED PAPER 1000 t 11 RECOVERED PAPER NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12 PAPER AND PAPERBOARD 1000 t OK OK OK OK OK OK OK OK 12 PAPER AND PAPERBOARD 1000 t OK OK OK OK OK OK OK OK 12 PAPER AND PAPERBOARD NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.1 GRAPHIC PAPERS 1000 t OK OK OK OK OK OK OK OK 12.1 GRAPHIC PAPERS 1000 t OK OK OK OK OK OK OK OK 12.1 GRAPHIC PAPERS NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.1.1 NEWSPRINT 1000 t OK OK OK OK OK OK OK OK 12.1.1 NEWSPRINT 1000 t 12.1.1 NEWSPRINT NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.1.2 UNCOATED MECHANICAL 1000 t OK OK OK OK OK OK OK OK 12.1.2 UNCOATED MECHANICAL 1000 t 12.1.2 UNCOATED MECHANICAL NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.1.3 UNCOATED WOODFREE 1000 t OK OK OK OK OK OK OK OK 12.1.3 UNCOATED WOODFREE 1000 t 12.1.3 UNCOATED WOODFREE NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.1.4 COATED PAPERS 1000 t OK OK OK OK OK OK OK OK 12.1.4 COATED PAPERS 1000 t 12.1.4 COATED PAPERS NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t OK OK OK OK OK OK OK OK 12.2 HOUSEHOLD AND SANITARY PAPERS 1000 t 12.2 HOUSEHOLD AND SANITARY PAPERS NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.3 PACKAGING MATERIALS 1000 t OK OK OK OK OK OK OK OK 12.3 PACKAGING MATERIALS 1000 t OK OK OK OK OK OK OK OK 12.3 PACKAGING MATERIALS NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.3.1 CASE MATERIALS 1000 t OK OK OK OK OK OK OK OK 12.3.1 CASE MATERIALS 1000 t 12.3.1 CASE MATERIALS NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.3.2 CARTONBOARD 1000 t OK OK OK OK OK OK OK OK 12.3.2 CARTONBOARD 1000 t 12.3.2 CARTONBOARD NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.3.3 WRAPPING PAPERS 1000 t OK OK OK OK OK OK OK OK 12.3.3 WRAPPING PAPERS 1000 t 12.3.3 WRAPPING PAPERS NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t OK OK OK OK OK OK OK OK 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 t 12.3.4 OTHER PAPERS MAINLY FOR PACKAGING NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t OK OK OK OK OK OK OK OK 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) 1000 t 12.4 OTHER PAPER AND PAPERBOARD N.E.S. (NOT ELSEWHERE SPECIFIED) NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 1000 m3 OK OK OK OK OK OK OK OK 15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 1000 m3 OK OK OK OK OK OK OK OK 15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)1 NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
15.1 GLULAM 1000 m3 OK OK OK OK OK OK OK OK 15.1 GLULAM 1000 m3 15.1 GLULAM NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3 OK OK OK OK OK OK OK OK 15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 1000 m3 15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) NAC/ m3 REPORT REPORT REPORT REPORT CHECK CHECK
16 I BEAMS (I-JOISTS)1 1000 t OK OK OK OK OK OK OK OK 16 I BEAMS (I-JOISTS)1 1000 t 16 I BEAMS (I-JOISTS)1 NAC/ t REPORT REPORT REPORT REPORT CHECK CHECK
To fill: 23 23 24 24 24 24 27 27

EU2 Removals

Country: IE Date:
Name of Official responsible for reply: 0
Official Address (in full):
Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
Phone/Fax: 0 0
E-mail: 0
FOREST SECTOR QUESTIONNAIRE EU2
Removals by type of ownership
Discrepancies
Product code Ownership Flag Flag Note Note Product code Ownership
Unit 2021 2022 2021 2022 2021 2022 Unit 2021 2022
Quantity Quantity Quantity Quantity
ROUNDWOOD REMOVALS (under bark) ROUNDWOOD REMOVALS
1 ROUNDWOOD 1000 m3 1 ROUNDWOOD 1000 m3 OK OK
1.C Coniferous 1000 m3 1.C Coniferous 1000 m3 OK OK
1.NC Non-coniferous 1000 m3 1.NC Non-coniferous 1000 m3 OK OK
State forests 1000 m3 State forests 1000 m3 OK OK
Coniferous 1000 m3 Coniferous 1000 m3
Non-coniferous 1000 m3 Non-coniferous 1000 m3
Other publicly owned forests 1000 m3 Other publicly owned forests 1000 m3 OK OK
Coniferous 1000 m3 Coniferous 1000 m3
Non-coniferous 1000 m3 Non-coniferous 1000 m3
Private forest 1000 m3 Private forest 1000 m3 OK OK
Coniferous 1000 m3 Coniferous 1000 m3
Non-coniferous 1000 m3 Non-coniferous 1000 m3
To fill: 12 12
Note:
Ownership categories correspond to those of the TBFRA.
State forests: Forests owned by national, state and regional governments, or government-owned corporations; Crown forests.
Other publicly owned forests: Forests belonging to cities, municipalities, villages and communes.
Private forests: Forests owned by individuals, co-operatives, enterprises and industries and other private institutions.
The unit should be solid cubic metres, under bark.

ITTO1-Estimates

Country: IE Date:
Name of Official responsible for reply: 0
Official Address (in full): Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
ITTO1
Telephone: 0 Fax: 0
FOREST SECTOR QUESTIONNAIRE E-mail: 0
Production and Trade Estimates for 2023
Specify Currency and Unit of Value (e.g.:1000 US $): __________
Product Unit of Production Imports Exports
Code Product quantity Quantity Quantity Value Quantity Value
1.2 INDUSTRIAL ROUNDWOOD 1000 m3ub
1.2.C Coniferous 1000 m3ub
1.2.NC Non-Coniferous 1000 m3ub
1.2.NC.T of which: Tropical1 1000 m3ub
6 SAWNWOOD (INCLUDING SLEEPERS) 1000 m3
6.C Coniferous 1000 m3
6.NC Non-Coniferous 1000 m3
6.NC.T of which: Tropical1 1000 m3
7 VENEER SHEETS 1000 m3
7.C Coniferous 1000 m3
7.NC Non-Coniferous 1000 m3
7.NC.T of which: Tropical 1000 m3
8.1 PLYWOOD 1000 m3
8.1.C Coniferous 1000 m3
8.1.NC Non-Coniferous 1000 m3
8.1.NC.T of which: Tropical 1000 m3
1 Please include the non-coniferous non-tropical species exported by tropical countries or imported from tropical countries.
m3 = cubic metres solid volume
m3ub = cubic metres solid volume underbark (i.e. excluding bark)

ITTO2-Species

Country: IE Date:
ITTO2 Name of Official responsible for reply: 0
Official Address (in full): Central Statistics Office, Ardee Road, Dublin 6, D06 FX52
FOREST SECTOR QUESTIONNAIRE
Trade in Tropical Species Telephone: 0 Fax: 0
E-mail: 0
Specify Currency and Unit of Value (e.g.:1000 US $): ____________
I M P O R T E X P O R T
Product Classifications 2021 2022 2021 2022
HS2022/HS2017/HS2012/HS2007 Scientific Name Local/Trade Name Quantity Value Quantity Value Quantity Value Quantity Value
(1000 m3) (1000 m3) (1000 m3) (1000 m3)
1.2.NC.T HS2022:
Industrial Roundwood, Tropical ex4403.12 4403.41/42/49
HS2017:
ex4403.12 4403.41/49
HS2012/2007:
ex4403.10 4403.41/49 ex4403.99
6.NC.T HS2022:
Sawnwood, Tropical ex4406.12/92 4407.21/22/23/25/26/27/28/29
HS2017:
ex4406.12/92 4407.21/22/25/26/27/28/29
HS2012/2007:
ex4406.10/90 4407.21/22/25/26/27/28/30
7.NC.T HS2022:
Veneer Sheets, Tropical 4408.31/39
HS2017:
4408.31/39
HS2012/2007:
4408.31/39 ex4408.90
8.1.NC.T HS2022:
Plywood, Tropical 4412.31/41/51/91
HS2017:
4412.31 ex4412.94/99
HS2012/2007:
4412.31 ex4412.32/94/99
Note: List the major species traded in each category. Use additional sheet if more species are to be explicitly reported. For tropical plywood, identify by face veneer if composed of more than one species.

ITTO3-Miscellaneous

Country: Date:
Name of Official responsible for reply:
Official Address (in full):
FOREST SECTOR QUESTIONNAIRE ITTO3
Miscellaneous Items Telephone: Fax:
(use additional paper if necessary) E-mail:
1 Please enter current import tariff rates applied to tropical and non-tropical timber products. If available, please provide tariffs by the relevant customs classification category. If tariff levels have been reported in previous years, enter changes only. (Logs = JQ code 1.2, Sawn = JQ code 6, Veneer = JQ code 7, and Plywood = JQ code 8.1)
Current import tariff Logs Tropical: Sawn Tropical: Veneer Tropical: Plywood Tropical:
Non-Tropical: Non-Tropical: Non-Tropical: Non-Tropical:
Comments (if any):
2 Please comment on any quotas, incentives, disincentives, tariff/non-tariff barriers or other related factors which now or in future will significantly affect your production and trade of tropical timber products.
3 Please elaborate on any short or medium term plans for expanding capacity for (further) processing of tropical timber products in your country.
4 Please indicate any trends or changes expected in the species composition of your trade. How important are lesser-used tropical timber species and/or minor tropical forest products?
5 Please indicate trends in domestic building activity, housing starts, mortgage/interest rates, substitution of non-tropical wood and/or non-wood products for tropical timbers, and any other domestic factors having a significant impact on tropical timber consumption in your country.
6 Please indicate the extent of foreign involvement in your timber sector (e.g. number and nationalities of concessionaires/mill (joint) owners, area of forest allocated, scale of investment, etc.).
7 Please provide details of any relevant forest law enforcement activities (e.g. legislation, fines, arrests, etc.) in your country in the past year.
8 Please indicate the current extent of forest plantations in your country (ha), annual establishment rate (ha/yr) and proportion of industrial roundwood production from plantations.

TS-OB

% Min: 80% Max: 120% Notes
JQ1 Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
IE P.OB 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_3_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P.OB 1000 m3 1_2_3_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!

TS-JQ1

% Min: 80% Max: 120% Notes
JQ1 Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
IE P 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_3_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 1_2_3_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 4_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 4_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 5_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 5_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_1_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_2_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_4_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_4_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 6_4_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!

TS-JQ2

% Min: 80% Max: 120% Notes
JQ2 Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
Q IE M 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 m3 1_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 1_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE M 1000 mt 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 7_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 8_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 8_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE M 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE X 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!

TS-JQ3

% Min: 80% Max: 120% Notes
JQ3 Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
IE M 1000 NAC 11_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_1_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_7 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 11_7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_6_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_6_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_6_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_7 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_7_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_7_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC 12_7_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_1_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC 11_6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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TS-ECEEU

% Min: 80% Max: 120% Notes
ECEEU Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
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IE X 1000 NAC ST_5_C_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE M 1000 m3 ST_5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC ST_5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 m3 ST_5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE M 1000 m3 ST_5_NC_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC ST_5_NC_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE M 1000 m3 ST_5_NC_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE X 1000 m3 ST_5_NC_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE X 1000 NAC ST_5_NC_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE M 1000 m3 ST_5_NC_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC ST_5_NC_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE M 1000 NAC ST_5_NC_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE M 1000 m3 ST_5_NC_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC ST_5_NC_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE M 1000 m3 ST_5_NC_5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE M 1000 NAC ST_5_NC_5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC_5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE M 1000 NAC ST_5_NC_6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC_6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE M 1000 NAC ST_5_NC_7 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE X 1000 NAC ST_5_NC_7 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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TS-EU1

% Min: 80% Max: 120% Notes
EU1 Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
Q IE EX_M 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 m3 1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 m3 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 m3 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 1_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 1_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_M 1000 NAC 3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_M 1000 NAC 4_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_X 1000 NAC 4_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_M 1000 NAC 5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 5 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 5_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 5_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_M 1000 NAC 5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 5_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 m3 5_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 5_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 5_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 5_NC_T ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 m3 6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 m3 6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 m3 6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 6 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 m3 6_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 6_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 6_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 6_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 m3 6_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 6_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 m3 6_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 6_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 mt 7 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 mt 8 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_M 1000 mt 9 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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IE EX_M 1000 NAC 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
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Q IE EX_X 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_1_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_3_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_3_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_3_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_3_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_M 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_M 1000 NAC 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_M 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
Q IE EX_X 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE EX_X 1000 NAC 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
UV IE EX_X 1000 mt 10_4 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!

TS-EU2

% Min: 80% Max: 120% Notes
EU2 Country Flow Unit Product 2017 2018 2019 2020 2021 2021 2022 17/18 18/19 19/20 20/21 21/21 21/22 2017 2018 2019 2020
IE P 1000 m3 EU2_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_1 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_1_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_1_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_2 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_2_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_2_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_3 ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_3_C ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!
IE P 1000 m3 EU2_1_3_NC ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! ERROR:#REF! !! !! !! !! !! !!

Annex1 | JQ1-Corres.

Last updated in 2016
FOREST SECTOR QUESTIONNAIRE JQ1 (Supp. 1)
PRIMARY PRODUCTS
Removals and Production
CORRESPONDENCES to CPC Ver.2.1
Central Product Classification Version 2.1 (CPC Ver. 2.1)
Product Product
Code
REMOVALS OF ROUNDWOOD (WOOD IN THE ROUGH)
1 ROUNDWOOD (WOOD IN THE ROUGH) 031
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 0313
1.1.C Coniferous 03131
1.1.NC Non-Coniferous 03132
1.2 INDUSTRIAL ROUNDWOOD 0311 0312
1.2.C Coniferous 0311
1.2.NC Non-Coniferous 0312
1.2.NC.T of which: Tropical ex0312
1.2.1 SAWLOGS AND VENEER LOGS ex03110 ex03120
1.2.1.C Coniferous ex03110
1.2.1.NC Non-Coniferous ex03120
1.2.2 PULPWOOD, ROUND AND SPLIT (INCLUDING WOOD FOR PARTICLE BOARD, OSB AND FIBREBOARD) ex03110 ex03120
1.2.2.C Coniferous ex03110
1.2.2.NC Non-Coniferous ex03120
1.2.3 OTHER INDUSTRIAL ROUNDWOOD ex03110 ex03120
1.2.3.C Coniferous ex03110
1.2.3.NC Non-Coniferous ex03120
PRODUCTION
2 WOOD CHARCOAL ex34510
3 WOOD CHIPS, PARTICLES AND RESIDUES ex31230 ex39283
3.1 WOOD CHIPS AND PARTICLES ex31230
3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) ex39283
4 RECOVERED POST-CONSUMER WOOD ex39283
5 WOOD PELLETS AND OTHER AGGLOMERATES 39281 39282
5.1 WOOD PELLETS 39281
5.2 OTHER AGGLOMERATES 39282
6 SAWNWOOD (INCLUDING SLEEPERS) 311 3132
6.C Coniferous 31101 ex31109 ex3132
6.NC Non-Coniferous 31102 ex31109 ex3132
6.NC.T of which: Tropical ex31102 ex31109 ex3132
7 VENEER SHEETS 3151
7.C Coniferous 31511
7.NC Non-Coniferous 31512
7.NC.T of which: Tropical ex31512
8 WOOD-BASED PANELS 3141 3142 3143 3144
8.1 PLYWOOD 3141 3142
8.1.C Coniferous 31411 31421
8.1.NC Non-Coniferous 31412 31422
8.1.NC.T of which: Tropical ex31412 ex31422
8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) and SIMILAR BOARD 3143
8.2.1 of which: ORIENTED STRAND BOARD (OSB) 31432
8.3 FIBREBOARD 3144
8.3.1 HARDBOARD 31442
8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 31441
8.3.3 OTHER FIBREBOARD 31449
9 WOOD PULP 32111 32112 ex32113
9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP ex32113
9.2 CHEMICAL WOOD PULP 32112
9.2.1 SULPHATE PULP ex32112
9.2.1.1 of which: BLEACHED ex32112
9.2.2 SULPHITE PULP ex32112
9.3 DISSOLVING GRADES 32111
10 OTHER PULP ex32113
10.1 PULP FROM FIBRES OTHER THAN WOOD ex32113
10.2 RECOVERED FIBRE PULP ex32113
11 RECOVERED PAPER 3924
12 PAPER AND PAPERBOARD 3212 3213 32142 32143 ex32149 32151 32198 ex32199
12.1 GRAPHIC PAPERS 3212 ex32143 ex32149
12.1.1 NEWSPRINT 32121
12.1.2 UNCOATED MECHANICAL ex32122 ex32129
12.1.3 UNCOATED WOODFREE 32122 ex32129
12.1.4 COATED PAPERS ex32143 ex32149
12.2 HOUSEHOLD AND SANITARY PAPERS 32131
12.3 PACKAGING MATERIALS 32132 ex32133 32134 32135 ex32136 ex32137 32142 32151 ex32143 ex32149
12.3.1 CASE MATERIALS 32132 32134 32135 ex32136
12.3.2 CARTONBOARD ex32133 ex32136 ex32143 ex32149
12.3.3 WRAPPING PAPERS ex32133 ex32136 ex32137 32142 32151
12.3.4 OTHER PAPERS MAINLY FOR PACKAGING ex32136
12.4 OTHER PAPER AND PAPERBOARD N.E.S. ex32149 ex32133 ex32136 ex32137 32198 ex32199
Notes:
The term "ex" means that there is not a complete correlation between the two codes and that only a part of the CPC Ver.2.1 code is applicable.
For instance "ex31512" under product 7.NC.T means that only a part of CPC Ver.2.1 code 31512 refers to non-coniferous tropical veneer sheets.
In CPC, if only 3 or 4 digits are shown, then all sub-codes at lower degrees of aggregation are included (for example, 0313 includes 03131 and 03132).

Annex2 | JQ2-Corres.

FOREST SECTOR QUESTIONNAIRE JQ2 (Supp. 1)
PRIMARY PRODUCTS
Trade
CORRESPONDENCES to HS2022, HS2017, HS2012 and SITC Rev.4
C l a s s i f i c a t i o n s
Product Product
Code HS2022 HS2017 HS2012 SITC Rev.4
1 ROUNDWOOD (WOOD IN THE ROUGH) 4401.11/12 44.03 4401.11/12 44.03 4401.10 44.03 245.01 247
1.1 WOOD FUEL (INCLUDING WOOD FOR CHARCOAL) 4401.11/12 4401.11/12 4401.10 245.01
1.1.C Coniferous 4401.11 4401.11 ex4401.10 ex245.01
1.1.NC Non-Coniferous 4401.12 4401.12 ex4401.10 ex245.01
1.2 INDUSTRIAL ROUNDWOOD 44.03 44.03 44.03 247
1.2.C Coniferous 4403.11/21/22/23/24/25/26 4403.11/21/22/23/24/25/26 ex4403.10 4403.20 ex247.3 247.4
1.2.NC Non-Coniferous 4403.12/41/42/49/91/93/94/95/96/97/98/99 4403.12/41/49/91/93/94/95/96/97/98/99 ex4403.10 4403.41/49/91/92/99 ex247.3 247.5 247.9
1.2.NC.T of which: Tropical1 ex4403.12 4403.41/42/49 4403.41/49 ex4403.10 4403.41/49 ex4403.99 ex247.3 247.5 ex247.9
2 WOOD CHARCOAL 4402.90 4402.90 4402.90 ex245.02
3 WOOD CHIPS, PARTICLES AND RESIDUES 4401.21/22 4401.41 ex4401.49 4401.21/22 ex4401.40 4401.21/22 ex4401.39 246.1 ex246.2
3.1 WOOD CHIPS AND PARTICLES 4401.21/22 4401.21/22 4401.21/22 246.1
3.2 WOOD RESIDUES (INCLUDING WOOD FOR AGGLOMERATES) 4401.41 ex4401.49++ ex4401.40++ ex4401.39 ex246.2
3.2.1 of which: Sawdust 4401.41 ex4401.40++ ex4401.39 ex246.2
4 RECOVERED POST-CONSUMER WOOD ex4401.49++ ex4401.40++ ex4401.39 ex246.2
5 WOOD PELLETS AND OTHER AGGLOMERATES 4401.31/32/39 4401.31/39 4401.31 ex4401.39 ex246.2
5.1 WOOD PELLETS 4401.31 4401.31 4401.31 ex246.2
5.2 OTHER AGGLOMERATES 4401.32/39 4401.39 ex4401.39 ex246.2
6 SAWNWOOD (INCLUDING SLEEPERS) 44.06 44.07 44.06 44.07 44.06 44.07 248.1 248.2 248.4
6.C Coniferous 4406.11/91 4407.11/12/13/14/19 4406.11/91 4407.11/12/19 ex4406.10/90 4407.10 ex248.11 ex248.19 248.2
6.NC Non-Coniferous 4406.12/92 4407.21/22/23/25/26/27/28/29/91/92/93/94/95/96/97/99 4406.12/92 4407.21/22/25/26/27/28/29/91/92/93/94/95/96/97/99 ex4406.10/90 4407.21/22/25/26/27/28/29/91/92/93/94/95/99 ex248.11 ex248.19 248.4
6.NC.T of which: Tropical1 ex4406.12/92 4407.21/22/23/25/26/27/28/29 4407.21/22/25/26/27/28/29 ex4406.10/90 4407.21/22/25/26/27/28/29 ex4407.99 ex248.11 ex248.19 ex248.4
7 VENEER SHEETS 44.08 44.08 44.08 634.1
7.C Coniferous 4408.10 4408.10 4408.10 634.11
7.NC Non-Coniferous 4408.31/39/90 4408.31/39/90 4408.31/39/90 634.12
7.NC.T of which: Tropical 4408.31/39 4408.31/39 4408.31/39 ex4408.90 ex634.12
8 WOOD-BASED PANELS 44.10 44.11 4412.31/33/34/39/41/42/49/51/52/59/91/92/99 44.10 44.11 4412.31/33/34/39/94/99 44.10 44.11 4412.31/32/39/94/99 634.22/23/31/33/39 634.5
8.1 PLYWOOD 4412.31/33/34/39/41/42/49/51/52/59/91/92/99 4412.31/33/34/39/94/99 4412.31/32/39/94/99 634.31/33/39
8.1.C Coniferous 4412.39/49/59/99 4412.39 ex4412.94 ex4412.99 4412.39 ex4412.94 ex.4412.99 ex634.31 ex634.33 ex634.39
8.1.NC Non-Coniferous 4412.33/34/42/52/92 4412.31/33/34 ex4412.94 ex4412.99 4412.31/32 ex4412.94 ex4412.99 ex634.31 ex634.33 ex634.39
8.1.NC.T of which: Tropical 4412.31/41/51/91 4412.31 ex4412.94 ex4412.99 4412.31 ex4412.32 ex4412.94 ex4412.99 ex634.31 ex634.33 ex634.39
8.1.1 of which: Laminated Veneer Lumber (LVL) 4412.41/42/49 ex4412.99 ex4412.99 ex634.39
8.1.1.C Coniferous 4412.49 ex4412.99 ex4412.99 ex634.39
8.1.1.NC Non-Coniferous 4412.41/42 ex4412.99 ex4412.99 ex634.39
8.1.1.NC.T of which: Tropical 4412.41 ex4412.99 ex4412.99 ex634.39
8.2 PARTICLE BOARD, ORIENTED STRAND BOARD (OSB) and SIMILAR BOARD 44.10 44.10 44.10 634.22/23
8.2.1 of which: ORIENTED STRAND BOARD (OSB) 4410.12 4410.12 4410.12 ex634.22
8.3 FIBREBOARD 44.11 44.11 44.11 634.5
8.3.1 HARDBOARD 4411.92 4411.92 4411.92 ex634.54 ex634.55
8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 4411.12/13 ex4411.14* 4411.12/13 ex4411.14* 4411.12/13 ex4411.14* ex634.54 ex634.55
8.3.3 OTHER FIBREBOARD ex4411.14* 4411.93/94 ex4411.14* 4411.93/94 ex4411.14 4411.93/94 ex634.54 ex634.55
9 WOOD PULP 47.01/02/03/04/05 47.01/02/03/04/05 47.01/02/03/04/05 251.2 251.3 251.4 251.5 251.6 251.91
9.1 MECHANICAL AND SEMI-CHEMICAL WOOD PULP 47.01 47.05 47.01 47.05 47.01 47.05 251.2 251.91
9.2 CHEMICAL WOOD PULP 47.03 47.04 47.03 47.04 47.03 47.04 251.4 251.5 251.6
9.2.1 SULPHATE PULP 47.03 47.03 47.03 251.4 251.5
9.2.1.1 of which: BLEACHED 4703.21/29 4703.21/29 4703.21/29 251.5
9.2.2 SULPHITE PULP 47.04 47.04 47.04 251.6
9.3 DISSOLVING GRADES 47.02 47.02 47.02 251.3
10 OTHER PULP 47.06 47.06 47.06 251.92
10.1 PULP FROM FIBRES OTHER THAN WOOD 4706.10/30/91/92/93 4706.10/30/91/92/93 4706.10/30/91/92/93 ex251.92
10.2 RECOVERED FIBRE PULP 4706.20 4706.20 4706.20 ex251.92
11 RECOVERED PAPER 47.07 47.07 47.07 251.1
12 PAPER AND PAPERBOARD 48.01 48.02 48.03 48.04 48.05 48.06 48.08 48.09 48.10 4811.51/59 48.12 48.13 48.01 48.02 48.03 48.04 48.05 48.06 48.08 48.09 48.10 4811.51/59 48.12 48.13 48.01 48.02 48.03 48.04 48.05 48.06 48.08 48.09 48.10 4811.51/59 48.12 48.13 641.1 641.2 641.3 641.4 641.5 641.62/63/64/69/71/72/74/75/76/77/93 642.41
12.1 GRAPHIC PAPERS 48.01 4802.10/20/54/55/56/57/58/61/62/69 48.09 4810.13/14/19/22/29 48.01 4802.10/20/54/55/56/57/58/61/62/69 48.09 4810.13/14/19/22/29 48.01 4802.10/20/54/55/56/57/58/61/62/69 48.09 4810.13/14/19/22/29 641.1 641.21/22/26/29 641.3
12.1.1 NEWSPRINT 48.01 48.01 48.01 641.1
12.1.2 UNCOATED MECHANICAL 4802.61/62/69 4802.61/62/69 4802.61/62/69 641.29
12.1.3 UNCOATED WOODFREE 4802.10/20/54/55/56/57/58 4802.10/20/54/55/56/57/58 4802.10/20/54/55/56/57/58 641.21/22/26
12.1.4 COATED PAPERS 48.09 4810.13/14/19/22/29 48.09 4810.13/14/19/22/29 48.09 4810.13/14/19/22/29 641.3
12.2 HOUSEHOLD AND SANITARY PAPERS 48.03 48.03 48.03 641.63
12.3 PACKAGING MATERIALS 4804.11/19/21/29/31/39/42/49/51/52/59 4805.11/12/19/24/25/30/91/92/93 4806.10/20/40 48.08 4810.31/32/39/92/99 4811.51/59 4804.11/19/21/29/31/39/42/49/51/52/59 4805.11/12/19/24/25/30/91/92/93 4806.10/20/40 48.08 4810.31/32/39/92/99 4811.51/59 4804.11/19/21/29/31/39/42/49/51/52/59 4805.11/12/19/24/25/30/91/92/93 4806.10/20/40 48.08 4810.31/32/39/92/99 4811.51/59 641.41/42/46 ex641.47 641.48/51/52 ex641.53 641.54/59/62/64/69/71/72/74/75/76/77
12.3.1 CASE MATERIALS 4804.11/19 4805.11/12/19/24/25/91 4804.11/19 4805.11/12/19/24/25/91 4804.11/19 4805.11/12/19/24/25/91 641.41/51/54 ex641.59
12.3.2 CARTONBOARD 4804.42/49/51/52/59 4805.92 4810.32/39/92 4811.51/59 4804.42/49/51/52/59 4805.92 4810.32/39/92 4811.51/59 4804.42/49/51/52/59 4805.92 4810.32/39/92 4811.51/59 ex641.47 641.48 ex641.59 641.75/76 ex641.77 641.71/72
12.3.3 WRAPPING PAPERS 4804.21/29/31/39 4805.30 4806.10/20/40 48.08 4810.31/99 4804.21/29/31/39 4805.30 4806.10/20/40 48.08 4810.31/99 4804.21/29/31/39 4805.30 4806.10/20/40 48.08 4810.31/99 641.42/46/52 ex641.53 641.62/64/69/74 ex641.77
12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 4805.93 4805.93 4805.93 ex641.59
12.4 OTHER PAPER AND PAPERBOARD N.E.S. 4802.40 4804.41 4805.40/50 4806.30 48.12 48.13 4802.40 4804.41 4805.40/50 4806.30 48.12 48.13 4802.40 4804.41 4805.40/50 4806.30 48.12 48.13 641.24 ex641.47 641.56 ex641.53 641.55/93 642.41
15 GLULAM AND CROSS-LAMINATED TIMBER (CLT or X-LAM)2 4418.81/82 ex4418.60 ex4418.60 ex635.39
15.1 GLULAM 4418.81 ex4418.60 ex4418.60 ex635.39
15.2 CROSS-LAMINATED TIMBER (CLT or X-LAM) 4418.82 ex4418.60 ex4418.60 ex635.39
16 I BEAMS (I-JOISTS)2 4418.83 ex4418.60 ex4418.60 ex635.39
1Please include the non-coniferous non-tropical species exported by tropical countries or imported from tropical countries.
2 Glulam, CLT and I Beams are classified as secondary wood products but for ease of reporting are included in JQ1 and JQ2
Notes:
The term "ex" means that there is not a complete correlation between the two codes and that only a part of the HS2012/HS2017/HS2022 or SITC Rev.4 code is applicable.
For instance "ex4401.49" under product 3.2 means that only a part of HS2022 code 4401.49 refers to wood residues coming from wood processing (the other part coded under 4401.49 is recovered post-consumer wood).
++ Please use your judgement or, as a default, assign half of 4401.49 to item 3.2 and half to item 4 (note different quantity units)
In SITC Rev.4, if only 4 digits are shown, then all sub-headings at lower degrees of aggregation are included (for example, 634.1 includes 634.11 and 634.12).
* Please assign the trade data for HS code 4411.14 to product 8.3.2 (MDF/HDF) and 8.3.3 (other fibreboard) if it is possible to do this in national statistics. If not, please assign all the trade data to item 8.3.2 as in most cases MDF/HDF will represent the large majority of trade.

Annex3 | JQ3-Corres.

FOREST SECTOR QUESTIONNAIRE JQ3 (Supp. 1)
SECONDARY PROCESSED PRODUCTS
Trade
CORRESPONDENCES to HS 2022, HS2017, HS2012 and SITC Rev.4
C l a s s i f i c a t i o n s
Product Product
Code HS2022 HS2017 HS2012 SITC Rev.4
13 SECONDARY WOOD PRODUCTS
13.1 FURTHER PROCESSED SAWNWOOD 4409.10/22/29 4409.10/22/29 4409.10/29 248.3 248.5
13.1.C Coniferous 4409.10 4409.10 4409.10 248.3
13.1.NC Non-coniferous 4409.22/29 4409.22/29 4409.29 248.5
13.1.NC.T of which: Tropical 4409.22 4409.22 ex4409.29 ex248.5
13.2 WOODEN WRAPPING AND PACKAGING MATERIAL 44.15/16 44.15/16 44.15/16 635.1 635.2
13.3 WOOD PRODUCTS FOR DOMESTIC/DECORATIVE USE 44.14 4419.20 4419.90 44.20 44.14 4419.90 44.20 44.14 ex4419.00 44.20 635.41 ex635.42 635.49
13.4 BUILDER’S JOINERY AND CARPENTRY OF WOOD1 4418.11/19/21/29/30/40/50/74/75/79/89/92/99 4418.10/20/40/50/60/74/75/79/99 4418.10/20/40/50/60 ex4418.71 ex4418.72 ex4418.79 ex4418.90 635.31/32/33 ex635.34 ex635.39
13.5 WOODEN FURNITURE 9401.31/41 9401.61/69/91 9403.30/40/50/60/91 9401.61/69 ex9401.90 9403.30/40/50/60 ex9403.90 9401.61/69 ex9401.90 9403.30/40/50/60 ex9403.90 821.16 ex821.19 821.51/53/55/59 ex821.8
13.6 PREFABRICATED BUILDINGS OF WOOD 9406.10 9406.10 ex94.06 ex811.0
13.7 OTHER MANUFACTURED WOOD PRODUCTS 44.04/05/13/17 4421.10/20/99 44.04/05/13/17 4421.10/99 44.04/05/13/17 4421.10 ex4421.90 634.21/91/93 635.91 ex635.99
14 SECONDARY PAPER PRODUCTS
14.1 COMPOSITE PAPER AND PAPERBOARD 48.07 48.07 48.07 641.92
14.2 SPECIAL COATED PAPER AND PULP PRODUCTS 4811.10/41/49/60/90 4811.10/41/49/60/90 4811.10/41/49/60/90 641.73/78/79
14.3 HOUSEHOLD AND SANITARY PAPER, READY FOR USE 48.18 48.18 48.18 642.43/94
14.4 PACKAGING CARTONS, BOXES ETC. 48.19 48.19 48.19 642.1
14.5 OTHER ARTICLES OF PAPER AND PAPERBOARD, READY FOR USE 48.14/16/17/20/21/22/23 48.14/16/17/20/21/22/23 48.14/16/17/20/21/22/23 641.94 642.2 642.3 642.42/45/91/93/99 892.81
14.5.1 of which: PRINTING AND WRITING PAPER, READY FOR USE ex4823.90 ex4823.90 ex4823.90 ex642.99
14.5.2 of which: ARTICLES, MOULDED OR PRESSED FROM PULP 4823.70 4823.70 4823.70 ex642.99
14.5.3 of which: FILTER PAPER AND PAPERBOARD, READY FOR USE 4823.20 4823.20 4823.20 642.45
1 In February 2023 this definition was updated to exclude Glulam, Cross-Laminated Timber and I-Beams which are now distinct items in the JFSQ (15.1, 15.2 and 16).
This change was made to reflect the update of HS2022.
Notes:
The term "ex" means that there is not a complete correlation between the two codes and that only a part of the HS2012/HS2017/2022 or SITC Rev.4 code is applicable.
For instance "ex811.00" under "Prefabricated buildings of wood" means that only a part of SITC code 811.00 refers to buildings prefabricated from wood, as that code does not distinguish between the materials buildings were prefabricated from.
In SITC Rev.4, if only 4 digits are shown, then all subheadings at lower degrees of aggregation are included (for example, 892.2 includes 892.21 and 892.29).

Annex4 |JQ2-JQ3-Corres.

JQ Product code Nomenclature HS Code Remarks on HS codes
1 HS2002 440110 Annex 4 does not include HS2022 codes
1 HS2002 4403
1 HS2007 440110
1 HS2007 4403
1 HS2012 440110
1 HS2012 4403
1 HS2017 440111
1 HS2017 440112
1 HS2017 4403
1.1 HS2002 440110
1.1 HS2007 440110
1.1 HS2012 440110
1.1 HS2017 440111
1.1 HS2017 440112
1.1C HS2002 440110 Only some part of it
1.1C HS2007 440110 Only some part of it
1.1C HS2012 440110 Only some part of it
1.1C HS2017 440111
1.1NC HS2002 440110 Only some part of it
1.1NC HS2007 440110 Only some part of it
1.1NC HS2012 440110 Only some part of it
1.1NC HS2017 440112
1.2 HS2002 4403
1.2 HS2007 4403
1.2 HS2012 4403
1.2 HS2017 4403
1.2.C HS2002 440310 Only some part of it
1.2.C HS2002 440320
1.2.C HS2007 440310 Only some part of it
1.2.C HS2007 440320
1.2.C HS2012 440310 Only some part of it
1.2.C HS2012 440320
1.2.C HS2017 440311
1.2.C HS2017 440321
1.2.C HS2017 440322
1.2.C HS2017 440323
1.2.C HS2017 440324
1.2.C HS2017 440325
1.2.C HS2017 440326
1.2.NC HS2002 440310 Only some part of it
1.2.NC HS2002 440341
1.2.NC HS2002 440349
1.2.NC HS2002 440391
1.2.NC HS2002 440392
1.2.NC HS2002 440399
1.2.NC HS2007 440310 Only some part of it
1.2.NC HS2007 440341
1.2.NC HS2007 440349
1.2.NC HS2007 440391
1.2.NC HS2007 440392
1.2.NC HS2007 440399
1.2.NC HS2012 440310 Only some part of it
1.2.NC HS2012 440341
1.2.NC HS2012 440349
1.2.NC HS2012 440391
1.2.NC HS2012 440392
1.2.NC HS2012 440399
1.2.NC HS2017 440312
1.2.NC HS2017 440341
1.2.NC HS2017 440349
1.2.NC HS2017 440391
1.2.NC HS2017 440393
1.2.NC HS2017 440394
1.2.NC HS2017 440395
1.2.NC HS2017 440396
1.2.NC HS2017 440397
1.2.NC HS2017 440398
1.2.NC HS2017 440399
1.2.NC.T HS2002 440310 Only some part of it
1.2.NC.T HS2002 440341
1.2.NC.T HS2002 440349
1.2.NC.T HS2002 440399 Only some part of it
1.2.NC.T HS2007 440310 Only some part of it
1.2.NC.T HS2007 440341
1.2.NC.T HS2007 440349
1.2.NC.T HS2007 440399 Only some part of it
1.2.NC.T HS2012 440310 Only some part of it
1.2.NC.T HS2012 440341
1.2.NC.T HS2012 440349
1.2.NC.T HS2012 440399 Only some part of it
1.2.NC.T HS2017 440312 Only some part of it
1.2.NC.T HS2017 440341
1.2.NC.T HS2017 440349
2 HS2002 440200 Only some part of it
2 HS2007 440290
2 HS2012 440290
2 HS2017 440290
3 HS2002 440121
3 HS2002 440122
3 HS2002 440130 Only some part of it
3 HS2007 440121
3 HS2007 440122
3 HS2007 440130 Only some part of it
3 HS2012 440121
3 HS2012 440122
3 HS2012 440139 Only some part of it
3 HS2017 440121
3 HS2017 440122
3 HS2017 440140
3.1 HS2002 440121
3.1 HS2002 440122
3.1 HS2007 440121
3.1 HS2007 440122
3.1 HS2012 440121
3.1 HS2012 440122
3.1 HS2017 440121
3.1 HS2017 440122
3.2 HS2002 440130 Only some part of it
3.2 HS2012 440130 Only some part of it
3.2 HS2012 440139 Only some part of it
3.2 HS2017 440140 Only some part of it
4 HS2002 440130 Only some part of it
4 HS2007 440130 Only some part of it
4 HS2012 440139 Only some part of it
4 HS2017 440140 Only some part of it
5 HS2002 440130 Only some part of it
5 HS2007 440130 Only some part of it
5 HS2012 440131
5 HS2012 440139 Only some part of it
5 HS2017 440131
5 HS2017 440139
5.1 HS2002 440130 Only some part of it
5.1 HS2007 440130 Only some part of it
5.1 HS2012 440131
5.1 HS2017 440131
5.2 HS2002 440130 Only some part of it
5.2 HS2007 440130 Only some part of it
5.2 HS2012 440139 Only some part of it
5.2 HS2017 440139
6 HS2002 4406
6 HS2002 4407
6 HS2007 4406
6 HS2007 4407
6 HS2012 4406
6 HS2012 4407
6 HS2017 4406
6 HS2017 4407
6.C HS2002 440610 Only some part of it
6.C HS2002 440690 Only some part of it
6.C HS2002 440710
6.C HS2007 440610 Only some part of it
6.C HS2007 440690 Only some part of it
6.C HS2007 440710
6.C HS2012 440610 Only some part of it
6.C HS2012 440690 Only some part of it
6.C HS2012 440710
6.C HS2017 440611
6.C HS2017 440691
6.C HS2017 440711
6.C HS2017 440712
6.C HS2017 440719
6.NC HS2002 440610 Only some part of it
6.NC HS2002 440690 Only some part of it
6.NC HS2002 440724
6.NC HS2002 440725
6.NC HS2002 440726
6.NC HS2002 440729
6.NC HS2002 440791
6.NC HS2002 440792
6.NC HS2002 440799
6.NC HS2007 440610 Only some part of it
6.NC HS2007 440690 Only some part of it
6.NC HS2007 440721
6.NC HS2007 440722
6.NC HS2007 440725
6.NC HS2007 440726
6.NC HS2007 440727
6.NC HS2007 440728
6.NC HS2007 440729
6.NC HS2007 440791
6.NC HS2007 440792
6.NC HS2007 440793
6.NC HS2007 440794
6.NC HS2007 440795
6.NC HS2007 440799
6.NC HS2012 440610 Only some part of it
6.NC HS2012 440690 Only some part of it
6.NC HS2012 440721
6.NC HS2012 440722
6.NC HS2012 440725
6.NC HS2012 440726
6.NC HS2012 440727
6.NC HS2012 440728
6.NC HS2012 440729
6.NC HS2012 440791
6.NC HS2012 440792
6.NC HS2012 440793
6.NC HS2012 440794
6.NC HS2012 440795
6.NC HS2012 440799
6.NC HS2017 4406.12
6.NC HS2017 4406.92
6.NC HS2017 4407.21
6.NC HS2017 4407.22
6.NC HS2017 4407.25
6.NC HS2017 4407.26
6.NC HS2017 4407.27
6.NC HS2017 4407.28
6.NC HS2017 4407.29
6.NC HS2017 4407.91
6.NC HS2017 4407.92
6.NC HS2017 4407.93
6.NC HS2017 4407.94
6.NC HS2017 4407.95
6.NC HS2017 4407.96
6.NC HS2017 4407.97
6.NC HS2017 4407.99
6.NC.T HS2002 440610 Only some part of it
6.NC.T HS2002 440690 Only some part of it
6.NC.T HS2002 440724
6.NC.T HS2002 440725
6.NC.T HS2002 440726
6.NC.T HS2002 440729
6.NC.T HS2002 440799 Only some part of it
6.NC.T HS2007 440610 Only some part of it
6.NC.T HS2007 440690 Only some part of it
6.NC.T HS2007 440721
6.NC.T HS2007 440722
6.NC.T HS2007 440725
6.NC.T HS2007 440726
6.NC.T HS2007 440727
6.NC.T HS2007 440728
6.NC.T HS2007 440729
6.NC.T HS2007 440799 Only some part of it
6.NC.T HS2012 440610 Only some part of it
6.NC.T HS2012 440690 Only some part of it
6.NC.T HS2012 440721
6.NC.T HS2012 440722
6.NC.T HS2012 440725
6.NC.T HS2012 440726
6.NC.T HS2012 440727
6.NC.T HS2012 440728
6.NC.T HS2012 440729
6.NC.T HS2012 440799 Only some part of it
6.NC.T HS2017 440612 Only some part of it
6.NC.T HS2017 440692 Only some part of it
6.NC.T HS2017 440721
6.NC.T HS2017 440722
6.NC.T HS2017 440725
6.NC.T HS2017 440726
6.NC.T HS2017 440727
6.NC.T HS2017 440728
6.NC.T HS2017 440729
7 HS2002 4408
7 HS2007 4408
7 HS2012 4408
7 HS2017 4408
7.C HS2002 440810
7.C HS2007 440810
7.C HS2012 440810
7.C HS2017 440810
7.NC HS2002 440831
7.NC HS2002 440839
7.NC HS2002 440890
7.NC HS2007 440831
7.NC HS2007 440839
7.NC HS2007 440890
7.NC HS2012 440831
7.NC HS2012 440839
7.NC HS2012 440890
7.NC HS2017 440831
7.NC HS2017 440839
7.NC HS2017 440890
7.NC.T HS2002 440831
7.NC.T HS2002 440839
7.NC.T HS2002 440890 Only some part of it
7.NC.T HS2007 440831
7.NC.T HS2007 440839
7.NC.T HS2007 440890 Only some part of it
7.NC.T HS2012 440831
7.NC.T HS2012 440839
7.NC.T HS2012 440890 Only some part of it
7.NC.T HS2017 440831
7.NC.T HS2017 440839
8 HS2002 4410
8 HS2002 4411
8 HS2002 441213
8 HS2002 441214
8 HS2002 441219
8 HS2002 441299 Only some part of it
8 HS2007 4410
8 HS2007 4411
8 HS2007 441231
8 HS2007 441232
8 HS2007 441239
8 HS2007 441294
8 HS2007 441299
8 HS2012 4410
8 HS2012 4411
8 HS2012 441231
8 HS2012 441232
8 HS2012 441239
8 HS2012 441294
8 HS2012 441299
8 HS2017 4410
8 HS2017 4411
8 HS2017 441231
8 HS2017 441233
8 HS2017 441234
8 HS2017 441239
8 HS2017 441294
8 HS2017 441299
8.1 HS2002 441213
8.1 HS2002 441214
8.1 HS2002 441219
8.1 HS2002 441299 Only some part of it
8.1 HS2007 441231
8.1 HS2007 441232
8.1 HS2007 441239
8.1 HS2007 441294
8.1 HS2007 441299
8.1 HS2012 441231
8.1 HS2012 441232
8.1 HS2012 441239
8.1 HS2012 441294
8.1 HS2012 441299
8.1 HS2017 441231
8.1 HS2017 441233
8.1 HS2017 441234
8.1 HS2017 441239
8.1 HS2017 441294
8.1 HS2017 441299
8.1.C HS2002 441219
8.1.C HS2002 441299 Only some part of it
8.1.C HS2007 441239
8.1.C HS2007 441294 Only some part of it
8.1.C HS2007 441299 Only some part of it
8.1.C HS2012 441239
8.1.C HS2012 441294 Only some part of it
8.1.C HS2012 441299 Only some part of it
8.1.C HS2017 441239
8.1.C HS2017 441294 Only some part of it
8.1.C HS2017 441299 Only some part of it
8.1.NC HS2002 441213
8.1.NC HS2002 441214
8.1.NC HS2002 441299 Only some part of it
8.1.NC HS2007 441231
8.1.NC HS2007 441232
8.1.NC HS2007 441294 Only some part of it
8.1.NC HS2007 441299 Only some part of it
8.1.NC HS2012 441231
8.1.NC HS2012 441232
8.1.NC HS2012 441294 Only some part of it
8.1.NC HS2012 441299 Only some part of it
8.1.NC HS2017 441231
8.1.NC HS2017 441233
8.1.NC HS2017 441234
8.1.NC HS2017 441294 Only some part of it
8.1.NC HS2017 441299 Only some part of it
8.1.NC.T HS2002 441213
8.1.NC.T HS2002 441214 Only some part of it
8.1.NC.T HS2002 441299 Only some part of it
8.1.NC.T HS2007 441231
8.1.NC.T HS2007 441232 Only some part of it
8.1.NC.T HS2007 441294 Only some part of it
8.1.NC.T HS2007 441299 Only some part of it
8.1.NC.T HS2012 441231
8.1.NC.T HS2012 441232 Only some part of it
8.1.NC.T HS2012 441294 Only some part of it
8.1.NC.T HS2012 441299 Only some part of it
8.1.NC.T HS2017 441231
8.1.NC.T HS2017 441294 Only some part of it
8.1.NC.T HS2017 441299 Only some part of it
8.2 HS2002 4410
8.2 HS2007 4410
8.2 HS2012 4410
8.2 HS2017 4410
8.2.1 HS2002 441021 Only some part of it
8.2.1 HS2002 441029 Only some part of it
8.2.1 HS2007 441012
8.2.1 HS2012 441012
8.2.1 HS2017 441012
8.3 HS2002 4411
8.3 HS2007 4411
8.3 HS2012 4411
8.3 HS2017 4411
8.3.1 HS2002 441111 Only some part of it
8.3.1 HS2002 441119 Only some part of it
8.3.1 HS2007 441192
8.3.1 HS2012 441192
8.3.1 HS2017 441192
8.3.2 HS2002 441111 Only some part of it
8.3.2 HS2002 441119 Only some part of it
8.3.2 HS2002 441121 Only some part of it
8.3.2 HS2002 441129 Only some part of it
8.3.2 HS2007 441112
8.3.2 HS2007 441113
8.3.2 HS2007 441114 Only some part of it
8.3.2 HS2012 441112
8.3.2 HS2012 441113
8.3.2 HS2012 441114 Only some part of it
8.3.2 HS2017 441112
8.3.2 HS2017 441113
8.3.2 HS2017 441114 Only some part of it
8.3.3 HS2002 441131
8.3.3 HS2002 441139
8.3.3 HS2002 441191
8.3.3 HS2002 441199
8.3.3 HS2007 441114 Only some part of it
8.3.3 HS2007 441193
8.3.3 HS2007 441194
8.3.3 HS2012 441114 Only some part of it
8.3.3 HS2012 441193
8.3.3 HS2012 441194
8.3.3 HS2017 441114 Only some part of it
8.3.3 HS2017 441193
8.3.3 HS2017 441194
9 HS2002 4701
9 HS2002 4702
9 HS2002 4703
9 HS2002 4704
9 HS2002 4705
9 HS2007 4701
9 HS2007 4702
9 HS2007 4703
9 HS2007 4704
9 HS2007 4705
9 HS2012 4701
9 HS2012 4702
9 HS2012 4703
9 HS2012 4704
9 HS2012 4705
9 HS2017 4701
9 HS2017 4702
9 HS2017 4703
9 HS2017 4704
9 HS2017 4705
9.1 HS2002 4701
9.1 HS2002 4705
9.1 HS2007 4701
9.1 HS2007 4705
9.1 HS2012 4701
9.1 HS2012 4705
9.1 HS2017 4701
9.1 HS2017 4705
9.2 HS2002 4703
9.2 HS2002 4704
9.2 HS2007 4703
9.2 HS2007 4704
9.2 HS2012 4703
9.2 HS2012 4704
9.2 HS2017 4703
9.2 HS2017 4704
9.2.1 HS2002 4703
9.2.1 HS2007 4703
9.2.1 HS2012 4703
9.2.1 HS2017 4703
9.2.1.1 HS2002 470321
9.2.1.1 HS2002 470329
9.2.1.1 HS2007 470321
9.2.1.1 HS2007 470329
9.2.1.1 HS2012 470321
9.2.1.1 HS2012 470329
9.2.1.1 HS2017 470321
9.2.1.1 HS2017 470329
9.2.2 HS2002 4704
9.2.2 HS2007 4704
9.2.2 HS2012 4704
9.2.2 HS2017 4704
9.3 HS2002 4702
9.3 HS2007 4702
9.3 HS2012 4702
9.3 HS2017 4702
10 HS2002 4706
10 HS2007 4706
10 HS2012 4706
10 HS2017 4706
10.1 HS2002 470610
10.1 HS2002 470691
10.1 HS2002 470692
10.1 HS2002 470693
10.1 HS2007 470610
10.1 HS2007 470630
10.1 HS2007 470691
10.1 HS2007 470692
10.1 HS2007 470693
10.1 HS2012 470610
10.1 HS2012 470630
10.1 HS2012 470691
10.1 HS2012 470692
10.1 HS2012 470693
10.1 HS2017 470610
10.1 HS2017 470630
10.1 HS2017 470691
10.1 HS2017 470692
10.1 HS2017 470693
10.2 HS2002 470620
10.2 HS2007 470620
10.2 HS2012 470620
10.2 HS2017 470620
11 HS2002 4707
11 HS2007 4707
11 HS2012 4707
11 HS2017 4707
12 HS2002 4801
12 HS2002 4802
12 HS2002 4803
12 HS2002 4804
12 HS2002 4805
12 HS2002 4806
12 HS2002 4808
12 HS2002 4809
12 HS2002 4810
12 HS2002 481151
12 HS2002 481159
12 HS2002 4812
12 HS2002 4813
12 HS2007 4801
12 HS2007 4802
12 HS2007 4803
12 HS2007 4804
12 HS2007 4805
12 HS2007 4806
12 HS2007 4808
12 HS2007 4809
12 HS2007 4810
12 HS2007 481151
12 HS2007 481159
12 HS2007 4812
12 HS2007 4813
12 HS2012 4801
12 HS2012 4802
12 HS2012 4803
12 HS2012 4804
12 HS2012 4805
12 HS2012 4806
12 HS2012 4808
12 HS2012 4809
12 HS2012 4810
12 HS2012 481151
12 HS2012 481159
12 HS2012 4812
12 HS2012 4813
12 HS2017 4801
12 HS2017 4802
12 HS2017 4803
12 HS2017 4804
12 HS2017 4805
12 HS2017 4806
12 HS2017 4808
12 HS2017 4809
12 HS2017 4810
12 HS2017 481151
12 HS2017 481159
12 HS2017 4812
12 HS2017 4813
12.1 HS2002 4801
12.1 HS2002 480210
12.1 HS2002 480220
12.1 HS2002 480254
12.1 HS2002 480255
12.1 HS2002 480256
12.1 HS2002 480257
12.1 HS2002 480258
12.1 HS2002 480261
12.1 HS2002 480262
12.1 HS2002 480269
12.1 HS2002 4809
12.1 HS2002 481013
12.1 HS2002 481014
12.1 HS2002 481019
12.1 HS2002 481022
12.1 HS2002 481029
12.1 HS2007 4801
12.1 HS2007 480210
12.1 HS2007 480220
12.1 HS2007 480254
12.1 HS2007 480255
12.1 HS2007 480256
12.1 HS2007 480257
12.1 HS2007 480258
12.1 HS2007 480261
12.1 HS2007 480262
12.1 HS2007 480269
12.1 HS2007 4809
12.1 HS2007 481013
12.1 HS2007 481014
12.1 HS2007 481019
12.1 HS2007 481022
12.1 HS2007 481029
12.1 HS2012 4801
12.1 HS2012 480210
12.1 HS2012 480220
12.1 HS2012 480254
12.1 HS2012 480255
12.1 HS2012 480256
12.1 HS2012 480257
12.1 HS2012 480258
12.1 HS2012 480261
12.1 HS2012 480262
12.1 HS2012 480269
12.1 HS2012 4809
12.1 HS2012 481013
12.1 HS2012 481014
12.1 HS2012 481019
12.1 HS2012 481022
12.1 HS2012 481029
12.1 HS2017 4801
12.1 HS2017 480210
12.1 HS2017 480220
12.1 HS2017 480254
12.1 HS2017 480255
12.1 HS2017 480256
12.1 HS2017 480257
12.1 HS2017 480258
12.1 HS2017 480261
12.1 HS2017 480262
12.1 HS2017 480269
12.1 HS2017 4809
12.1 HS2017 481013
12.1 HS2017 481014
12.1 HS2017 481019
12.1 HS2017 481022
12.1 HS2017 481029
12.1.1 HS2002 4801
12.1.1 HS2007 4801
12.1.1 HS2012 4801
12.1.1 HS2017 4801
12.1.2 HS2002 480261
12.1.2 HS2002 480262
12.1.2 HS2002 480269
12.1.2 HS2007 480261
12.1.2 HS2007 480262
12.1.2 HS2007 480269
12.1.2 HS2012 480261
12.1.2 HS2012 480262
12.1.2 HS2012 480269
12.1.2 HS2017 480261
12.1.2 HS2017 480262
12.1.2 HS2017 480269
12.1.3 HS2002 480210
12.1.3 HS2002 480220
12.1.3 HS2002 480254
12.1.3 HS2002 480255
12.1.3 HS2002 480256
12.1.3 HS2002 480257
12.1.3 HS2002 480258
12.1.3 HS2007 480210
12.1.3 HS2007 480220
12.1.3 HS2007 480254
12.1.3 HS2007 480255
12.1.3 HS2007 480256
12.1.3 HS2007 480257
12.1.3 HS2007 480258
12.1.3 HS2012 480210
12.1.3 HS2012 480220
12.1.3 HS2012 480254
12.1.3 HS2012 480255
12.1.3 HS2012 480256
12.1.3 HS2012 480257
12.1.3 HS2012 480258
12.1.3 HS2017 480210
12.1.3 HS2017 480220
12.1.3 HS2017 480254
12.1.3 HS2017 480255
12.1.3 HS2017 480256
12.1.3 HS2017 480257
12.1.3 HS2017 480258
12.1.4 HS2002 4809
12.1.4 HS2002 481013
12.1.4 HS2002 481014
12.1.4 HS2002 481019
12.1.4 HS2002 481022
12.1.4 HS2002 481029
12.1.4 HS2007 4809
12.1.4 HS2007 481013
12.1.4 HS2007 481014
12.1.4 HS2007 481019
12.1.4 HS2007 481022
12.1.4 HS2007 481029
12.1.4 HS2012 4809
12.1.4 HS2012 481013
12.1.4 HS2012 481014
12.1.4 HS2012 481019
12.1.4 HS2012 481022
12.1.4 HS2012 481029
12.1.4 HS2017 4809
12.1.4 HS2017 481013
12.1.4 HS2017 481014
12.1.4 HS2017 481019
12.1.4 HS2017 481022
12.1.4 HS2017 481029
12.2 HS2002 4803
12.2 HS2007 4803
12.2 HS2012 4803
12.2 HS2017 4803
12.3 HS2002 480411
12.3 HS2002 480419
12.3 HS2002 480421
12.3 HS2002 480429
12.3 HS2002 480431
12.3 HS2002 480439
12.3 HS2002 480442
12.3 HS2002 480449
12.3 HS2002 480451
12.3 HS2002 480452
12.3 HS2002 480459
12.3 HS2002 480511
12.3 HS2002 480512
12.3 HS2002 480519
12.3 HS2002 480524
12.3 HS2002 480525
12.3 HS2002 480530
12.3 HS2002 480591
12.3 HS2002 480592
12.3 HS2002 480593
12.3 HS2002 480610
12.3 HS2002 480620
12.3 HS2002 480640
12.3 HS2002 4808
12.3 HS2002 481031
12.3 HS2002 481032
12.3 HS2002 481039
12.3 HS2002 481092
12.3 HS2002 481099
12.3 HS2002 481151
12.3 HS2002 481159
12.3 HS2007 480411
12.3 HS2007 480419
12.3 HS2007 480421
12.3 HS2007 480429
12.3 HS2007 480431
12.3 HS2007 480439
12.3 HS2007 480442
12.3 HS2007 480449
12.3 HS2007 480451
12.3 HS2007 480452
12.3 HS2007 480459
12.3 HS2007 480511
12.3 HS2007 480512
12.3 HS2007 480519
12.3 HS2007 480524
12.3 HS2007 480525
12.3 HS2007 480530
12.3 HS2007 480591
12.3 HS2007 480592
12.3 HS2007 480593
12.3 HS2007 480610
12.3 HS2007 480620
12.3 HS2007 480640
12.3 HS2007 4808
12.3 HS2007 481031
12.3 HS2007 481032
12.3 HS2007 481039
12.3 HS2007 481092
12.3 HS2007 481099
12.3 HS2007 481151
12.3 HS2007 481159
12.3 HS2012 480411
12.3 HS2012 480419
12.3 HS2012 480421
12.3 HS2012 480429
12.3 HS2012 480431
12.3 HS2012 480439
12.3 HS2012 480442
12.3 HS2012 480449
12.3 HS2012 480451
12.3 HS2012 480452
12.3 HS2012 480459
12.3 HS2012 480511
12.3 HS2012 480512
12.3 HS2012 480519
12.3 HS2012 480524
12.3 HS2012 480525
12.3 HS2012 480530
12.3 HS2012 480591
12.3 HS2012 480592
12.3 HS2012 480593
12.3 HS2012 480610
12.3 HS2012 480620
12.3 HS2012 480640
12.3 HS2012 4808
12.3 HS2012 481031
12.3 HS2012 481032
12.3 HS2012 481039
12.3 HS2012 481092
12.3 HS2012 481099
12.3 HS2012 481151
12.3 HS2012 481159
12.3 HS2017 480411
12.3 HS2017 480419
12.3 HS2017 480421
12.3 HS2017 480429
12.3 HS2017 480431
12.3 HS2017 480439
12.3 HS2017 480442
12.3 HS2017 480449
12.3 HS2017 480451
12.3 HS2017 480452
12.3 HS2017 480459
12.3 HS2017 480511
12.3 HS2017 480512
12.3 HS2017 480519
12.3 HS2017 480524
12.3 HS2017 480525
12.3 HS2017 480530
12.3 HS2017 480591
12.3 HS2017 480592
12.3 HS2017 480593
12.3 HS2017 480610
12.3 HS2017 480620
12.3 HS2017 480640
12.3 HS2017 4808
12.3 HS2017 481031
12.3 HS2017 481032
12.3 HS2017 481039
12.3 HS2017 481092
12.3 HS2017 481099
12.3 HS2017 481151
12.3 HS2017 481159
12.3.1 HS2002 480411
12.3.1 HS2002 480419
12.3.1 HS2002 480511
12.3.1 HS2002 480512
12.3.1 HS2002 480519
12.3.1 HS2002 480524
12.3.1 HS2002 480525
12.3.1 HS2002 480591
12.3.1 HS2007 480411
12.3.1 HS2007 480419
12.3.1 HS2007 480511
12.3.1 HS2007 480512
12.3.1 HS2007 480519
12.3.1 HS2007 480524
12.3.1 HS2007 480525
12.3.1 HS2007 480591
12.3.1 HS2012 480411
12.3.1 HS2012 480419
12.3.1 HS2012 480511
12.3.1 HS2012 480512
12.3.1 HS2012 480519
12.3.1 HS2012 480524
12.3.1 HS2012 480525
12.3.1 HS2012 480591
12.3.2 HS2002 480442
12.3.2 HS2002 480449
12.3.2 HS2002 480451
12.3.2 HS2002 480452
12.3.2 HS2002 480459
12.3.2 HS2002 480592
12.3.2 HS2002 481032
12.3.2 HS2002 481039
12.3.2 HS2002 481092
12.3.2 HS2002 481151
12.3.2 HS2002 481159
12.3.2 HS2007 480442
12.3.2 HS2007 480449
12.3.2 HS2007 480451
12.3.2 HS2007 480452
12.3.2 HS2007 480459
12.3.2 HS2007 480592
12.3.2 HS2007 481032
12.3.2 HS2007 481039
12.3.2 HS2007 481092
12.3.2 HS2007 481151
12.3.2 HS2007 481159
12.3.2 HS2012 480442
12.3.2 HS2012 480449
12.3.2 HS2012 480451
12.3.2 HS2012 480452
12.3.2 HS2012 480459
12.3.2 HS2012 480592
12.3.2 HS2012 481032
12.3.2 HS2012 481039
12.3.2 HS2012 481092
12.3.2 HS2012 481151
12.3.2 HS2012 481159
12.3.2 HS2017 480442
12.3.2 HS2017 480449
12.3.2 HS2017 480451
12.3.2 HS2017 480452
12.3.2 HS2017 480459
12.3.2 HS2017 480592
12.3.2 HS2017 481032
12.3.2 HS2017 481039
12.3.2 HS2017 481092
12.3.2 HS2017 481151
12.3.2 HS2017 481159
12.3.3 HS2002 480421
12.3.3 HS2002  480429
12.3.3 HS2002  480431
12.3.3 HS2002 480439
12.3.3 HS2002 480530
12.3.3 HS2002 480610
12.3.3 HS2002 480620
12.3.3 HS2002 480640
12.3.3 HS2002 4808
12.3.3 HS2002 481031
12.3.3 HS2002 481099
12.3.3 HS2007 480421
12.3.3 HS2007 480429
12.3.3 HS2007 480431
12.3.3 HS2007 480439
12.3.3 HS2007 480530
12.3.3 HS2007 480610
12.3.3 HS2007 480620
12.3.3 HS2007 480640
12.3.3 HS2007 4808
12.3.3 HS2007 481031
12.3.3 HS2007 481099
12.3.3 HS2012 480421
12.3.3 HS2012 480429
12.3.3 HS2012 480431
12.3.3 HS2012 480439
12.3.3 HS2012 480530
12.3.3 HS2012 480610
12.3.3 HS2012 480620
12.3.3 HS2012 480640
12.3.3 HS2012 4808
12.3.3 HS2012 481031
12.3.3 HS2012 481099
12.3.3 HS2017 480421
12.3.3 HS2017 480429
12.3.3 HS2017 480431
12.3.3 HS2017 480439
12.3.3 HS2017 480530
12.3.3 HS2017 480610
12.3.3 HS2017 480620
12.3.3 HS2017 480640
12.3.3 HS2017 4808
12.3.3 HS2017 481031
12.3.3 HS2017 481099
12.3.4 HS2002 480593
12.3.4 HS2007 480593
12.3.4 HS2012 480593
12.3.4 HS2017 480593
12.4 HS2002 480240
12.4 HS2002 480441
12.4 HS2002 480540
12.4 HS2002 480550
12.4 HS2002 480630
12.4 HS2002 4812
12.4 HS2002 4813
12.4 HS2007 480240
12.4 HS2007 480441
12.4 HS2007 480540
12.4 HS2007 480550
12.4 HS2007 480630
12.4 HS2007 4812
12.4 HS2007 4813
12.4 HS2012 480240
12.4 HS2012 480441
12.4 HS2012 480540
12.4 HS2012 480550
12.4 HS2012 480630
12.4 HS2012 4812
12.4 HS2012 4813
12.4 HS2017 480240
12.4 HS2017 480441
12.4 HS2017 480540
12.4 HS2017 480550
12.4 HS2017 480630
12.4 HS2017 4812
12.4 HS2017 4813
13.1 HS2002 440910
13.1 HS2002 440920 Only some part of it
13.1 HS2007 440910
13.1 HS2007 440929
13.1 HS2012 440910
13.1 HS2012 440929
13.1 HS2017 440910
13.1 HS2017 440922
13.1 HS2017 440929
13.1.C HS2002 440910
13.1.C HS2007 440910
13.1.C HS2012 440910
13.1.C HS2017 440910
13.1.NC HS2002 440920 Only some part of it
13.1.NC HS2007 440929
13.1.NC HS2012 440929
13.1.NC HS2017 440922
13.1.NC HS2017 440929
13.1.NC.T HS2002 440920 Only some part of it
13.1.NC.T HS2007 440929 Only some part of it
13.1.NC.T HS2012 440929 Only some part of it
13.1.NC.T HS2017 440922
13.2 HS2002 4415
13.2 HS2002 4416
13.2 HS2007 4415
13.2 HS2007 4416
13.2 HS2012 4415
13.2 HS2012 4416
13.2 HS2017 4415
13.2 HS2017 4416
13.3 HS2002 4414
13.3 HS2002 4419 Only some part of it
13.3 HS2002 4420
13.3 HS2007 4414
13.3 HS2007 4419 Only some part of it
13.3 HS2007 4420
13.3 HS2012 4414
13.3 HS2012 4419 Only some part of it
13.3 HS2012 4420
13.3 HS2017 4414
13.3 HS2017 441990
13.3 HS2017 4420
13.4 HS2002 441810
13.4 HS2002 441820
13.4 HS2002 441830
13.4 HS2002 441840
13.4 HS2002 441850
13.4 HS2002 441890 Only some part of it
13.4 HS2007 441810
13.4 HS2007 481820
13.4 HS2007 441840
13.4 HS2007 441850
13.4 HS2007 441860
13.4 HS2007 441871 Only some part of it
13.4 HS2007 441872 Only some part of it
13.4 HS2007 441879 Only some part of it
13.4 HS2007 441890 Only some part of it
13.4 HS2012 441810
13.4 HS2012 441820
13.4 HS2012 441840
13.4 HS2012 441850
13.4 HS2012 441860
13.4 HS2012 441871 Only some part of it
13.4 HS2012 441872 Only some part of it
13.4 HS2012 441879 Only some part of it
13.4 HS2012 441890 Only some part of it
13.4 HS2017 441810
13.4 HS2017 441820
13.4 HS2017 441840
13.4 HS2017 441850
13.4 HS2017 441860
13.4 HS2017 441874
13.4 HS2017 441875
13.4 HS2017 441879
13.4 HS2017 441899
13.5 HS2002 940161
13.5 HS2002 940169
13.5 HS2002 940190 Only some part of it
13.5 HS2002 940330
13.5 HS2002 940340
13.5 HS2002 940350
13.5 HS2002 940360
13.5 HS2002 940390 Only some part of it
13.5 HS2007 940161
13.5 HS2007 940169
13.5 HS2007 940190 Only some part of it
13.5 HS2007 940330
13.5 HS2007 940340
13.5 HS2007 940350
13.5 HS2007 940360
13.5 HS2007 940390 Only some part of it
13.5 HS2012 940161
13.5 HS2012 940169
13.5 HS2012 940190 Only some part of it
13.5 HS2012 940330
13.5 HS2012 940340
13.5 HS2012 940350
13.5 HS2012 940360
13.5 HS2012 940390 Only some part of it
13.5 HS2017 940161
13.5 HS2017 940169
13.5 HS2017 940190 Only some part of it
13.5 HS2017 940330
13.5 HS2017 940340
13.5 HS2017 940350
13.5 HS2017 940360
13.5 HS2017 940390 Only some part of it
13.6 HS2002 9406 Only some part of it
13.6 HS2007 9406 Only some part of it
13.6 HS2012 9406 Only some part of it
13.6 HS2017 940610
13.7 HS2002 4404
13.7 HS2002 4405
13.7 HS2002 4413
13.7 HS2002 4417
13.7 HS2002 442110
13.7 HS2002 442190 Only some part of it
13.7 HS2007 4404
13.7 HS2007 4405
13.7 HS2007 4413
13.7 HS2007 4417
13.7 HS2007 442110
13.7 HS2007 442190 Only some part of it
13.7 HS2012 4404
13.7 HS2012 4405
13.7 HS2012 4413
13.7 HS2012 4417
13.7 HS2012 442110
13.7 HS2012 442190 Only some part of it
13.7 HS2017 4404
13.7 HS2017 4405
13.7 HS2017 4413
13.7 HS2017 4417
13.7 HS2017 442110
13.7 HS2017 442199
14.1 HS2002 4807
14.1 HS2007 4807
14.1 HS2012 4807
14.1 HS2017 4807
14.2 HS2002 481110
14.2 HS2002 481141
14.2 HS2002 481149
14.2 HS2002 481160
14.2 HS2002 481190
14.2 HS2007 481110
14.2 HS2007 481141
14.2 HS2007 481149
14.2 HS2007 481160
14.2 HS2007 481190
14.2 HS2012 481110
14.2 HS2012 481141
14.2 HS2012 481149
14.2 HS2012 481160
14.2 HS2012 481190
14.2 HS2017 481110
14.2 HS2017 481141
14.2 HS2017 481149
14.2 HS2017 481160
14.2 HS2017 481190
14.3 HS2002 4818
14.3 HS2007 4818
14.3 HS2012 4818
14.3 HS2017 4818
14.4 HS2002 4819
14.4 HS2007 4819
14.4 HS2012 4819
14.4 HS2017 4819
14.5 HS2002 4814
14.5 HS2002 4816
14.5 HS2002 4817
14.5 HS2002 4820
14.5 HS2002 4821
14.5 HS2002 4822
14.5 HS2002 4823
14.5 HS2007 4814
14.5 HS2007 4816
14.5 HS2007 4817
14.5 HS2007 4820
14.5 HS2007 4821
14.5 HS2007 4822
14.5 HS2007 4823
14.5 HS2012 4814
14.5 HS2012 4816
14.5 HS2012 4817
14.5 HS2012 4820
14.5 HS2012 4821
14.5 HS2012 4822
14.5 HS2012 4823
14.5 HS2017 4814
14.5 HS2017 4816
14.5 HS2017 4817
14.5 HS2017 4820
14.5 HS2017 4821
14.5 HS2017 4822
14.5 HS2017 4823
14.5.1 HS2002 482390 Only some part of it
14.5.1 HS2007 482390 Only some part of it
14.5.1 HS2012 482390 Only some part of it
14.5.1 HS2017 482390 Only some part of it
14.5.2 HS2002 482370
14.5.2 HS2007 482370
14.5.2 HS2012 482370
14.5.2 HS2017 482370
14.5.3 HS2002 482320
14.5.3 HS2007 482320
14.5.3 HS2012 482320
14.5.3 HS2017 482320
12.6 HS2002 482110 Only some part of it
12.6 HS2002 482190 Only some part of it
12.6 HS2002 482210 Only some part of it
12.6 HS2002 482290 Only some part of it
12.6 HS2002 482312 Only some part of it
12.6 HS2002 482319 Only some part of it
12.6 HS2002 482320 Only some part of it
12.6 HS2002 482340 Only some part of it
12.6 HS2002 482360 Only some part of it
12.6 HS2002 482370 Only some part of it
12.6 HS2002 482390 Only some part of it
12.6 HS2002 480210 Only some part of it
12.6 HS2002 480220 Only some part of it
12.6 HS2002 480230 Only some part of it
12.6 HS2002 480240 Only some part of it
12.6 HS2002 480254 Only some part of it
12.6 HS2002 480255 Only some part of it
12.6 HS2002 480256 Only some part of it
12.6 HS2002 480257 Only some part of it
12.6 HS2002 480258 Only some part of it
12.6 HS2002 480261 Only some part of it
12.6 HS2002  480262 Only some part of it
12.6 HS2002  480269 Only some part of it
12.6 HS2002 481013 Only some part of it
12.6 HS2002 481014 Only some part of it
12.6 HS2002 481019 Only some part of it
12.6 HS2002 481022 Only some part of it
12.6 HS2002 481029 Only some part of it
12.6 HS2002 481031 Only some part of it
12.6 HS2002 481032 Only some part of it
12.6 HS2002 481039 Only some part of it
12.6 HS2002 481092 Only some part of it
12.6 HS2002  481099 Only some part of it
12.6 HS2007 481410
12.6 HS2007 481420
12.6 HS2007 481490
12.6 HS2007 481710
12.6 HS2007 481720
12.6 HS2007 481730
12.6 HS2007 482010
12.6 HS2007 482020
12.6 HS2007 482030
12.6 HS2007 482040
12.6 HS2007 482050
12.6 HS2007 482090
12.6 HS2007 482110
12.6 HS2007 482190
12.6 HS2007 482210
12.6 HS2007 482290
12.6 HS2007 482320
12.6 HS2007 482340
12.6 HS2007 482361
12.6 HS2007 482369
12.6 HS2007 482370
12.6 HS2007 482390
12.6 HS2012 481420
12.6 HS2012 481490
12.6 HS2012 481710
12.6 HS2012 481720
12.6 HS2012 481730
12.6 HS2012 482020
12.6 HS2012 482030
12.6 HS2012 482040
12.6 HS2012 482050
12.6 HS2012 482090
12.6 HS2012 482110
12.6 HS2012 482190
12.6 HS2012 482210
12.6 HS2012 482290
12.6 HS2012 482320
12.6 HS2012 482340
12.6 HS2012 482361
12.6 HS2012 482369
12.6 HS2012 482370
12.6 HS2012 482390
12.6.1 HS2002 480210 Only some part of it
12.6.1 HS2002 480220 Only some part of it
12.6.1 HS2002 480230 Only some part of it
12.6.1 HS2002 480240 Only some part of it
12.6.1 HS2002 480254 Only some part of it
12.6.1 HS2002 480255 Only some part of it
12.6.1 HS2002 480256 Only some part of it
12.6.1 HS2002 480257 Only some part of it
12.6.1 HS2002 480258 Only some part of it
12.6.1 HS2002 480261 Only some part of it
12.6.1 HS2002  480262 Only some part of it
12.6.1 HS2002  480269 Only some part of it
12.6.1 HS2002 481013 Only some part of it
12.6.1 HS2002 481014 Only some part of it
12.6.1 HS2002 481019 Only some part of it
12.6.1 HS2002 481022 Only some part of it
12.6.1 HS2002 481029 Only some part of it
12.6.1 HS2002 481031 Only some part of it
12.6.1 HS2002 481032 Only some part of it
12.6.1 HS2002 481039 Only some part of it
12.6.1 HS2002 481092 Only some part of it
12.6.1 HS2002  481099 Only some part of it
12.6.1 HS2002 482390 Only some part of it
12.6.1 HS2007 482390 Only some part of it
12.6.1 HS2012 482390 Only some part of it
12.6.2 HS2002 482370
12.6.2 HS2007 482370
12.6.2 HS2012 482370
12.6.3 HS2002 482320
12.6.3 HS2007 482320
12.6.3 HS2012 482320

Conversion factors

JFSQ
JOINT FOREST SECTOR QUESTIONNAIRE
Conversion Factors
NOTE THESE ARE ONLY GENERAL FACTORS. IT WOULD BE PREFERABLE TO USE SPECIES- OR COUNTRY-SPECIFIC FACTORS
Multiply the quantity expressed in units on the right side of "per" with the factor to get the value expressed in units on left side of "per".
Items in BOLD RED text were added to the JFSQ in February 2023
Product Code Product JFSQ Quantity Unit Results from UNECE/FAO/ITTO 2020 publication "Forest Product Conversion Factors" UNECE/FAO Engineered Wood Products Questionnaire (last revised 2020) Results from UNECE/FAO 2009 Conversion Factors Questionnaire (median) FAO and UNECE Statistical Publications (Pre-2009)
volume to weight volume/weight of finished product to volume of roundwood Notes to Results volume to weight Notes to Results volume to weight volume/weight of finished product to volume of roundwood Notes to Results volume to weight volume to area volume/weight of finished product to volume of roundwood
m3 per MT m3 per MT m3 per MT Roundwood equivalent Roundwood equivalent Roundwood equivalent m3 per MT m3 per MT Roundwood equivalent m3 per MT m3 per m2 Roundwood
equivalent
Europe NA** EECCA** Europe NA** EECCA**
1 ROUNDWOOD (WOOD IN THE ROUGH) 1000 m3 ub
1.1 WOOD FUEL, INCLUDING WOOD FOR CHARCOAL 1000 m3 ub 1.38
1.1.C Coniferous 1000 m3 ub 1.64 typical shipping weight Green = 1.12 Based on 891 kg/m3 green, basic density of .41, and 20% moisture seasoned 1.60
1000 m3 ub Seasoned = 1.82 Based on 407 kg/m3 dry, assuming 20% moisture
1.1.NC Non-Coniferous 1000 m3 ub 1.11 typical shipping weight Green=1.05 Based on 1137 kg/m3 green, specific gravity of .55, and 20% moisture seasoned 1.33
1000 m3 ub Seasoned=1.43
1.2 INDUSTRIAL ROUNDWOOD 1000 m3 ub
1.2.C Coniferous 1000 m3 ub 1.11 1.08 1.27 Averaged pulp and log 1.10 Based on 50/50 ratio of share of logs/pulpwood in industrial roundwood
1.2.C.Fir Fir (and Spruce) 1000 m3 ub 1.21 Austrian Energy Agency, 2009. weighted by share of standing inventory of European speices (57% spruce, 10% silver fir and remaining species)
1.2.C.Pine Pine 1000 m3 ub 1.08 Austrian Energy Agency, 2009, weighted 25% Scots Pine, 2% maritime pine, 2% black pine and remaining species
1.2.NC Non-Coniferous 1000 m3 ub 0.98 1.02 1.15 0.91 Based on 50/50 ratio of share of logs/pulpwood in industrial roundwood
1.2.NC.T of which:Tropical 1000 m3 ub AFRICA=1.31, ASIA=0.956, LA. AM= 0.847, World=1.12 Source: Fonseca "Measurement of Roundwood" 2005, ITTO Annual Review 2007, table 3-2-a Species weight averaged using m3/tonne from Fonseca 2005 and volume exported by species from each region as shown in ITTO 2007 (assumes that bark is removed) 1.37
1.2.1 SAWLOGS AND VENEER LOGS 1000 m3 ub 1.04 0.96 1.12 Averaged C & NC 1.05 Based on 950 kg/m3 green. Bark is included in weight but not in volume.
1.2.1.C Coniferous 1000 m3 ub 1.10 1.00 1.19 1.07 Based on 935 kg/m3 green. Bark is included in weight but not in volume. 1.43
1.2.1.NC Non-Coniferous 1000 m3 ub 0.97 0.92 1.04 0.91 Based on 1093 kg/m3 green. Bark is included in weight but not in volume. 1.25
1.2.NC.Beech Beech 1000 m3 ub 0.92 Austrian Energy Agency, 2009
1.2.NC.Birch Birch 1000 m3 ub 0.88 Austrian Energy Agency, 2009
1.2.NC.Eucalyptus Eucalyptus 1000 m3 ub 0.77 ATIBT, 1982
1.2.NC.Oak Oak 1000 m3 ub 0.88 Austrian Energy Agency, 2009
1.2.NC.Poplar Poplar 1000 m3 ub 1.06 Austrian Energy Agency, 2009
1.2.2 PULPWOOD (ROUND & SPLIT) 1000 m3 ub 1.05 1.14 1.30 Averaged C & NC 1.08 Based on 930 kg/m3 green. Bark is included in weight but not in volume. 1.48
1.2.2.C Coniferous 1000 m3 ub 1.11 1.16 1.35 1.12 Based on 891 kg/m3 green. Bark is included in weight but not in volume. 1.54
1.2.2.NC Non-Coniferous 1000 m3 ub 0.98 1.11 1.25 0.91 Based on 1095 kg/m3 green. Bark is included in weight but not in volume. 1.33
1.2.3 OTHER INDUSTRIAL ROUNDWOOD 1000 m3 ub 1.07 1.33
1.2.3.C Coniferous 1000 m3 ub 1.11 1.16 1.35 used pulpwood data 1.12 same as 1.2.2.C 1.43
1.2.3.NC Non-Coniferous 1000 m3 ub 0.98 1.11 1.25 0.91 same as 1.2.2.NC 1.25
2 WOOD CHARCOAL 1000 MT 6 m3rw/tonne 5.35 Does not include the use of any of the wood fiber to generate the heat to make (add about 30% if inputted wood fiber used to provide heat) 6.00
3 WOOD CHIPS, PARTICLES AND RESIDUES 1000 m3
3.1 WOOD CHIPS AND PARTICLES 1000 m3 1.205 1.07 1.21 1.08 m3 /MT = green swe per odmt / avg delivered tonne/odmt, rwe= +1% softwood=1.19 1.205 Based on swe/odmt of 2.41 and avg delivered mt / odmt of 2.0 in solid m3 1.60
1000 m3 hardwood = 1.05 1.123 Based on swe/odmt of 2.01 and avg delivered mt / odmt of 1.79 in solid m3
1000 m3 Woodchip, Green swe to oven-dry tonne m3/odmt mix = 1.15
3.2 WOOD RESIDUES 1000 m3 1.205 1.07 1.21 1.08 Based on wood chips Green=1.15 Based on wood chips 1.50
1000 m3 2.12 2.07 Seasoned = 2.12 2.07 Assumption for seasoned is based on average basic density of .42 from questionnaire and assumes 15% moisture content
3.2.1 of which: SAWDUST 1000 m3 1.205 1.07 1.21 1.08 Based on wood chips
4 RECOVERED POST-CONSUMER WOOD 1000 mt Delivered MT (12-20% atmospheric moisture). Convert to dry weight for energy purposes (multiply by 0.88 - 0.80)
5 WOOD PELLETS AND OTHER AGGLOMERATES 1000 MT
5.1 WOOD PELLETS 1000 MT 1.54 1.45 1.54 1.51 1.44 nodata m3/ton - bulk density, loose volume, 5-10% mcw- Equivalent - solid wood imput to bulk m3 pellets 1.51 1.44 Bulk (loose) volume, 5-10% moisture
5.2 OTHER AGGLOMERATES 1000 MT 1.12 nodata nodata 2.32 nodata nodata m3/ton - Pressed logs and briquettes, bulk density, loose volume. Equivalent - m3rw/odmt 1.31 2.29 roundwood equivalent is m3rw/odmt, volume to weight is bulk (loose volume)
6 SAWNWOOD 1000 m3 1.6 / 1.82*
6.C Coniferous 1000 m3 1.202 1.69 1.62 1.85 m3/ton - Average Sawnwood shipping weight. Equivalent - Sawnwood green rough Green=1.202 RoughGreen=1.67 Green sawnwood based on basic density of .94, less bark (11%) 1.82
1000 m3 1.82 1.72 Nodata 2 1.69 2.05 Sawnwood dry rough Dry = 1.99 RoughDry=1.99 Dry sawnwood weight based on basic density of .42, 4% shrinkage and 15% moisture content
1000 m3 2.26 2.08 nodata Sawnwood dry planed PlanedDry=2.13
6.C.Fir Fir and Spruce 1000 m3 2.16 Austrian Energy Agency, 2009. Dried weight (15% moisture content dry weight). Weighted ratio of standing inventory.
6.C.Pine Pine 1000 m3 1.72 Austrian Energy Agency, 2009. Dried weight (15% moisture content dry weight). Weighted ratio of standing inventory.
6.NC Non-Coniferous 1000 m3 1.04 1.89 1.79 nodata Sawnwood green rough Green=1.04 RoughGreen=1.86 Green sawnwood based on basic density of 1.09, less bark (12%) 1.43
1000 m3 1.43 nodata nodata 2.01 1.92 nodata m3/ton - Average Sawnwood shipping weight. Equivalent - Sawnwood green rough Seasoned=1.50 RoughDry=2.01 Dry sawnwood weight based on basic density of .55, 5% shrinkage and 15% moisture content
1000 m3 3.25 3.38 nodata Sawnwood dry planed PlanedDry=2.81
6.NC.Ash Ash 1000 m3 1.47 Wood Database (wood-database.com). Air-dry.
6.NC.Beech Beech 1000 m3 1.42 Austrian Energy Agency, 2009. Dried weight (15% moisture content dry weight).
6.NC.Birch Birch 1000 m3 1.47 Austrian Energy Agency, 2009. Dried weight (15% moisture content dry weight).
6.NC.Cherry Cherry 1000 m3 1.62 Giordano, 1976, Tecnologia del legno. Air-dry. Prunus avium.
6.NC.Maple Maple 1000 m3 1.35 Giordano, 1976, Tecnologia del legno. Air-dry
6.NC.Oak Oak 1000 m3 1.38 Austrian Energy Agency, 2009. Dried weight (15% moisture content dry weight).
6.NC.Poplar Poplar 1000 m3 2.29 Austrian Energy Agency, 2009. Dried weight (15% moisture content dry weight).
6.NC.T of which:Tropical 1000 m3 1.38 Based on FP Conversion Factors (2019), Asia (720 kg / m3)
7 VENEER SHEETS 1000 m3 1.33 0.0025 1.9*
7.C Coniferous 1000 m3 1.05 1.95 1.5 Green veneer based on the ratio from the old conversion factors Green=1.20 1.5*** Green veneer based on basic density of .94, less bark (11%) 0.003
1000 m3 1.8 nodata nodata 2.08 1.6 nodata m3/ton - Average panel shipping weight; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product Seasoned=2.06 1.6*** Dry veneer weight based on basic density of .42, 9% shrinkage and 5% moisture content
7.NC Non-Coniferous 1000 m3 1.15 nodata nodata 2.11 1.89 Green veneer based on the ratio from the old conversion factors Green=1.04 1.5*** Green veneer based on basic density of 1.09, less bark (11%) 0.001
1000 m3 1.7 nodata nodata 2.25 2 nodata m3/ton - Average panel shipping weight; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product Seasoned=1.53 1.6*** Dry veneer weight based on basic density of .55, 11.5% shrinkage and 5% moisture content
7.NC.T of which:Tropical 1000 m3
8 WOOD-BASED PANELS 1000 m3 1.6
8.1 PLYWOOD 1000 m3 1.54 0.105 2.3*
8,1.C Coniferous 1000 m3 1.67 Nodata Nodata 2.16 1.92 nodata 1.69 2.12 dried, sanded, peeled 0.0165***
8.1.NC Non-Coniferous 1000 m3 1.54 Nodata Nodata 2.54 2.14 nodata 1.54 1.92 dried, sanded, sliced 0.0215***
8.1.NC.T of which:Tropical 1000 m3
8.1.1 of which: LAMINATED VENEER LUMBER 1000 m3 1.69 Same as coniferous plywood
8.1.1.C Coniferous 1000 m3 1.69 Same as coniferous plywood
8.1.1.NC Non-Coniferous 1000 m3 no data
8.1.1.NC.T of which:Tropical 1000 m3 no data
8.2 PARTICLE BOARD (including OSB) 1000 m3 1.54
8.2x PARTICLE BOARD (excluding OSB) 1000 m3 1.54 Nodata Nodata 1.51 1.54 nodata m3/ton - Based on Product based density; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product. 1.53 1.50 0.018***
8.2.1 of which: OSB 1000 m3 1.64 Nodata Nodata 1.72 1.63 nodata m3/ton - Based on Product based density; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product. 1.67 1.63 0.018***
8.3 FIBREBOARD 1000 m3 nodata nodata nodata m3/ton - Based on Product based density; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product.
8.3.1 HARDBOARD 1000 m3 1.06 Nodata Nodata 2.2 1.77 nodata m3/ton - Based on Product based density; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product. 1.06 1.93 solid wood per m3 of product 1.05 0.005
Alex McCusker: Alex McCusker: 0.003 per Conversion Factors Study
8.3.2 MEDIUM/HIGH DENSITY FIBREBOARD (MDF/HDF) 1000 m3 1.35 Nodata Nodata 1.80 1.53 nodata m3/ton - Based on Product based density; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product. 1.37 1.70 solid wood per m3 of product 2.00 0.016
8.3.3 OTHER FIBREBOARD 1000 m3 3.85 Nodata Nodata 0.68 0.71 nodata m3/ton - Based on Product based density; Roundwood equivalent - m3rw = cubic metre roundwood, m3p = cubic metre product. 3.44 0.71 solid wood per m3 of product, mostly insulating board 4.00 0.025
9 WOOD PULP 1000 MT 3.7 nodata 3.76 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 3.86 3.37
9.1 MECHANICAL AND SEMI-CHEMICAL 1000 MT 2.59 2.45 2.94 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 2.60 air-dried metric ton (mechanical 2.50, semi-chemical 2.70)
9..2 CHEMICAL 1000 MT 4.80 4.29 4.10 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.90
9.2.1 SULPHATE 1000 MT 4.50 nodata 4.60 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.57 air-dried metric ton (unbleached 4.63, bleached 4.50)
9.2.1.1 of which: bleached 1000 MT 4.50 nodata 4.90 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.50 air-dried metric ton
9.2.2 SULPHITE 1000 MT 4.73 nodata 4.15 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.83 air-dried metric ton (unbleached 4.64 and bleached 5.01)
9.3 DISSOLVING GRADES 1000 MT 4.46 nodata nodata m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 5.65 air-dried metric ton
10 OTHER PULP 1000 MT nodata nodata nodata m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis)
10.1 PULP FROM FIBRES OTHER THAN WOOD 1000 MT nodata nodata nodata m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis)
10.2 RECOVERED FIBRE PULP 1000 MT nodata nodata nodata m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis)
11 RECOVERED PAPER 1000 MT nodata nodata nodata m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 1.28 MT in per MT out
12 PAPER AND PAPERBOARD 1000 MT 3.85 nodata 4.15 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 3.6 3.37
12.1 GRAPHIC PAPERS 1000 MT nodata nodata nodata
12.1.1 NEWSPRINT 1000 MT 2.80 2.50 3.15 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 2.80 air-dried metric ton
12.1.2 UNCOATED MECHANICAL 1000 MT 3.50 nodata 4.00 3.50 air-dried metric ton
12.1.3 UNCOATED WOODFREE 1000 MT nodata nodata nodata
12.1.4 COATED PAPERS 1000 MT 3.50 nodata 4.00 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 3.95 air-dried metric ton
12.2 SANITARY AND HOUSEHOLD PAPERS 1000 MT 4.60 nodata 4.20 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.90 air-dried metric ton
12.3 PACKAGING MATERIALS 1000 MT 3.25 nodata 4.30 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 3.25 air-dried metric ton
12.3.1 CASE MATERIALS 1000 MT 4.20 nodata 4.00 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.20 air-dried metric ton
12.3.2 CARTONBOARD 1000 MT 4.00 nodata 4.30 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.00 air-dried metric ton
12.3.3 WRAPPING PAPERS 1000 MT 4.10 nodata 4.40 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.10 air-dried metric ton
12.3.4 OTHER PAPERS MAINLY FOR PACKAGING 1000 MT 4.00 nodata 3.30 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 4.00 air-dried metric ton
12.4 OTHER PAPER AND PAPERBOARD N.E.S 1000 MT 3.48 nodata 3.30 m3sw/MT, where m3sw = cubic metre solid wood, and MT = tonne (in this case assumed air-dry – 10% moisture, wet basis) 3.48 air-dried metric ton
15 GLULAM AND CROSS-LAMINATED TIMBER 1000 m3
15.1 GLULAM 1000 m3 1.69 same as coniferous plywood
15.2 CROSS-LAMINATED TIMBER 1000 m3 2.00
16 I-BEAMS 1000 MT 1.68 222 linear meters per MT
For inverse relationships divide 1 by the factor given, e.g. to convert m3 of wood charcoal to mt divide 1 by m3/mt factor of 6 = 0.167
Notes: Forest Measures
MT = metric tonnes (1000 kg) Unit m3/unit
m3 = cubic meters (solid volume) 1000 board feet (sawlogs) 4.53**** **** = obsolete - more recent figures would be:
m2 = square meters 1000 board feet (sawnwood - nominal) 2.36 for Oregon, Washington State, Alaska (west of Cascades), South East United States (Doyle region): 6.3
(s) = solid volume 1000 board feet (sawnwood - actual) 1.69 Inland Western North America, Great Lakes (North America), Eastern Canada: 5.7
1000 square feet (1/8 inch thickness) 0.295 Northeast United States Int 1/4": 5
Unit Conversion cord 3.625
1 inch = 25.4 millimetres cord (pulpwood) 2.55
1 square foot = 0.0929 square metre cord (wood fuel) 2.12
1 pound = 0.454 kilograms cubic foot 0.02832
1 short ton (2000 pounds) = 0.9072 metric ton cubic foot (stacked) 0.01841
1 long ton (2240 pounds) = 1.016 metric ton cunit 2.83
Bold = FAO published figure fathom 6.1164
hoppus cubic foot 0.0222
* = ITTO hoppus super(ficial) foot 0.00185
hoppus ton (50 hoppus cubic feet) 1.11
** NA = North America; EECCA = Eastern Europe, Caucasus and Central Asia Petrograd Standard 4.672
stere 1
*** = Conversion Factor Study, US figures, rotary for conifer and sliced for non-conifer stere (pulpwood) 0.72
stere (wood fuel) 0.65
Fonseca "Measurement of Roundwood" 2005. Estimated by Matt Fonseca based on regional knowledge of the scaling methods and timber types
prepared February 2004
updated 2007 with RWE factors
updated 2009 with provisional results of forest products conversion factors study
updated 2011 with results of forest products conversion factors study (DP49)
updated 2023 with results of 2019 UNECE/FAO/ITTO study - https://www.fao.org/documents/card/en/c/ca7952en

Flatfile

geo stk_flow time prod_wd treespec unit obs_value obs_flag
IE PRD 2021 RW_OB TOTAL THS_M3 4334
IE PRD 2021 RW_FW_OB TOTAL THS_M3 242
IE PRD 2021 RW_FW_OB CONIF THS_M3 231
IE PRD 2021 RW_FW_OB NCONIF THS_M3 11
IE PRD 2021 RW_IN_OB TOTAL THS_M3 4092
IE PRD 2021 RW_IN_OB CONIF THS_M3 4077
IE PRD 2021 RW_IN_OB NCONIF THS_M3 15
IE PRD 2021 RW_IN_OB NC_TRO THS_M3 0
IE PRD 2021 RW_IN_LG_OB TOTAL THS_M3 2869
IE PRD 2021 RW_IN_LG_OB CONIF THS_M3 2860
IE PRD 2021 RW_IN_LG_OB NCONIF THS_M3 9
IE PRD 2021 RW_IN_PW_OB TOTAL THS_M3 1094
IE PRD 2021 RW_IN_PW_OB CONIF THS_M3 1089
IE PRD 2021 RW_IN_PW_OB NCONIF THS_M3 5
IE PRD 2021 RW_IN_O_OB TOTAL THS_M3 129
IE PRD 2021 RW_IN_O_OB CONIF THS_M3 128
IE PRD 2021 RW_IN_O_OB NCONIF THS_M3 1
IE PRD 2022 RW_OB TOTAL THS_M3 4141
IE PRD 2022 RW_FW_OB TOTAL THS_M3 264
IE PRD 2022 RW_FW_OB CONIF THS_M3 249
IE PRD 2022 RW_FW_OB NCONIF THS_M3 15
IE PRD 2022 RW_IN_OB TOTAL THS_M3 3877
IE PRD 2022 RW_IN_OB CONIF THS_M3 3863
IE PRD 2022 RW_IN_OB NCONIF THS_M3 14
IE PRD 2022 RW_IN_OB NC_TRO THS_M3 0
IE PRD 2022 RW_IN_LG_OB TOTAL THS_M3 2648
IE PRD 2022 RW_IN_LG_OB CONIF THS_M3 2640
IE PRD 2022 RW_IN_LG_OB NCONIF THS_M3 8
IE PRD 2022 RW_IN_PW_OB TOTAL THS_M3 1109
IE PRD 2022 RW_IN_PW_OB CONIF THS_M3 1105
IE PRD 2022 RW_IN_PW_OB NCONIF THS_M3 4
IE PRD 2022 RW_IN_O_OB TOTAL THS_M3 120
IE PRD 2022 RW_IN_O_OB CONIF THS_M3 118
IE PRD 2022 RW_IN_O_OB NCONIF THS_M3 2
IE PRD 2021 RW TOTAL THS_M3
IE PRD 2021 RW_FW TOTAL THS_M3
IE PRD 2021 RW_FW CONIF THS_M3
IE PRD 2021 RW_FW NCONIF THS_M3
IE PRD 2021 RW_IN TOTAL THS_M3
IE PRD 2021 RW_IN CONIF THS_M3
IE PRD 2021 RW_IN NCONIF THS_M3
IE PRD 2021 RW_IN NC_TRO THS_M3
IE PRD 2021 RW_IN_LG TOTAL THS_M3
IE PRD 2021 RW_IN_LG CONIF THS_M3
IE PRD 2021 RW_IN_LG NCONIF THS_M3
IE PRD 2021 RW_IN_PW TOTAL THS_M3
IE PRD 2021 RW_IN_PW CONIF THS_M3
IE PRD 2021 RW_IN_PW NCONIF THS_M3
IE PRD 2021 RW_IN_O TOTAL THS_M3
IE PRD 2021 RW_IN_O CONIF THS_M3
IE PRD 2021 RW_IN_O NCONIF THS_M3
IE PRD 2021 CHA TOTAL THS_T
IE PRD 2021 CHP_RES TOTAL THS_M3
IE PRD 2021 CHP TOTAL THS_M3
IE PRD 2021 RES TOTAL THS_M3
IE PRD 2021 RES_SWD TOTAL THS_M3
IE PRD 2021 RCW TOTAL THS_T
IE PRD 2021 PEL_AGG TOTAL THS_T
IE PRD 2021 PEL TOTAL THS_T
IE PRD 2021 AGG TOTAL THS_T
IE PRD 2021 SN TOTAL THS_M3
IE PRD 2021 SN CONIF THS_M3
IE PRD 2021 SN NCONIF THS_M3
IE PRD 2021 SN NC_TRO THS_M3
IE PRD 2021 PN_VN TOTAL THS_M3
IE PRD 2021 PN_VN CONIF THS_M3
IE PRD 2021 PN_VN NCONIF THS_M3
IE PRD 2021 PN_VN NC_TRO THS_M3
IE PRD 2021 PN TOTAL THS_M3
IE PRD 2021 PN_PY TOTAL THS_M3
IE PRD 2021 PN_PY CONIF THS_M3
IE PRD 2021 PN_PY NCONIF THS_M3
IE PRD 2021 PN_PY NC_TRO THS_M3
IE PRD 2021 PN_PY_LVL TOTAL THS_M3
IE PRD 2021 PN_PY_LVL CONIF THS_M3
IE PRD 2021 PN_PY_LVL NCONIF THS_M3
IE PRD 2021 PN_PY_LVL NC_TRO THS_M3
IE PRD 2021 PN_PB TOTAL THS_M3
IE PRD 2021 PN_PB_OSB TOTAL THS_M3
IE PRD 2021 PN_FB TOTAL THS_M3
IE PRD 2021 PN_FB_HB TOTAL THS_M3
IE PRD 2021 PN_FB_MDF TOTAL THS_M3
IE PRD 2021 PN_FB_O TOTAL THS_M3
IE PRD 2021 PL TOTAL THS_T
IE PRD 2021 PL_MC_SCH TOTAL THS_T
IE PRD 2021 PL_CH TOTAL THS_T
IE PRD 2021 PL_CH_SA TOTAL THS_T
IE PRD 2021 PL_CH_SAB TOTAL THS_T
IE PRD 2021 PL_CH_SI TOTAL THS_T
IE PRD 2021 PL_DS TOTAL THS_T
IE PRD 2021 PLO TOTAL THS_T
IE PRD 2021 PLO_NW TOTAL THS_T
IE PRD 2021 PLO_RC TOTAL THS_T
IE PRD 2021 RCP TOTAL THS_T
IE PRD 2021 PP TOTAL THS_T
IE PRD 2021 PP_GR TOTAL THS_T
IE PRD 2021 PP_GR_NP TOTAL THS_T
IE PRD 2021 PP_GR_MC TOTAL THS_T
IE PRD 2021 PP_GR_NW TOTAL THS_T
IE PRD 2021 PP_GR_CO TOTAL THS_T
IE PRD 2021 PP_HS TOTAL THS_T
IE PRD 2021 PP_PK TOTAL THS_T
IE PRD 2021 PP_PK_CS TOTAL THS_T
IE PRD 2021 PP_PK_CB TOTAL THS_T
IE PRD 2021 PP_PK_WR TOTAL THS_T
IE PRD 2021 PP_PK_O TOTAL THS_T
IE PRD 2021 PP_O TOTAL THS_T
IE PRD 2021 GLT_CLT TOTAL THS_M3
IE PRD 2021 GLT TOTAL THS_M3
IE PRD 2021 CLT TOTAL THS_M3
IE PRD 2021 I_BEAMS TOTAL THS_T
IE PRD 2022 RW TOTAL THS_M3
IE PRD 2022 RW_FW TOTAL THS_M3
IE PRD 2022 RW_FW CONIF THS_M3
IE PRD 2022 RW_FW NCONIF THS_M3
IE PRD 2022 RW_IN TOTAL THS_M3
IE PRD 2022 RW_IN CONIF THS_M3
IE PRD 2022 RW_IN NCONIF THS_M3
IE PRD 2022 RW_IN NC_TRO THS_M3
IE PRD 2022 RW_IN_LG TOTAL THS_M3
IE PRD 2022 RW_IN_LG CONIF THS_M3
IE PRD 2022 RW_IN_LG NCONIF THS_M3
IE PRD 2022 RW_IN_PW TOTAL THS_M3
IE PRD 2022 RW_IN_PW CONIF THS_M3
IE PRD 2022 RW_IN_PW NCONIF THS_M3
IE PRD 2022 RW_IN_O TOTAL THS_M3
IE PRD 2022 RW_IN_O CONIF THS_M3
IE PRD 2022 RW_IN_O NCONIF THS_M3
IE PRD 2022 CHA TOTAL THS_T
IE PRD 2022 CHP_RES TOTAL THS_M3
IE PRD 2022 CHP TOTAL THS_M3
IE PRD 2022 RES TOTAL THS_M3
IE PRD 2022 RES_SWD TOTAL THS_M3
IE PRD 2022 RCW TOTAL THS_T
IE PRD 2022 PEL_AGG TOTAL THS_T
IE PRD 2022 PEL TOTAL THS_T
IE PRD 2022 AGG TOTAL THS_T
IE PRD 2022 SN TOTAL THS_M3
IE PRD 2022 SN CONIF THS_M3
IE PRD 2022 SN NCONIF THS_M3
IE PRD 2022 SN NC_TRO THS_M3
IE PRD 2022 PN_VN TOTAL THS_M3
IE PRD 2022 PN_VN CONIF THS_M3
IE PRD 2022 PN_VN NCONIF THS_M3
IE PRD 2022 PN_VN NC_TRO THS_M3
IE PRD 2022 PN TOTAL THS_M3
IE PRD 2022 PN_PY TOTAL THS_M3
IE PRD 2022 PN_PY CONIF THS_M3
IE PRD 2022 PN_PY NCONIF THS_M3
IE PRD 2022 PN_PY NC_TRO THS_M3
IE PRD 2022 PN_PY_LVL TOTAL THS_M3
IE PRD 2022 PN_PY_LVL CONIF THS_M3
IE PRD 2022 PN_PY_LVL NCONIF THS_M3
IE PRD 2022 PN_PY_LVL NC_TRO THS_M3
IE PRD 2022 PN_PB TOTAL THS_M3
IE PRD 2022 PN_PB_OSB TOTAL THS_M3
IE PRD 2022 PN_FB TOTAL THS_M3
IE PRD 2022 PN_FB_HB TOTAL THS_M3
IE PRD 2022 PN_FB_MDF TOTAL THS_M3
IE PRD 2022 PN_FB_O TOTAL THS_M3
IE PRD 2022 PL TOTAL THS_T
IE PRD 2022 PL_MC_SCH TOTAL THS_T
IE PRD 2022 PL_CH TOTAL THS_T
IE PRD 2022 PL_CH_SA TOTAL THS_T
IE PRD 2022 PL_CH_SAB TOTAL THS_T
IE PRD 2022 PL_CH_SI TOTAL THS_T
IE PRD 2022 PL_DS TOTAL THS_T
IE PRD 2022 PLO TOTAL THS_T
IE PRD 2022 PLO_NW TOTAL THS_T
IE PRD 2022 PLO_RC TOTAL THS_T
IE PRD 2022 RCP TOTAL THS_T
IE PRD 2022 PP TOTAL THS_T
IE PRD 2022 PP_GR TOTAL THS_T
IE PRD 2022 PP_GR_NP TOTAL THS_T
IE PRD 2022 PP_GR_MC TOTAL THS_T
IE PRD 2022 PP_GR_NW TOTAL THS_T
IE PRD 2022 PP_GR_CO TOTAL THS_T
IE PRD 2022 PP_HS TOTAL THS_T
IE PRD 2022 PP_PK TOTAL THS_T
IE PRD 2022 PP_PK_CS TOTAL THS_T
IE PRD 2022 PP_PK_CB TOTAL THS_T
IE PRD 2022 PP_PK_WR TOTAL THS_T
IE PRD 2022 PP_PK_O TOTAL THS_T
IE PRD 2022 PP_O TOTAL THS_T
IE PRD 2022 GLT_CLT TOTAL THS_M3
IE PRD 2022 GLT TOTAL THS_M3
IE PRD 2022 CLT TOTAL THS_M3
IE PRD 2022 I_BEAMS TOTAL THS_T
IE IMP 2021 RW TOTAL THS_M3 320.691
IE IMP 2021 RW_FW TOTAL THS_M3 20.146
IE IMP 2021 RW_FW CONIF THS_M3 6.814
IE IMP 2021 RW_FW NCONIF THS_M3 13.331
IE IMP 2021 RW_IN TOTAL THS_M3 300.545
IE IMP 2021 RW_IN CONIF THS_M3 294.235
IE IMP 2021 RW_IN NCONIF THS_M3 6.309
IE IMP 2021 RW_IN NC_TRO THS_M3 1.573
IE IMP 2021 CHA TOTAL THS_T 4.537
IE IMP 2021 CHP_RES TOTAL THS_M3 110.161
IE IMP 2021 CHP TOTAL THS_M3 109.176
IE IMP 2021 RES TOTAL THS_M3 0.985
IE IMP 2021 RES_SWD TOTAL THS_M3
IE IMP 2021 RCW TOTAL THS_T 0.829
IE IMP 2021 PEL_AGG TOTAL THS_T 58.29
IE IMP 2021 PEL TOTAL THS_T 45.816
IE IMP 2021 AGG TOTAL THS_T 12.474
IE IMP 2021 SN TOTAL THS_M3 414.338
IE IMP 2021 SN CONIF THS_M3 388.328
IE IMP 2021 SN NCONIF THS_M3 26.01
IE IMP 2021 SN NC_TRO THS_M3 8.099
IE IMP 2021 PN_VN TOTAL THS_M3 5.295
IE IMP 2021 PN_VN CONIF THS_M3 2.73
IE IMP 2021 PN_VN NCONIF THS_M3 2.565
IE IMP 2021 PN_VN NC_TRO THS_M3 1.252
IE IMP 2021 PN TOTAL THS_M3 337.639
IE IMP 2021 PN_PY TOTAL THS_M3 56.806
IE IMP 2021 PN_PY CONIF THS_M3 10.515
IE IMP 2021 PN_PY NCONIF THS_M3 46.291
IE IMP 2021 PN_PY NC_TRO THS_M3 11.424
IE IMP 2021 PN_PY_LVL TOTAL THS_M3
IE IMP 2021 PN_PY_LVL CONIF THS_M3
IE IMP 2021 PN_PY_LVL NCONIF THS_M3
IE IMP 2021 PN_PY_LVL NC_TRO THS_M3
IE IMP 2021 PN_PB TOTAL THS_M3 136.878
IE IMP 2021 PN_PB_OSB TOTAL THS_M3 13.424
IE IMP 2021 PN_FB TOTAL THS_M3 143.955
IE IMP 2021 PN_FB_HB TOTAL THS_M3 31.782
IE IMP 2021 PN_FB_MDF TOTAL THS_M3 110.881
IE IMP 2021 PN_FB_O TOTAL THS_M3 1.292
IE IMP 2021 PL TOTAL THS_T 33.497
IE IMP 2021 PL_MC_SCH TOTAL THS_T 0.169
IE IMP 2021 PL_CH TOTAL THS_T 5.674
IE IMP 2021 PL_CH_SA TOTAL THS_T 5.628
IE IMP 2021 PL_CH_SAB TOTAL THS_T 3.336
IE IMP 2021 PL_CH_SI TOTAL THS_T 0.046
IE IMP 2021 PL_DS TOTAL THS_T 27.654
IE IMP 2021 PLO TOTAL THS_T 1.141
IE IMP 2021 PLO_NW TOTAL THS_T 0.136
IE IMP 2021 PLO_RC TOTAL THS_T 1.005
IE IMP 2021 RCP TOTAL THS_T 2.504
IE IMP 2021 PP TOTAL THS_T 341.996
IE IMP 2021 PP_GR TOTAL THS_T 92.681
IE IMP 2021 PP_GR_NP TOTAL THS_T 24.983
IE IMP 2021 PP_GR_MC TOTAL THS_T 0.704
IE IMP 2021 PP_GR_NW TOTAL THS_T 47.976
IE IMP 2021 PP_GR_CO TOTAL THS_T 19.017
IE IMP 2021 PP_HS TOTAL THS_T 16.736
IE IMP 2021 PP_PK TOTAL THS_T 231.037
IE IMP 2021 PP_PK_CS TOTAL THS_T 138.65
IE IMP 2021 PP_PK_CB TOTAL THS_T 52.689
IE IMP 2021 PP_PK_WR TOTAL THS_T 29.508
IE IMP 2021 PP_PK_O TOTAL THS_T 10.19
IE IMP 2021 PP_O TOTAL THS_T 1.542
IE IMP 2021 GLT_CLT TOTAL THS_M3
IE IMP 2021 GLT TOTAL THS_M3
IE IMP 2021 CLT TOTAL THS_M3
IE IMP 2021 I_BEAMS TOTAL THS_T
IE IMP 2021 RW TOTAL THS_NAC 49305
IE IMP 2021 RW_FW TOTAL THS_NAC 5547
IE IMP 2021 RW_FW CONIF THS_NAC 2049
IE IMP 2021 RW_FW NCONIF THS_NAC 3498
IE IMP 2021 RW_IN TOTAL THS_NAC 43758
IE IMP 2021 RW_IN CONIF THS_NAC 38170
IE IMP 2021 RW_IN NCONIF THS_NAC 5588
IE IMP 2021 RW_IN NC_TRO THS_NAC 4286
IE IMP 2021 CHA TOTAL THS_NAC 3761
IE IMP 2021 CHP_RES TOTAL THS_NAC 17431
IE IMP 2021 CHP TOTAL THS_NAC 17097
IE IMP 2021 RES TOTAL THS_NAC 334
IE IMP 2021 RES_SWD TOTAL THS_NAC
IE IMP 2021 RCW TOTAL THS_NAC 339
IE IMP 2021 PEL_AGG TOTAL THS_NAC 14444
IE IMP 2021 PEL TOTAL THS_NAC 8101
IE IMP 2021 AGG TOTAL THS_NAC 6343
IE IMP 2021 SN TOTAL THS_NAC 165625
IE IMP 2021 SN CONIF THS_NAC 133433
IE IMP 2021 SN NCONIF THS_NAC 32192
IE IMP 2021 SN NC_TRO THS_NAC 7669
IE IMP 2021 PN_VN TOTAL THS_NAC 5546
IE IMP 2021 PN_VN CONIF THS_NAC 1621
IE IMP 2021 PN_VN NCONIF THS_NAC 3925
IE IMP 2021 PN_VN NC_TRO THS_NAC 1112
IE IMP 2021 PN TOTAL THS_NAC 168912
IE IMP 2021 PN_PY TOTAL THS_NAC 33540
IE IMP 2021 PN_PY CONIF THS_NAC 5457
IE IMP 2021 PN_PY NCONIF THS_NAC 28083
IE IMP 2021 PN_PY NC_TRO THS_NAC 7712
IE IMP 2021 PN_PY_LVL TOTAL THS_NAC
IE IMP 2021 PN_PY_LVL CONIF THS_NAC
IE IMP 2021 PN_PY_LVL NCONIF THS_NAC
IE IMP 2021 PN_PY_LVL NC_TRO THS_NAC
IE IMP 2021 PN_PB TOTAL THS_NAC 57172
IE IMP 2021 PN_PB_OSB TOTAL THS_NAC 6284
IE IMP 2021 PN_FB TOTAL THS_NAC 78200
IE IMP 2021 PN_FB_HB TOTAL THS_NAC 18876
IE IMP 2021 PN_FB_MDF TOTAL THS_NAC 58401
IE IMP 2021 PN_FB_O TOTAL THS_NAC 923
IE IMP 2021 PL TOTAL THS_NAC 31496
IE IMP 2021 PL_MC_SCH TOTAL THS_NAC 123
IE IMP 2021 PL_CH TOTAL THS_NAC 4506
IE IMP 2021 PL_CH_SA TOTAL THS_NAC 4393
IE IMP 2021 PL_CH_SAB TOTAL THS_NAC 2402
IE IMP 2021 PL_CH_SI TOTAL THS_NAC 113
IE IMP 2021 PL_DS TOTAL THS_NAC 26867
IE IMP 2021 PLO TOTAL THS_NAC 1100
IE IMP 2021 PLO_NW TOTAL THS_NAC 538
IE IMP 2021 PLO_RC TOTAL THS_NAC 562
IE IMP 2021 RCP TOTAL THS_NAC 2787
IE IMP 2021 PP TOTAL THS_NAC 319182
IE IMP 2021 PP_GR TOTAL THS_NAC 76437
IE IMP 2021 PP_GR_NP TOTAL THS_NAC 11989
IE IMP 2021 PP_GR_MC TOTAL THS_NAC 1096
IE IMP 2021 PP_GR_NW TOTAL THS_NAC 43782
IE IMP 2021 PP_GR_CO TOTAL THS_NAC 19569
IE IMP 2021 PP_HS TOTAL THS_NAC 24570
IE IMP 2021 PP_PK TOTAL THS_NAC 211861
IE IMP 2021 PP_PK_CS TOTAL THS_NAC 86450
IE IMP 2021 PP_PK_CB TOTAL THS_NAC 72691
IE IMP 2021 PP_PK_WR TOTAL THS_NAC 44224
IE IMP 2021 PP_PK_O TOTAL THS_NAC 8496
IE IMP 2021 PP_O TOTAL THS_NAC 6314
IE IMP 2021 GLT_CLT TOTAL THS_NAC
IE IMP 2021 GLT TOTAL THS_NAC
IE IMP 2021 CLT TOTAL THS_NAC
IE IMP 2021 I_BEAMS TOTAL THS_NAC
IE IMP 2022 RW TOTAL THS_M3 196.597
IE IMP 2022 RW_FW TOTAL THS_M3 16.239
IE IMP 2022 RW_FW CONIF THS_M3 5.339
IE IMP 2022 RW_FW NCONIF THS_M3 10.9
IE IMP 2022 RW_IN TOTAL THS_M3 180.358
IE IMP 2022 RW_IN CONIF THS_M3 175.494
IE IMP 2022 RW_IN NCONIF THS_M3 4.863
IE IMP 2022 RW_IN NC_TRO THS_M3 1.888
IE IMP 2022 CHA TOTAL THS_T 2.082
IE IMP 2022 CHP_RES TOTAL THS_M3 32.303
IE IMP 2022 CHP TOTAL THS_M3 32.178
IE IMP 2022 RES TOTAL THS_M3 0.124
IE IMP 2022 RES_SWD TOTAL THS_M3
IE IMP 2022 RCW TOTAL THS_T
IE IMP 2022 PEL_AGG TOTAL THS_T 74.676
IE IMP 2022 PEL TOTAL THS_T 63.888
IE IMP 2022 AGG TOTAL THS_T 10.788
IE IMP 2022 SN TOTAL THS_M3 312.808
IE IMP 2022 SN CONIF THS_M3 282.372
IE IMP 2022 SN NCONIF THS_M3 30.436
IE IMP 2022 SN NC_TRO THS_M3 12.409
IE IMP 2022 PN_VN TOTAL THS_M3 10.729
IE IMP 2022 PN_VN CONIF THS_M3 4.435
IE IMP 2022 PN_VN NCONIF THS_M3 6.294
IE IMP 2022 PN_VN NC_TRO THS_M3 5.251
IE IMP 2022 PN TOTAL THS_M3 294.139
IE IMP 2022 PN_PY TOTAL THS_M3 53.313
IE IMP 2022 PN_PY CONIF THS_M3 45.912
IE IMP 2022 PN_PY NCONIF THS_M3 7.401
IE IMP 2022 PN_PY NC_TRO THS_M3 5.751
IE IMP 2022 PN_PY_LVL TOTAL THS_M3
IE IMP 2022 PN_PY_LVL CONIF THS_M3
IE IMP 2022 PN_PY_LVL NCONIF THS_M3
IE IMP 2022 PN_PY_LVL NC_TRO THS_M3
IE IMP 2022 PN_PB TOTAL THS_M3 136.613
IE IMP 2022 PN_PB_OSB TOTAL THS_M3 10.517
IE IMP 2022 PN_FB TOTAL THS_M3 104.213
IE IMP 2022 PN_FB_HB TOTAL THS_M3 24.287
IE IMP 2022 PN_FB_MDF TOTAL THS_M3 53.791
IE IMP 2022 PN_FB_O TOTAL THS_M3 26.135
IE IMP 2022 PL TOTAL THS_T 36.862
IE IMP 2022 PL_MC_SCH TOTAL THS_T 0.627
IE IMP 2022 PL_CH TOTAL THS_T 4.347
IE IMP 2022 PL_CH_SA TOTAL THS_T 4.255
IE IMP 2022 PL_CH_SAB TOTAL THS_T 3.054
IE IMP 2022 PL_CH_SI TOTAL THS_T 0.092
IE IMP 2022 PL_DS TOTAL THS_T 31.888
IE IMP 2022 PLO TOTAL THS_T 1.736
IE IMP 2022 PLO_NW TOTAL THS_T 0.196
IE IMP 2022 PLO_RC TOTAL THS_T 1.54
IE IMP 2022 RCP TOTAL THS_T 3.305
IE IMP 2022 PP TOTAL THS_T 489.344
IE IMP 2022 PP_GR TOTAL THS_T 104.746
IE IMP 2022 PP_GR_NP TOTAL THS_T 31.067
IE IMP 2022 PP_GR_MC TOTAL THS_T 0.93
IE IMP 2022 PP_GR_NW TOTAL THS_T 51.973
IE IMP 2022 PP_GR_CO TOTAL THS_T 20.776
IE IMP 2022 PP_HS TOTAL THS_T 22.483
IE IMP 2022 PP_PK TOTAL THS_T 360.509
IE IMP 2022 PP_PK_CS TOTAL THS_T 251.143
IE IMP 2022 PP_PK_CB TOTAL THS_T 66.921
IE IMP 2022 PP_PK_WR TOTAL THS_T 36.385
IE IMP 2022 PP_PK_O TOTAL THS_T 6.06
IE IMP 2022 PP_O TOTAL THS_T 1.606
IE IMP 2022 GLT_CLT TOTAL THS_M3
IE IMP 2022 GLT TOTAL THS_M3
IE IMP 2022 CLT TOTAL THS_M3
IE IMP 2022 I_BEAMS TOTAL THS_T
IE IMP 2022 RW TOTAL THS_NAC 40720
IE IMP 2022 RW_FW TOTAL THS_NAC 6459
IE IMP 2022 RW_FW CONIF THS_NAC 2625
IE IMP 2022 RW_FW NCONIF THS_NAC 3834
IE IMP 2022 RW_IN TOTAL THS_NAC 34260
IE IMP 2022 RW_IN CONIF THS_NAC 26927
IE IMP 2022 RW_IN NCONIF THS_NAC 7333
IE IMP 2022 RW_IN NC_TRO THS_NAC 5919
IE IMP 2022 CHA TOTAL THS_NAC 2240
IE IMP 2022 CHP_RES TOTAL THS_NAC 23636
IE IMP 2022 CHP TOTAL THS_NAC 22958
IE IMP 2022 RES TOTAL THS_NAC 677
IE IMP 2022 RES_SWD TOTAL THS_NAC
IE IMP 2022 RCW TOTAL THS_NAC
IE IMP 2022 PEL_AGG TOTAL THS_NAC 21920
IE IMP 2022 PEL TOTAL THS_NAC 14831
IE IMP 2022 AGG TOTAL THS_NAC 7089
IE IMP 2022 SN TOTAL THS_NAC 151080
IE IMP 2022 SN CONIF THS_NAC 116347
IE IMP 2022 SN NCONIF THS_NAC 34733
IE IMP 2022 SN NC_TRO THS_NAC 11852
IE IMP 2022 PN_VN TOTAL THS_NAC 8491
IE IMP 2022 PN_VN CONIF THS_NAC 1924
IE IMP 2022 PN_VN NCONIF THS_NAC 6567
IE IMP 2022 PN_VN NC_TRO THS_NAC 3664
IE IMP 2022 PN TOTAL THS_NAC 195454
IE IMP 2022 PN_PY TOTAL THS_NAC 40960
IE IMP 2022 PN_PY CONIF THS_NAC 33501
IE IMP 2022 PN_PY NCONIF THS_NAC 7459
IE IMP 2022 PN_PY NC_TRO THS_NAC 5107
IE IMP 2022 PN_PY_LVL TOTAL THS_NAC
IE IMP 2022 PN_PY_LVL CONIF THS_NAC
IE IMP 2022 PN_PY_LVL NCONIF THS_NAC
IE IMP 2022 PN_PY_LVL NC_TRO THS_NAC
IE IMP 2022 PN_PB TOTAL THS_NAC 72770
IE IMP 2022 PN_PB_OSB TOTAL THS_NAC 4230
IE IMP 2022 PN_FB TOTAL THS_NAC 81724
IE IMP 2022 PN_FB_HB TOTAL THS_NAC 20563
IE IMP 2022 PN_FB_MDF TOTAL THS_NAC 40295
IE IMP 2022 PN_FB_O TOTAL THS_NAC 20866
IE IMP 2022 PL TOTAL THS_NAC 43620
IE IMP 2022 PL_MC_SCH TOTAL THS_NAC 227
IE IMP 2022 PL_CH TOTAL THS_NAC 4798
IE IMP 2022 PL_CH_SA TOTAL THS_NAC 4091
IE IMP 2022 PL_CH_SAB TOTAL THS_NAC 2773
IE IMP 2022 PL_CH_SI TOTAL THS_NAC 707
IE IMP 2022 PL_DS TOTAL THS_NAC 38595
IE IMP 2022 PLO TOTAL THS_NAC 1938
IE IMP 2022 PLO_NW TOTAL THS_NAC 928
IE IMP 2022 PLO_RC TOTAL THS_NAC 1010
IE IMP 2022 RCP TOTAL THS_NAC 3096
IE IMP 2022 PP TOTAL THS_NAC 467872
IE IMP 2022 PP_GR TOTAL THS_NAC 118690
IE IMP 2022 PP_GR_NP TOTAL THS_NAC 23453
IE IMP 2022 PP_GR_MC TOTAL THS_NAC 1729
IE IMP 2022 PP_GR_NW TOTAL THS_NAC 66243
IE IMP 2022 PP_GR_CO TOTAL THS_NAC 27265
IE IMP 2022 PP_HS TOTAL THS_NAC 47952
IE IMP 2022 PP_PK TOTAL THS_NAC 292434
IE IMP 2022 PP_PK_CS TOTAL THS_NAC 119013
IE IMP 2022 PP_PK_CB TOTAL THS_NAC 101820
IE IMP 2022 PP_PK_WR TOTAL THS_NAC 59562
IE IMP 2022 PP_PK_O TOTAL THS_NAC 12038
IE IMP 2022 PP_O TOTAL THS_NAC 8796
IE IMP 2022 GLT_CLT TOTAL THS_NAC
IE IMP 2022 GLT TOTAL THS_NAC
IE IMP 2022 CLT TOTAL THS_NAC
IE IMP 2022 I_BEAMS TOTAL THS_NAC
IE EXP 2021 RW TOTAL THS_M3 444.002
IE EXP 2021 RW_FW TOTAL THS_M3 12.029
IE EXP 2021 RW_FW CONIF THS_M3 11.993
IE EXP 2021 RW_FW NCONIF THS_M3 0.036
IE EXP 2021 RW_IN TOTAL THS_M3 431.973
IE EXP 2021 RW_IN CONIF THS_M3 431.898
IE EXP 2021 RW_IN NCONIF THS_M3 0.075
IE EXP 2021 RW_IN NC_TRO THS_M3 0
IE EXP 2021 CHA TOTAL THS_T 0.067
IE EXP 2021 CHP_RES TOTAL THS_M3 77.767
IE EXP 2021 CHP TOTAL THS_M3 45.776
IE EXP 2021 RES TOTAL THS_M3 31.991
IE EXP 2021 RES_SWD TOTAL THS_M3
IE EXP 2021 RCW TOTAL THS_T 5.023
IE EXP 2021 PEL_AGG TOTAL THS_T 29.82
IE EXP 2021 PEL TOTAL THS_T 23.751
IE EXP 2021 AGG TOTAL THS_T 6.06
IE EXP 2021 SN TOTAL THS_M3 662.711
IE EXP 2021 SN CONIF THS_M3 662.364
IE EXP 2021 SN NCONIF THS_M3 0.347
IE EXP 2021 SN NC_TRO THS_M3 0.197
IE EXP 2021 PN_VN TOTAL THS_M3 0.205
IE EXP 2021 PN_VN CONIF THS_M3 0.009
IE EXP 2021 PN_VN NCONIF THS_M3 0.196
IE EXP 2021 PN_VN NC_TRO THS_M3 0.003
IE EXP 2021 PN TOTAL THS_M3 799.321
IE EXP 2021 PN_PY TOTAL THS_M3 0.355
IE EXP 2021 PN_PY CONIF THS_M3 0.081
IE EXP 2021 PN_PY NCONIF THS_M3 0.274
IE EXP 2021 PN_PY NC_TRO THS_M3 0.037
IE EXP 2021 PN_PY_LVL TOTAL THS_M3
IE EXP 2021 PN_PY_LVL CONIF THS_M3
IE EXP 2021 PN_PY_LVL NCONIF THS_M3
IE EXP 2021 PN_PY_LVL NC_TRO THS_M3
IE EXP 2021 PN_PB TOTAL THS_M3 268.902
IE EXP 2021 PN_PB_OSB TOTAL THS_M3 250.359
IE EXP 2021 PN_FB TOTAL THS_M3 530.064
IE EXP 2021 PN_FB_HB TOTAL THS_M3 49.454
IE EXP 2021 PN_FB_MDF TOTAL THS_M3 480.6
IE EXP 2021 PN_FB_O TOTAL THS_M3 0.01
IE EXP 2021 PL TOTAL THS_T 0.538
IE EXP 2021 PL_MC_SCH TOTAL THS_T 0.149
IE EXP 2021 PL_CH TOTAL THS_T 0.001
IE EXP 2021 PL_CH_SA TOTAL THS_T 0
IE EXP 2021 PL_CH_SAB TOTAL THS_T
IE EXP 2021 PL_CH_SI TOTAL THS_T 0.001
IE EXP 2021 PL_DS TOTAL THS_T 0.387
IE EXP 2021 PLO TOTAL THS_T 0.002
IE EXP 2021 PLO_NW TOTAL THS_T 0.002
IE EXP 2021 PLO_RC TOTAL THS_T 0
IE EXP 2021 RCP TOTAL THS_T 410.336
IE EXP 2021 PP TOTAL THS_T 22.268
IE EXP 2021 PP_GR TOTAL THS_T 8.769
IE EXP 2021 PP_GR_NP TOTAL THS_T 0.025
IE EXP 2021 PP_GR_MC TOTAL THS_T 0.232
IE EXP 2021 PP_GR_NW TOTAL THS_T 5.612
IE EXP 2021 PP_GR_CO TOTAL THS_T 2.9
IE EXP 2021 PP_HS TOTAL THS_T 0.343
IE EXP 2021 PP_PK TOTAL THS_T 13.02
IE EXP 2021 PP_PK_CS TOTAL THS_T 7.241
IE EXP 2021 PP_PK_CB TOTAL THS_T 3.216
IE EXP 2021 PP_PK_WR TOTAL THS_T 2.558
IE EXP 2021 PP_PK_O TOTAL THS_T 0.005
IE EXP 2021 PP_O TOTAL THS_T 0.136
IE EXP 2021 GLT_CLT TOTAL THS_M3
IE EXP 2021 GLT TOTAL THS_M3
IE EXP 2021 CLT TOTAL THS_M3
IE EXP 2021 I_BEAMS TOTAL THS_T
IE EXP 2021 RW TOTAL THS_NAC 27371
IE EXP 2021 RW_FW TOTAL THS_NAC 1941
IE EXP 2021 RW_FW CONIF THS_NAC 1917
IE EXP 2021 RW_FW NCONIF THS_NAC 24
IE EXP 2021 RW_IN TOTAL THS_NAC 25430
IE EXP 2021 RW_IN CONIF THS_NAC 25069
IE EXP 2021 RW_IN NCONIF THS_NAC 361
IE EXP 2021 RW_IN NC_TRO THS_NAC 0
IE EXP 2021 CHA TOTAL THS_NAC 57
IE EXP 2021 CHP_RES TOTAL THS_NAC 2524
IE EXP 2021 CHP TOTAL THS_NAC 1508
IE EXP 2021 RES TOTAL THS_NAC 1016
IE EXP 2021 RES_SWD TOTAL THS_NAC
IE EXP 2021 RCW TOTAL THS_NAC 106
IE EXP 2021 PEL_AGG TOTAL THS_NAC 9596
IE EXP 2021 PEL TOTAL THS_NAC 4869
IE EXP 2021 AGG TOTAL THS_NAC 4727
IE EXP 2021 SN TOTAL THS_NAC 230022
IE EXP 2021 SN CONIF THS_NAC 229739
IE EXP 2021 SN NCONIF THS_NAC 282
IE EXP 2021 SN NC_TRO THS_NAC 160
IE EXP 2021 PN_VN TOTAL THS_NAC 1276
IE EXP 2021 PN_VN CONIF THS_NAC 20
IE EXP 2021 PN_VN NCONIF THS_NAC 1255
IE EXP 2021 PN_VN NC_TRO THS_NAC 2
IE EXP 2021 PN TOTAL THS_NAC 341638
IE EXP 2021 PN_PY TOTAL THS_NAC 408
IE EXP 2021 PN_PY CONIF THS_NAC 52
IE EXP 2021 PN_PY NCONIF THS_NAC 356
IE EXP 2021 PN_PY NC_TRO THS_NAC 26
IE EXP 2021 PN_PY_LVL TOTAL THS_NAC
IE EXP 2021 PN_PY_LVL CONIF THS_NAC
IE EXP 2021 PN_PY_LVL NCONIF THS_NAC
IE EXP 2021 PN_PY_LVL NC_TRO THS_NAC
IE EXP 2021 PN_PB TOTAL THS_NAC 104907
IE EXP 2021 PN_PB_OSB TOTAL THS_NAC 94538
IE EXP 2021 PN_FB TOTAL THS_NAC 236323
IE EXP 2021 PN_FB_HB TOTAL THS_NAC 43514
IE EXP 2021 PN_FB_MDF TOTAL THS_NAC 192792
IE EXP 2021 PN_FB_O TOTAL THS_NAC 17
IE EXP 2021 PL TOTAL THS_NAC 532
IE EXP 2021 PL_MC_SCH TOTAL THS_NAC 68
IE EXP 2021 PL_CH TOTAL THS_NAC 3
IE EXP 2021 PL_CH_SA TOTAL THS_NAC 0
IE EXP 2021 PL_CH_SAB TOTAL THS_NAC
IE EXP 2021 PL_CH_SI TOTAL THS_NAC 3
IE EXP 2021 PL_DS TOTAL THS_NAC 461
IE EXP 2021 PLO TOTAL THS_NAC 2
IE EXP 2021 PLO_NW TOTAL THS_NAC 2
IE EXP 2021 PLO_RC TOTAL THS_NAC 0
IE EXP 2021 RCP TOTAL THS_NAC 83372
IE EXP 2021 PP TOTAL THS_NAC 30568
IE EXP 2021 PP_GR TOTAL THS_NAC 12037
IE EXP 2021 PP_GR_NP TOTAL THS_NAC 19
IE EXP 2021 PP_GR_MC TOTAL THS_NAC 775
IE EXP 2021 PP_GR_NW TOTAL THS_NAC 7886
IE EXP 2021 PP_GR_CO TOTAL THS_NAC 3357
IE EXP 2021 PP_HS TOTAL THS_NAC 769
IE EXP 2021 PP_PK TOTAL THS_NAC 13646
IE EXP 2021 PP_PK_CS TOTAL THS_NAC 4874
IE EXP 2021 PP_PK_CB TOTAL THS_NAC 5100
IE EXP 2021 PP_PK_WR TOTAL THS_NAC 3666
IE EXP 2021 PP_PK_O TOTAL THS_NAC 6
IE EXP 2021 PP_O TOTAL THS_NAC 4116
IE EXP 2021 GLT_CLT TOTAL THS_NAC
IE EXP 2021 GLT TOTAL THS_NAC
IE EXP 2021 CLT TOTAL THS_NAC
IE EXP 2021 I_BEAMS TOTAL THS_NAC
IE EXP 2022 RW TOTAL THS_M3 484.771
IE EXP 2022 RW_FW TOTAL THS_M3 33.228
IE EXP 2022 RW_FW CONIF THS_M3 6.837
IE EXP 2022 RW_FW NCONIF THS_M3 26.391
IE EXP 2022 RW_IN TOTAL THS_M3 451.543
IE EXP 2022 RW_IN CONIF THS_M3 451.479
IE EXP 2022 RW_IN NCONIF THS_M3 0.064
IE EXP 2022 RW_IN NC_TRO THS_M3 0.001
IE EXP 2022 CHA TOTAL THS_T 0.312
IE EXP 2022 CHP_RES TOTAL THS_M3 124.122
IE EXP 2022 CHP TOTAL THS_M3 58.721
IE EXP 2022 RES TOTAL THS_M3 65.401
IE EXP 2022 RES_SWD TOTAL THS_M3
IE EXP 2022 RCW TOTAL THS_T
IE EXP 2022 PEL_AGG TOTAL THS_T 44.241
IE EXP 2022 PEL TOTAL THS_T 30.691
IE EXP 2022 AGG TOTAL THS_T 13.55
IE EXP 2022 SN TOTAL THS_M3 642.904
IE EXP 2022 SN CONIF THS_M3 642.357
IE EXP 2022 SN NCONIF THS_M3 0.547
IE EXP 2022 SN NC_TRO THS_M3 0.102
IE EXP 2022 PN_VN TOTAL THS_M3 0.169
IE EXP 2022 PN_VN CONIF THS_M3 0.009
IE EXP 2022 PN_VN NCONIF THS_M3 0.16
IE EXP 2022 PN_VN NC_TRO THS_M3 0
IE EXP 2022 PN TOTAL THS_M3 710.008
IE EXP 2022 PN_PY TOTAL THS_M3 0.792
IE EXP 2022 PN_PY CONIF THS_M3 0.694
IE EXP 2022 PN_PY NCONIF THS_M3 0.098
IE EXP 2022 PN_PY NC_TRO THS_M3 0.078
IE EXP 2022 PN_PY_LVL TOTAL THS_M3
IE EXP 2022 PN_PY_LVL CONIF THS_M3
IE EXP 2022 PN_PY_LVL NCONIF THS_M3
IE EXP 2022 PN_PY_LVL NC_TRO THS_M3
IE EXP 2022 PN_PB TOTAL THS_M3 302.889
IE EXP 2022 PN_PB_OSB TOTAL THS_M3 281.563
IE EXP 2022 PN_FB TOTAL THS_M3 406.327
IE EXP 2022 PN_FB_HB TOTAL THS_M3 0.551
IE EXP 2022 PN_FB_MDF TOTAL THS_M3 379.86
IE EXP 2022 PN_FB_O TOTAL THS_M3 25.915
IE EXP 2022 PL TOTAL THS_T 0.124
IE EXP 2022 PL_MC_SCH TOTAL THS_T 0.123
IE EXP 2022 PL_CH TOTAL THS_T 0.001
IE EXP 2022 PL_CH_SA TOTAL THS_T 0.001
IE EXP 2022 PL_CH_SAB TOTAL THS_T
IE EXP 2022 PL_CH_SI TOTAL THS_T
IE EXP 2022 PL_DS TOTAL THS_T 0
IE EXP 2022 PLO TOTAL THS_T 0.012
IE EXP 2022 PLO_NW TOTAL THS_T 0.012
IE EXP 2022 PLO_RC TOTAL THS_T
IE EXP 2022 RCP TOTAL THS_T 417.601
IE EXP 2022 PP TOTAL THS_T 18.224
IE EXP 2022 PP_GR TOTAL THS_T 10.661
IE EXP 2022 PP_GR_NP TOTAL THS_T 0.002
IE EXP 2022 PP_GR_MC TOTAL THS_T 0.614
IE EXP 2022 PP_GR_NW TOTAL THS_T 5.844
IE EXP 2022 PP_GR_CO TOTAL THS_T 4.201
IE EXP 2022 PP_HS TOTAL THS_T 0.287
IE EXP 2022 PP_PK TOTAL THS_T 7.125
IE EXP 2022 PP_PK_CS TOTAL THS_T 0.687
IE EXP 2022 PP_PK_CB TOTAL THS_T 3.63
IE EXP 2022 PP_PK_WR TOTAL THS_T 2.791
IE EXP 2022 PP_PK_O TOTAL THS_T 0.017
IE EXP 2022 PP_O TOTAL THS_T 0.151
IE EXP 2022 GLT_CLT TOTAL THS_M3
IE EXP 2022 GLT TOTAL THS_M3
IE EXP 2022 CLT TOTAL THS_M3
IE EXP 2022 I_BEAMS TOTAL THS_T
IE EXP 2022 RW TOTAL THS_NAC 30631
IE EXP 2022 RW_FW TOTAL THS_NAC 2756
IE EXP 2022 RW_FW CONIF THS_NAC 1345
IE EXP 2022 RW_FW NCONIF THS_NAC 1411
IE EXP 2022 RW_IN TOTAL THS_NAC 27875
IE EXP 2022 RW_IN CONIF THS_NAC 27461
IE EXP 2022 RW_IN NCONIF THS_NAC 414
IE EXP 2022 RW_IN NC_TRO THS_NAC 3
IE EXP 2022 CHA TOTAL THS_NAC 233
IE EXP 2022 CHP_RES TOTAL THS_NAC 17482
IE EXP 2022 CHP TOTAL THS_NAC 16300
IE EXP 2022 RES TOTAL THS_NAC 1182
IE EXP 2022 RES_SWD TOTAL THS_NAC
IE EXP 2022 RCW TOTAL THS_NAC
IE EXP 2022 PEL_AGG TOTAL THS_NAC 14177
IE EXP 2022 PEL TOTAL THS_NAC 9129
IE EXP 2022 AGG TOTAL THS_NAC 5048
IE EXP 2022 SN TOTAL THS_NAC 213850
IE EXP 2022 SN CONIF THS_NAC 213271
IE EXP 2022 SN NCONIF THS_NAC 578
IE EXP 2022 SN NC_TRO THS_NAC 91
IE EXP 2022 PN_VN TOTAL THS_NAC 956
IE EXP 2022 PN_VN CONIF THS_NAC 121
IE EXP 2022 PN_VN NCONIF THS_NAC 835
IE EXP 2022 PN_VN NC_TRO THS_NAC 0
IE EXP 2022 PN TOTAL THS_NAC 385719
IE EXP 2022 PN_PY TOTAL THS_NAC 1472
IE EXP 2022 PN_PY CONIF THS_NAC 1350
IE EXP 2022 PN_PY NCONIF THS_NAC 122
IE EXP 2022 PN_PY NC_TRO THS_NAC 86
IE EXP 2022 PN_PY_LVL TOTAL THS_NAC
IE EXP 2022 PN_PY_LVL CONIF THS_NAC
IE EXP 2022 PN_PY_LVL NCONIF THS_NAC
IE EXP 2022 PN_PY_LVL NC_TRO THS_NAC
IE EXP 2022 PN_PB TOTAL THS_NAC 116231
IE EXP 2022 PN_PB_OSB TOTAL THS_NAC 102632
IE EXP 2022 PN_FB TOTAL THS_NAC 268016
IE EXP 2022 PN_FB_HB TOTAL THS_NAC 597
IE EXP 2022 PN_FB_MDF TOTAL THS_NAC 244361
IE EXP 2022 PN_FB_O TOTAL THS_NAC 23058
IE EXP 2022 PL TOTAL THS_NAC 67
IE EXP 2022 PL_MC_SCH TOTAL THS_NAC 65
IE EXP 2022 PL_CH TOTAL THS_NAC 1
IE EXP 2022 PL_CH_SA TOTAL THS_NAC 1
IE EXP 2022 PL_CH_SAB TOTAL THS_NAC
IE EXP 2022 PL_CH_SI TOTAL THS_NAC
IE EXP 2022 PL_DS TOTAL THS_NAC 0
IE EXP 2022 PLO TOTAL THS_NAC 9
IE EXP 2022 PLO_NW TOTAL THS_NAC 9
IE EXP 2022 PLO_RC TOTAL THS_NAC
IE EXP 2022 RCP TOTAL THS_NAC 86582
IE EXP 2022 PP TOTAL THS_NAC 37915
IE EXP 2022 PP_GR TOTAL THS_NAC 17851
IE EXP 2022 PP_GR_NP TOTAL THS_NAC 18
IE EXP 2022 PP_GR_MC TOTAL THS_NAC 780
IE EXP 2022 PP_GR_NW TOTAL THS_NAC 11364
IE EXP 2022 PP_GR_CO TOTAL THS_NAC 5689
IE EXP 2022 PP_HS TOTAL THS_NAC 987
IE EXP 2022 PP_PK TOTAL THS_NAC 13633
IE EXP 2022 PP_PK_CS TOTAL THS_NAC 567
IE EXP 2022 PP_PK_CB TOTAL THS_NAC 7243
IE EXP 2022 PP_PK_WR TOTAL THS_NAC 5799
IE EXP 2022 PP_PK_O TOTAL THS_NAC 24
IE EXP 2022 PP_O TOTAL THS_NAC 5444
IE EXP 2022 GLT_CLT TOTAL THS_NAC
IE EXP 2022 GLT TOTAL THS_NAC
IE EXP 2022 CLT TOTAL THS_NAC
IE EXP 2022 I_BEAMS TOTAL THS_NAC
IE IMP_XEU 2021 RW TOTAL THS_M3 279.821
IE IMP_XEU 2021 RW_FW TOTAL THS_M3 4.98
IE IMP_XEU 2021 RW_FW CONIF THS_M3 2.405
IE IMP_XEU 2021 RW_FW NCONIF THS_M3 2.575
IE IMP_XEU 2021 RW_IN TOTAL THS_M3 274.841
IE IMP_XEU 2021 RW_IN CONIF THS_M3 274.074
IE IMP_XEU 2021 RW_IN NCONIF THS_M3 0.767
IE IMP_XEU 2021 RW_IN NC_TRO THS_M3 0.201
IE IMP_XEU 2021 CHA TOTAL THS_T 2.095
IE IMP_XEU 2021 CHP_RES TOTAL THS_M3 96.531
IE IMP_XEU 2021 CHP TOTAL THS_M3 95.671
IE IMP_XEU 2021 RES TOTAL THS_M3 0.86
IE IMP_XEU 2021 RES_SWD TOTAL THS_M3
IE IMP_XEU 2021 RCW TOTAL THS_T 0.144
IE IMP_XEU 2021 PEL_AGG TOTAL THS_T 48.597
IE IMP_XEU 2021 PEL TOTAL THS_T 40.352
IE IMP_XEU 2021 AGG TOTAL THS_T 8.245
IE IMP_XEU 2021 SN TOTAL THS_M3 175.765
IE IMP_XEU 2021 SN CONIF THS_M3 152.727
IE IMP_XEU 2021 SN NCONIF THS_M3 23.037
IE IMP_XEU 2021 SN NC_TRO THS_M3 7.893
IE IMP_XEU 2021 PN_VN TOTAL THS_M3 4.161
IE IMP_XEU 2021 PN_VN CONIF THS_M3 2.723
IE IMP_XEU 2021 PN_VN NCONIF THS_M3 1.437
IE IMP_XEU 2021 PN_VN NC_TRO THS_M3 1.023
IE IMP_XEU 2021 PN TOTAL THS_M3 134.455
IE IMP_XEU 2021 PN_PY TOTAL THS_M3 53.475
IE IMP_XEU 2021 PN_PY CONIF THS_M3 10.343
IE IMP_XEU 2021 PN_PY NCONIF THS_M3 43.132
IE IMP_XEU 2021 PN_PY NC_TRO THS_M3 10.616
IE IMP_XEU 2021 PN_PY_LVL TOTAL THS_M3
IE IMP_XEU 2021 PN_PY_LVL CONIF THS_M3
IE IMP_XEU 2021 PN_PY_LVL NCONIF THS_M3
IE IMP_XEU 2021 PN_PY_LVL NC_TRO THS_M3
IE IMP_XEU 2021 PN_PB TOTAL THS_M3 36.614
IE IMP_XEU 2021 PN_PB_OSB TOTAL THS_M3 1.935
IE IMP_XEU 2021 PN_FB TOTAL THS_M3 44.366
IE IMP_XEU 2021 PN_FB_HB TOTAL THS_M3 14.513
IE IMP_XEU 2021 PN_FB_MDF TOTAL THS_M3 28.596
IE IMP_XEU 2021 PN_FB_O TOTAL THS_M3 1.256
IE IMP_XEU 2021 PL TOTAL THS_T 33.095
IE IMP_XEU 2021 PL_MC_SCH TOTAL THS_T 0.169
IE IMP_XEU 2021 PL_CH TOTAL THS_T 5.673
IE IMP_XEU 2021 PL_CH_SA TOTAL THS_T 5.628
IE IMP_XEU 2021 PL_CH_SAB TOTAL THS_T 3.336
IE IMP_XEU 2021 PL_CH_SI TOTAL THS_T 0.045
IE IMP_XEU 2021 PL_DS TOTAL THS_T 27.253
IE IMP_XEU 2021 PLO TOTAL THS_T 1.021
IE IMP_XEU 2021 PLO_NW TOTAL THS_T 0.017
IE IMP_XEU 2021 PLO_RC TOTAL THS_T 1.004
IE IMP_XEU 2021 RCP TOTAL THS_T
IE IMP_XEU 2021 PP TOTAL THS_T
IE IMP_XEU 2021 PP_GR TOTAL THS_T
IE IMP_XEU 2021 PP_GR_NP TOTAL THS_T
IE IMP_XEU 2021 PP_GR_MC TOTAL THS_T
IE IMP_XEU 2021 PP_GR_NW TOTAL THS_T
IE IMP_XEU 2021 PP_GR_CO TOTAL THS_T
IE IMP_XEU 2021 PP_HS TOTAL THS_T
IE IMP_XEU 2021 PP_PK TOTAL THS_T
IE IMP_XEU 2021 PP_PK_CS TOTAL THS_T
IE IMP_XEU 2021 PP_PK_CB TOTAL THS_T
IE IMP_XEU 2021 PP_PK_WR TOTAL THS_T
IE IMP_XEU 2021 PP_PK_O TOTAL THS_T
IE IMP_XEU 2021 PP_O TOTAL THS_T
IE IMP_XEU 2021 GLT_CLT TOTAL THS_M3
IE IMP_XEU 2021 GLT TOTAL THS_M3
IE IMP_XEU 2021 CLT TOTAL THS_M3
IE IMP_XEU 2021 I_BEAMS TOTAL THS_T
IE IMP_XEU 2021 RW TOTAL THS_NAC 33146
IE IMP_XEU 2021 RW_FW TOTAL THS_NAC 1331
IE IMP_XEU 2021 RW_FW CONIF THS_NAC 528
IE IMP_XEU 2021 RW_FW NCONIF THS_NAC 803
IE IMP_XEU 2021 RW_IN TOTAL THS_NAC 31815
IE IMP_XEU 2021 RW_IN CONIF THS_NAC 31374
IE IMP_XEU 2021 RW_IN NCONIF THS_NAC 441
IE IMP_XEU 2021 RW_IN NC_TRO THS_NAC 220
IE IMP_XEU 2021 CHA TOTAL THS_NAC 1887
IE IMP_XEU 2021 CHP_RES TOTAL THS_NAC 6189
IE IMP_XEU 2021 CHP TOTAL THS_NAC 5897
IE IMP_XEU 2021 RES TOTAL THS_NAC 292
IE IMP_XEU 2021 RES_SWD TOTAL THS_NAC
IE IMP_XEU 2021 RCW TOTAL THS_NAC 44
IE IMP_XEU 2021 PEL_AGG TOTAL THS_NAC 8457
IE IMP_XEU 2021 PEL TOTAL THS_NAC 7000
IE IMP_XEU 2021 AGG TOTAL THS_NAC 1457
IE IMP_XEU 2021 SN TOTAL THS_NAC 81062
IE IMP_XEU 2021 SN CONIF THS_NAC 53270
IE IMP_XEU 2021 SN NCONIF THS_NAC 27792
IE IMP_XEU 2021 SN NC_TRO THS_NAC 7476
IE IMP_XEU 2021 PN_VN TOTAL THS_NAC 3920
IE IMP_XEU 2021 PN_VN CONIF THS_NAC 1603
IE IMP_XEU 2021 PN_VN NCONIF THS_NAC 2317
IE IMP_XEU 2021 PN_VN NC_TRO THS_NAC 929
IE IMP_XEU 2021 PN TOTAL THS_NAC 70441
IE IMP_XEU 2021 PN_PY TOTAL THS_NAC 29064
IE IMP_XEU 2021 PN_PY CONIF THS_NAC 5332
IE IMP_XEU 2021 PN_PY NCONIF THS_NAC 23732
IE IMP_XEU 2021 PN_PY NC_TRO THS_NAC 6064
IE IMP_XEU 2021 PN_PY_LVL TOTAL THS_NAC
IE IMP_XEU 2021 PN_PY_LVL CONIF THS_NAC
IE IMP_XEU 2021 PN_PY_LVL NCONIF THS_NAC
IE IMP_XEU 2021 PN_PY_LVL NC_TRO THS_NAC
IE IMP_XEU 2021 PN_PB TOTAL THS_NAC 16693
IE IMP_XEU 2021 PN_PB_OSB TOTAL THS_NAC 1094
IE IMP_XEU 2021 PN_FB TOTAL THS_NAC 24684
IE IMP_XEU 2021 PN_FB_HB TOTAL THS_NAC 8786
IE IMP_XEU 2021 PN_FB_MDF TOTAL THS_NAC 15194
IE IMP_XEU 2021 PN_FB_O TOTAL THS_NAC 704
IE IMP_XEU 2021 PL TOTAL THS_NAC 30061
IE IMP_XEU 2021 PL_MC_SCH TOTAL THS_NAC 123
IE IMP_XEU 2021 PL_CH TOTAL THS_NAC 4505
IE IMP_XEU 2021 PL_CH_SA TOTAL THS_NAC 4393
IE IMP_XEU 2021 PL_CH_SAB TOTAL THS_NAC 2402
IE IMP_XEU 2021 PL_CH_SI TOTAL THS_NAC 112
IE IMP_XEU 2021 PL_DS TOTAL THS_NAC 25433
IE IMP_XEU 2021 PLO TOTAL THS_NAC 607
IE IMP_XEU 2021 PLO_NW TOTAL THS_NAC 47
IE IMP_XEU 2021 PLO_RC TOTAL THS_NAC 560
IE IMP_XEU 2021 RCP TOTAL THS_NAC
IE IMP_XEU 2021 PP TOTAL THS_NAC
IE IMP_XEU 2021 PP_GR TOTAL THS_NAC
IE IMP_XEU 2021 PP_GR_NP TOTAL THS_NAC
IE IMP_XEU 2021 PP_GR_MC TOTAL THS_NAC
IE IMP_XEU 2021 PP_GR_NW TOTAL THS_NAC
IE IMP_XEU 2021 PP_GR_CO TOTAL THS_NAC
IE IMP_XEU 2021 PP_HS TOTAL THS_NAC
IE IMP_XEU 2021 PP_PK TOTAL THS_NAC
IE IMP_XEU 2021 PP_PK_CS TOTAL THS_NAC
IE IMP_XEU 2021 PP_PK_CB TOTAL THS_NAC
IE IMP_XEU 2021 PP_PK_WR TOTAL THS_NAC
IE IMP_XEU 2021 PP_PK_O TOTAL THS_NAC
IE IMP_XEU 2021 PP_O TOTAL THS_NAC
IE IMP_XEU 2021 GLT_CLT TOTAL THS_NAC
IE IMP_XEU 2021 GLT TOTAL THS_NAC
IE IMP_XEU 2021 CLT TOTAL THS_NAC
IE IMP_XEU 2021 I_BEAMS TOTAL THS_NAC
IE IMP_XEU 2022 RW TOTAL THS_M3 171.028
IE IMP_XEU 2022 RW_FW TOTAL THS_M3 4.569
IE IMP_XEU 2022 RW_FW CONIF THS_M3 1.502
IE IMP_XEU 2022 RW_FW NCONIF THS_M3 3.067
IE IMP_XEU 2022 RW_IN TOTAL THS_M3 166.459
IE IMP_XEU 2022 RW_IN CONIF THS_M3 165.232
IE IMP_XEU 2022 RW_IN NCONIF THS_M3 1.227
IE IMP_XEU 2022 RW_IN NC_TRO THS_M3 0.273
IE IMP_XEU 2022 CHA TOTAL THS_T 1.589
IE IMP_XEU 2022 CHP_RES TOTAL THS_M3 12.006
IE IMP_XEU 2022 CHP TOTAL THS_M3 11.993
IE IMP_XEU 2022 RES TOTAL THS_M3 0.013
IE IMP_XEU 2022 RES_SWD TOTAL THS_M3
IE IMP_XEU 2022 RCW TOTAL THS_T
IE IMP_XEU 2022 PEL_AGG TOTAL THS_T 65.7
IE IMP_XEU 2022 PEL TOTAL THS_T 58.173
IE IMP_XEU 2022 AGG TOTAL THS_T 7.527
IE IMP_XEU 2022 SN TOTAL THS_M3 121.11
IE IMP_XEU 2022 SN CONIF THS_M3 94.83
IE IMP_XEU 2022 SN NCONIF THS_M3 26.279
IE IMP_XEU 2022 SN NC_TRO THS_M3 12.141
IE IMP_XEU 2022 PN_VN TOTAL THS_M3 9.189
IE IMP_XEU 2022 PN_VN CONIF THS_M3 4.425
IE IMP_XEU 2022 PN_VN NCONIF THS_M3 4.764
IE IMP_XEU 2022 PN_VN NC_TRO THS_M3 4.405
IE IMP_XEU 2022 PN TOTAL THS_M3 121.476
IE IMP_XEU 2022 PN_PY TOTAL THS_M3 50.486
IE IMP_XEU 2022 PN_PY CONIF THS_M3 43.788
IE IMP_XEU 2022 PN_PY NCONIF THS_M3 6.698
IE IMP_XEU 2022 PN_PY NC_TRO THS_M3 5.328
IE IMP_XEU 2022 PN_PY_LVL TOTAL THS_M3
IE IMP_XEU 2022 PN_PY_LVL CONIF THS_M3
IE IMP_XEU 2022 PN_PY_LVL NCONIF THS_M3
IE IMP_XEU 2022 PN_PY_LVL NC_TRO THS_M3
IE IMP_XEU 2022 PN_PB TOTAL THS_M3 41.756
IE IMP_XEU 2022 PN_PB_OSB TOTAL THS_M3 2.838
IE IMP_XEU 2022 PN_FB TOTAL THS_M3 29.233
IE IMP_XEU 2022 PN_FB_HB TOTAL THS_M3 10.831
IE IMP_XEU 2022 PN_FB_MDF TOTAL THS_M3 13.993
IE IMP_XEU 2022 PN_FB_O TOTAL THS_M3 4.409
IE IMP_XEU 2022 PL TOTAL THS_T 34.277
IE IMP_XEU 2022 PL_MC_SCH TOTAL THS_T 0.627
IE IMP_XEU 2022 PL_CH TOTAL THS_T 4.127
IE IMP_XEU 2022 PL_CH_SA TOTAL THS_T 4.038
IE IMP_XEU 2022 PL_CH_SAB TOTAL THS_T 2.837
IE IMP_XEU 2022 PL_CH_SI TOTAL THS_T 0.088
IE IMP_XEU 2022 PL_DS TOTAL THS_T 29.523
IE IMP_XEU 2022 PLO TOTAL THS_T 1.568
IE IMP_XEU 2022 PLO_NW TOTAL THS_T 0.032
IE IMP_XEU 2022 PLO_RC TOTAL THS_T 1.536
IE IMP_XEU 2022 RCP TOTAL THS_T
IE IMP_XEU 2022 PP TOTAL THS_T
IE IMP_XEU 2022 PP_GR TOTAL THS_T
IE IMP_XEU 2022 PP_GR_NP TOTAL THS_T
IE IMP_XEU 2022 PP_GR_MC TOTAL THS_T
IE IMP_XEU 2022 PP_GR_NW TOTAL THS_T
IE IMP_XEU 2022 PP_GR_CO TOTAL THS_T
IE IMP_XEU 2022 PP_HS TOTAL THS_T
IE IMP_XEU 2022 PP_PK TOTAL THS_T
IE IMP_XEU 2022 PP_PK_CS TOTAL THS_T
IE IMP_XEU 2022 PP_PK_CB TOTAL THS_T
IE IMP_XEU 2022 PP_PK_WR TOTAL THS_T
IE IMP_XEU 2022 PP_PK_O TOTAL THS_T
IE IMP_XEU 2022 PP_O TOTAL THS_T
IE IMP_XEU 2022 GLT_CLT TOTAL THS_M3
IE IMP_XEU 2022 GLT TOTAL THS_M3
IE IMP_XEU 2022 CLT TOTAL THS_M3
IE IMP_XEU 2022 I_BEAMS TOTAL THS_T
IE IMP_XEU 2022 RW TOTAL THS_NAC 21757
IE IMP_XEU 2022 RW_FW TOTAL THS_NAC 1695
IE IMP_XEU 2022 RW_FW CONIF THS_NAC 523
IE IMP_XEU 2022 RW_FW NCONIF THS_NAC 1172
IE IMP_XEU 2022 RW_IN TOTAL THS_NAC 20062
IE IMP_XEU 2022 RW_IN CONIF THS_NAC 19180
IE IMP_XEU 2022 RW_IN NCONIF THS_NAC 882
IE IMP_XEU 2022 RW_IN NC_TRO THS_NAC 232
IE IMP_XEU 2022 CHA TOTAL THS_NAC 1706
IE IMP_XEU 2022 CHP_RES TOTAL THS_NAC 1555
IE IMP_XEU 2022 CHP TOTAL THS_NAC 1487
IE IMP_XEU 2022 RES TOTAL THS_NAC 67
IE IMP_XEU 2022 RES_SWD TOTAL THS_NAC
IE IMP_XEU 2022 RCW TOTAL THS_NAC
IE IMP_XEU 2022 PEL_AGG TOTAL THS_NAC 14766
IE IMP_XEU 2022 PEL TOTAL THS_NAC 13179
IE IMP_XEU 2022 AGG TOTAL THS_NAC 1587
IE IMP_XEU 2022 SN TOTAL THS_NAC 74476
IE IMP_XEU 2022 SN CONIF THS_NAC 44922
IE IMP_XEU 2022 SN NCONIF THS_NAC 29554
IE IMP_XEU 2022 SN NC_TRO THS_NAC 11576
IE IMP_XEU 2022 PN_VN TOTAL THS_NAC 6288
IE IMP_XEU 2022 PN_VN CONIF THS_NAC 1842
IE IMP_XEU 2022 PN_VN NCONIF THS_NAC 4446
IE IMP_XEU 2022 PN_VN NC_TRO THS_NAC 3044
IE IMP_XEU 2022 PN TOTAL THS_NAC 87079
IE IMP_XEU 2022 PN_PY TOTAL THS_NAC 37708
IE IMP_XEU 2022 PN_PY CONIF THS_NAC 31653
IE IMP_XEU 2022 PN_PY NCONIF THS_NAC 6055
IE IMP_XEU 2022 PN_PY NC_TRO THS_NAC 4287
IE IMP_XEU 2022 PN_PY_LVL TOTAL THS_NAC
IE IMP_XEU 2022 PN_PY_LVL CONIF THS_NAC
IE IMP_XEU 2022 PN_PY_LVL NCONIF THS_NAC
IE IMP_XEU 2022 PN_PY_LVL NC_TRO THS_NAC
IE IMP_XEU 2022 PN_PB TOTAL THS_NAC 26951
IE IMP_XEU 2022 PN_PB_OSB TOTAL THS_NAC 1626
IE IMP_XEU 2022 PN_FB TOTAL THS_NAC 22420
IE IMP_XEU 2022 PN_FB_HB TOTAL THS_NAC 8703
IE IMP_XEU 2022 PN_FB_MDF TOTAL THS_NAC 9590
IE IMP_XEU 2022 PN_FB_O TOTAL THS_NAC 4126
IE IMP_XEU 2022 PL TOTAL THS_NAC 38001
IE IMP_XEU 2022 PL_MC_SCH TOTAL THS_NAC 227
IE IMP_XEU 2022 PL_CH TOTAL THS_NAC 4152
IE IMP_XEU 2022 PL_CH_SA TOTAL THS_NAC 3848
IE IMP_XEU 2022 PL_CH_SAB TOTAL THS_NAC 2529
IE IMP_XEU 2022 PL_CH_SI TOTAL THS_NAC 304
IE IMP_XEU 2022 PL_DS TOTAL THS_NAC 33622
IE IMP_XEU 2022 PLO TOTAL THS_NAC 1078
IE IMP_XEU 2022 PLO_NW TOTAL THS_NAC 109
IE IMP_XEU 2022 PLO_RC TOTAL THS_NAC 969
IE IMP_XEU 2022 RCP TOTAL THS_NAC
IE IMP_XEU 2022 PP TOTAL THS_NAC
IE IMP_XEU 2022 PP_GR TOTAL THS_NAC
IE IMP_XEU 2022 PP_GR_NP TOTAL THS_NAC
IE IMP_XEU 2022 PP_GR_MC TOTAL THS_NAC
IE IMP_XEU 2022 PP_GR_NW TOTAL THS_NAC
IE IMP_XEU 2022 PP_GR_CO TOTAL THS_NAC
IE IMP_XEU 2022 PP_HS TOTAL THS_NAC
IE IMP_XEU 2022 PP_PK TOTAL THS_NAC
IE IMP_XEU 2022 PP_PK_CS TOTAL THS_NAC
IE IMP_XEU 2022 PP_PK_CB TOTAL THS_NAC
IE IMP_XEU 2022 PP_PK_WR TOTAL THS_NAC
IE IMP_XEU 2022 PP_PK_O TOTAL THS_NAC
IE IMP_XEU 2022 PP_O TOTAL THS_NAC
IE IMP_XEU 2022 GLT_CLT TOTAL THS_NAC
IE IMP_XEU 2022 GLT TOTAL THS_NAC
IE IMP_XEU 2022 CLT TOTAL THS_NAC
IE IMP_XEU 2022 I_BEAMS TOTAL THS_NAC
IE EXP_XEU 2021 RW TOTAL THS_M3 443.463
IE EXP_XEU 2021 RW_FW TOTAL THS_M3 12.029
IE EXP_XEU 2021 RW_FW CONIF THS_M3 11.993
IE EXP_XEU 2021 RW_FW NCONIF THS_M3 0.036
IE EXP_XEU 2021 RW_IN TOTAL THS_M3 431.434
IE EXP_XEU 2021 RW_IN CONIF THS_M3 431.376
IE EXP_XEU 2021 RW_IN NCONIF THS_M3 0.058
IE EXP_XEU 2021 RW_IN NC_TRO THS_M3 0
IE EXP_XEU 2021 CHA TOTAL THS_T 0.01
IE EXP_XEU 2021 CHP_RES TOTAL THS_M3 77.766
IE EXP_XEU 2021 CHP TOTAL THS_M3 45.776
IE EXP_XEU 2021 RES TOTAL THS_M3 31.991
IE EXP_XEU 2021 RES_SWD TOTAL THS_M3
IE EXP_XEU 2021 RCW TOTAL THS_T 5.023
IE EXP_XEU 2021 PEL_AGG TOTAL THS_T 25.587
IE EXP_XEU 2021 PEL TOTAL THS_T 23.751
IE EXP_XEU 2021 AGG TOTAL THS_T 1.836
IE EXP_XEU 2021 SN TOTAL THS_M3 661.615
IE EXP_XEU 2021 SN CONIF THS_M3 661.268
IE EXP_XEU 2021 SN NCONIF THS_M3 0.347
IE EXP_XEU 2021 SN NC_TRO THS_M3 0.197
IE EXP_XEU 2021 PN_VN TOTAL THS_M3 0.204
IE EXP_XEU 2021 PN_VN CONIF THS_M3 0.009
IE EXP_XEU 2021 PN_VN NCONIF THS_M3 0.195
IE EXP_XEU 2021 PN_VN NC_TRO THS_M3 0.003
IE EXP_XEU 2021 PN TOTAL THS_M3 626.63
IE EXP_XEU 2021 PN_PY TOTAL THS_M3 0.354
IE EXP_XEU 2021 PN_PY CONIF THS_M3 0.081
IE EXP_XEU 2021 PN_PY NCONIF THS_M3 0.273
IE EXP_XEU 2021 PN_PY NC_TRO THS_M3 0.037
IE EXP_XEU 2021 PN_PY_LVL TOTAL THS_M3
IE EXP_XEU 2021 PN_PY_LVL CONIF THS_M3
IE EXP_XEU 2021 PN_PY_LVL NCONIF THS_M3
IE EXP_XEU 2021 PN_PY_LVL NC_TRO THS_M3
IE EXP_XEU 2021 PN_PB TOTAL THS_M3 186.729
IE EXP_XEU 2021 PN_PB_OSB TOTAL THS_M3 168.614
IE EXP_XEU 2021 PN_FB TOTAL THS_M3 439.538
IE EXP_XEU 2021 PN_FB_HB TOTAL THS_M3 32.951
IE EXP_XEU 2021 PN_FB_MDF TOTAL THS_M3 406.577
IE EXP_XEU 2021 PN_FB_O TOTAL THS_M3 0.01
IE EXP_XEU 2021 PL TOTAL THS_T 0.538
IE EXP_XEU 2021 PL_MC_SCH TOTAL THS_T 0.149
IE EXP_XEU 2021 PL_CH TOTAL THS_T 0.001
IE EXP_XEU 2021 PL_CH_SA TOTAL THS_T 0
IE EXP_XEU 2021 PL_CH_SAB TOTAL THS_T
IE EXP_XEU 2021 PL_CH_SI TOTAL THS_T 0.001
IE EXP_XEU 2021 PL_DS TOTAL THS_T 0.387
IE EXP_XEU 2021 PLO TOTAL THS_T 0.001
IE EXP_XEU 2021 PLO_NW TOTAL THS_T 0.001
IE EXP_XEU 2021 PLO_RC TOTAL THS_T 0
IE EXP_XEU 2021 RCP TOTAL THS_T
IE EXP_XEU 2021 PP TOTAL THS_T
IE EXP_XEU 2021 PP_GR TOTAL THS_T
IE EXP_XEU 2021 PP_GR_NP TOTAL THS_T
IE EXP_XEU 2021 PP_GR_MC TOTAL THS_T
IE EXP_XEU 2021 PP_GR_NW TOTAL THS_T
IE EXP_XEU 2021 PP_GR_CO TOTAL THS_T
IE EXP_XEU 2021 PP_HS TOTAL THS_T
IE EXP_XEU 2021 PP_PK TOTAL THS_T
IE EXP_XEU 2021 PP_PK_CS TOTAL THS_T
IE EXP_XEU 2021 PP_PK_CB TOTAL THS_T
IE EXP_XEU 2021 PP_PK_WR TOTAL THS_T
IE EXP_XEU 2021 PP_PK_O TOTAL THS_T
IE EXP_XEU 2021 PP_O TOTAL THS_T
IE EXP_XEU 2021 GLT_CLT TOTAL THS_M3
IE EXP_XEU 2021 GLT TOTAL THS_M3
IE EXP_XEU 2021 CLT TOTAL THS_M3
IE EXP_XEU 2021 I_BEAMS TOTAL THS_T
IE EXP_XEU 2021 RW TOTAL THS_NAC 26875
IE EXP_XEU 2021 RW_FW TOTAL THS_NAC 1941
IE EXP_XEU 2021 RW_FW CONIF THS_NAC 1917
IE EXP_XEU 2021 RW_FW NCONIF THS_NAC 24
IE EXP_XEU 2021 RW_IN TOTAL THS_NAC 24934
IE EXP_XEU 2021 RW_IN CONIF THS_NAC 24871
IE EXP_XEU 2021 RW_IN NCONIF THS_NAC 63
IE EXP_XEU 2021 RW_IN NC_TRO THS_NAC 0
IE EXP_XEU 2021 CHA TOTAL THS_NAC 17
IE EXP_XEU 2021 CHP_RES TOTAL THS_NAC 2524
IE EXP_XEU 2021 CHP TOTAL THS_NAC 1508
IE EXP_XEU 2021 RES TOTAL THS_NAC 1016
IE EXP_XEU 2021 RES_SWD TOTAL THS_NAC
IE EXP_XEU 2021 RCW TOTAL THS_NAC 106
IE EXP_XEU 2021 PEL_AGG TOTAL THS_NAC 6640
IE EXP_XEU 2021 PEL TOTAL THS_NAC 4869
IE EXP_XEU 2021 AGG TOTAL THS_NAC 1771
IE EXP_XEU 2021 SN TOTAL THS_NAC 229627
IE EXP_XEU 2021 SN CONIF THS_NAC 229345
IE EXP_XEU 2021 SN NCONIF THS_NAC 282
IE EXP_XEU 2021 SN NC_TRO THS_NAC 160
IE EXP_XEU 2021 PN_VN TOTAL THS_NAC 1245
IE EXP_XEU 2021 PN_VN CONIF THS_NAC 20
IE EXP_XEU 2021 PN_VN NCONIF THS_NAC 1224
IE EXP_XEU 2021 PN_VN NC_TRO THS_NAC 2
IE EXP_XEU 2021 PN TOTAL THS_NAC 255105
IE EXP_XEU 2021 PN_PY TOTAL THS_NAC 404
IE EXP_XEU 2021 PN_PY CONIF THS_NAC 52
IE EXP_XEU 2021 PN_PY NCONIF THS_NAC 351
IE EXP_XEU 2021 PN_PY NC_TRO THS_NAC 26
IE EXP_XEU 2021 PN_PY_LVL TOTAL THS_NAC
IE EXP_XEU 2021 PN_PY_LVL CONIF THS_NAC
IE EXP_XEU 2021 PN_PY_LVL NCONIF THS_NAC
IE EXP_XEU 2021 PN_PY_LVL NC_TRO THS_NAC
IE EXP_XEU 2021 PN_PB TOTAL THS_NAC 73887
IE EXP_XEU 2021 PN_PB_OSB TOTAL THS_NAC 64180
IE EXP_XEU 2021 PN_FB TOTAL THS_NAC 180814
IE EXP_XEU 2021 PN_FB_HB TOTAL THS_NAC 29011
IE EXP_XEU 2021 PN_FB_MDF TOTAL THS_NAC 151786
IE EXP_XEU 2021 PN_FB_O TOTAL THS_NAC 17
IE EXP_XEU 2021 PL TOTAL THS_NAC 532
IE EXP_XEU 2021 PL_MC_SCH TOTAL THS_NAC 68
IE EXP_XEU 2021 PL_CH TOTAL THS_NAC 3
IE EXP_XEU 2021 PL_CH_SA TOTAL THS_NAC 0
IE EXP_XEU 2021 PL_CH_SAB TOTAL THS_NAC
IE EXP_XEU 2021 PL_CH_SI TOTAL THS_NAC 3
IE EXP_XEU 2021 PL_DS TOTAL THS_NAC 461
IE EXP_XEU 2021 PLO TOTAL THS_NAC 1
IE EXP_XEU 2021 PLO_NW TOTAL THS_NAC 1
IE EXP_XEU 2021 PLO_RC TOTAL THS_NAC 0
IE EXP_XEU 2021 RCP TOTAL THS_NAC
IE EXP_XEU 2021 PP TOTAL THS_NAC
IE EXP_XEU 2021 PP_GR TOTAL THS_NAC
IE EXP_XEU 2021 PP_GR_NP TOTAL THS_NAC
IE EXP_XEU 2021 PP_GR_MC TOTAL THS_NAC
IE EXP_XEU 2021 PP_GR_NW TOTAL THS_NAC
IE EXP_XEU 2021 PP_GR_CO TOTAL THS_NAC
IE EXP_XEU 2021 PP_HS TOTAL THS_NAC
IE EXP_XEU 2021 PP_PK TOTAL THS_NAC
IE EXP_XEU 2021 PP_PK_CS TOTAL THS_NAC
IE EXP_XEU 2021 PP_PK_CB TOTAL THS_NAC
IE EXP_XEU 2021 PP_PK_WR TOTAL THS_NAC
IE EXP_XEU 2021 PP_PK_O TOTAL THS_NAC
IE EXP_XEU 2021 PP_O TOTAL THS_NAC
IE EXP_XEU 2021 GLT_CLT TOTAL THS_NAC
IE EXP_XEU 2021 GLT TOTAL THS_NAC
IE EXP_XEU 2021 CLT TOTAL THS_NAC
IE EXP_XEU 2021 I_BEAMS TOTAL THS_NAC
IE EXP_XEU 2022 RW TOTAL THS_M3 431.904
IE EXP_XEU 2022 RW_FW TOTAL THS_M3 7.049
IE EXP_XEU 2022 RW_FW CONIF THS_M3 6.837
IE EXP_XEU 2022 RW_FW NCONIF THS_M3 0.212
IE EXP_XEU 2022 RW_IN TOTAL THS_M3 424.855
IE EXP_XEU 2022 RW_IN CONIF THS_M3 424.847
IE EXP_XEU 2022 RW_IN NCONIF THS_M3 0.008
IE EXP_XEU 2022 RW_IN NC_TRO THS_M3 0.001
IE EXP_XEU 2022 CHA TOTAL THS_T 0.092
IE EXP_XEU 2022 CHP_RES TOTAL THS_M3 124.122
IE EXP_XEU 2022 CHP TOTAL THS_M3 58.721
IE EXP_XEU 2022 RES TOTAL THS_M3 65.401
IE EXP_XEU 2022 RES_SWD TOTAL THS_M3
IE EXP_XEU 2022 RCW TOTAL THS_T
IE EXP_XEU 2022 PEL_AGG TOTAL THS_T 36.864
IE EXP_XEU 2022 PEL TOTAL THS_T 26.891
IE EXP_XEU 2022 AGG TOTAL THS_T 9.973
IE EXP_XEU 2022 SN TOTAL THS_M3 636.961
IE EXP_XEU 2022 SN CONIF THS_M3 636.413
IE EXP_XEU 2022 SN NCONIF THS_M3 0.547
IE EXP_XEU 2022 SN NC_TRO THS_M3 0.102
IE EXP_XEU 2022 PN_VN TOTAL THS_M3 0.168
IE EXP_XEU 2022 PN_VN CONIF THS_M3 0.009
IE EXP_XEU 2022 PN_VN NCONIF THS_M3 0.16
IE EXP_XEU 2022 PN_VN NC_TRO THS_M3 0
IE EXP_XEU 2022 PN TOTAL THS_M3 546.009
IE EXP_XEU 2022 PN_PY TOTAL THS_M3 0.791
IE EXP_XEU 2022 PN_PY CONIF THS_M3 0.693
IE EXP_XEU 2022 PN_PY NCONIF THS_M3 0.098
IE EXP_XEU 2022 PN_PY NC_TRO THS_M3 0.078
IE EXP_XEU 2022 PN_PY_LVL TOTAL THS_M3
IE EXP_XEU 2022 PN_PY_LVL CONIF THS_M3
IE EXP_XEU 2022 PN_PY_LVL NCONIF THS_M3
IE EXP_XEU 2022 PN_PY_LVL NC_TRO THS_M3
IE EXP_XEU 2022 PN_PB TOTAL THS_M3 214.969
IE EXP_XEU 2022 PN_PB_OSB TOTAL THS_M3 193.949
IE EXP_XEU 2022 PN_FB TOTAL THS_M3 330.249
IE EXP_XEU 2022 PN_FB_HB TOTAL THS_M3 0.551
IE EXP_XEU 2022 PN_FB_MDF TOTAL THS_M3 308.679
IE EXP_XEU 2022 PN_FB_O TOTAL THS_M3 21.019
IE EXP_XEU 2022 PL TOTAL THS_T 0.124
IE EXP_XEU 2022 PL_MC_SCH TOTAL THS_T 0.123
IE EXP_XEU 2022 PL_CH TOTAL THS_T 0.001
IE EXP_XEU 2022 PL_CH_SA TOTAL THS_T 0.001
IE EXP_XEU 2022 PL_CH_SAB TOTAL THS_T
IE EXP_XEU 2022 PL_CH_SI TOTAL THS_T
IE EXP_XEU 2022 PL_DS TOTAL THS_T 0
IE EXP_XEU 2022 PLO TOTAL THS_T 0.009
IE EXP_XEU 2022 PLO_NW TOTAL THS_T 0.009
IE EXP_XEU 2022 PLO_RC TOTAL THS_T
IE EXP_XEU 2022 RCP TOTAL THS_T
IE EXP_XEU 2022 PP TOTAL THS_T
IE EXP_XEU 2022 PP_GR TOTAL THS_T
IE EXP_XEU 2022 PP_GR_NP TOTAL THS_T
IE EXP_XEU 2022 PP_GR_MC TOTAL THS_T
IE EXP_XEU 2022 PP_GR_NW TOTAL THS_T
IE EXP_XEU 2022 PP_GR_CO TOTAL THS_T
IE EXP_XEU 2022 PP_HS TOTAL THS_T
IE EXP_XEU 2022 PP_PK TOTAL THS_T
IE EXP_XEU 2022 PP_PK_CS TOTAL THS_T
IE EXP_XEU 2022 PP_PK_CB TOTAL THS_T
IE EXP_XEU 2022 PP_PK_WR TOTAL THS_T
IE EXP_XEU 2022 PP_PK_O TOTAL THS_T
IE EXP_XEU 2022 PP_O TOTAL THS_T
IE EXP_XEU 2022 GLT_CLT TOTAL THS_M3
IE EXP_XEU 2022 GLT TOTAL THS_M3
IE EXP_XEU 2022 CLT TOTAL THS_M3
IE EXP_XEU 2022 I_BEAMS TOTAL THS_T
IE EXP_XEU 2022 RW TOTAL THS_NAC 27894
IE EXP_XEU 2022 RW_FW TOTAL THS_NAC 1406
IE EXP_XEU 2022 RW_FW CONIF THS_NAC 1345
IE EXP_XEU 2022 RW_FW NCONIF THS_NAC 61
IE EXP_XEU 2022 RW_IN TOTAL THS_NAC 26488
IE EXP_XEU 2022 RW_IN CONIF THS_NAC 26476
IE EXP_XEU 2022 RW_IN NCONIF THS_NAC 12
IE EXP_XEU 2022 RW_IN NC_TRO THS_NAC 3
IE EXP_XEU 2022 CHA TOTAL THS_NAC 79
IE EXP_XEU 2022 CHP_RES TOTAL THS_NAC 17482
IE EXP_XEU 2022 CHP TOTAL THS_NAC 16300
IE EXP_XEU 2022 RES TOTAL THS_NAC 1182
IE EXP_XEU 2022 RES_SWD TOTAL THS_NAC
IE EXP_XEU 2022 RCW TOTAL THS_NAC
IE EXP_XEU 2022 PEL_AGG TOTAL THS_NAC 9771
IE EXP_XEU 2022 PEL TOTAL THS_NAC 7229
IE EXP_XEU 2022 AGG TOTAL THS_NAC 2542
IE EXP_XEU 2022 SN TOTAL THS_NAC 211777
IE EXP_XEU 2022 SN CONIF THS_NAC 211199
IE EXP_XEU 2022 SN NCONIF THS_NAC 578
IE EXP_XEU 2022 SN NC_TRO THS_NAC 91
IE EXP_XEU 2022 PN_VN TOTAL THS_NAC 955
IE EXP_XEU 2022 PN_VN CONIF THS_NAC 121
IE EXP_XEU 2022 PN_VN NCONIF THS_NAC 834
IE EXP_XEU 2022 PN_VN NC_TRO THS_NAC 0
IE EXP_XEU 2022 PN TOTAL THS_NAC 292621
IE EXP_XEU 2022 PN_PY TOTAL THS_NAC 1471
IE EXP_XEU 2022 PN_PY CONIF THS_NAC 1349
IE EXP_XEU 2022 PN_PY NCONIF THS_NAC 122
IE EXP_XEU 2022 PN_PY NC_TRO THS_NAC 86
IE EXP_XEU 2022 PN_PY_LVL TOTAL THS_NAC
IE EXP_XEU 2022 PN_PY_LVL CONIF THS_NAC
IE EXP_XEU 2022 PN_PY_LVL NCONIF THS_NAC
IE EXP_XEU 2022 PN_PY_LVL NC_TRO THS_NAC
IE EXP_XEU 2022 PN_PB TOTAL THS_NAC 82367
IE EXP_XEU 2022 PN_PB_OSB TOTAL THS_NAC 69241
IE EXP_XEU 2022 PN_FB TOTAL THS_NAC 208783
IE EXP_XEU 2022 PN_FB_HB TOTAL THS_NAC 597
IE EXP_XEU 2022 PN_FB_MDF TOTAL THS_NAC 190053
IE EXP_XEU 2022 PN_FB_O TOTAL THS_NAC 18133
IE EXP_XEU 2022 PL TOTAL THS_NAC 67
IE EXP_XEU 2022 PL_MC_SCH TOTAL THS_NAC 65
IE EXP_XEU 2022 PL_CH TOTAL THS_NAC 1
IE EXP_XEU 2022 PL_CH_SA TOTAL THS_NAC 1
IE EXP_XEU 2022 PL_CH_SAB TOTAL THS_NAC
IE EXP_XEU 2022 PL_CH_SI TOTAL THS_NAC
IE EXP_XEU 2022 PL_DS TOTAL THS_NAC 0
IE EXP_XEU 2022 PLO TOTAL THS_NAC 7
IE EXP_XEU 2022 PLO_NW TOTAL THS_NAC 7
IE EXP_XEU 2022 PLO_RC TOTAL THS_NAC
IE EXP_XEU 2022 RCP TOTAL THS_NAC
IE EXP_XEU 2022 PP TOTAL THS_NAC
IE EXP_XEU 2022 PP_GR TOTAL THS_NAC
IE EXP_XEU 2022 PP_GR_NP TOTAL THS_NAC
IE EXP_XEU 2022 PP_GR_MC TOTAL THS_NAC
IE EXP_XEU 2022 PP_GR_NW TOTAL THS_NAC
IE EXP_XEU 2022 PP_GR_CO TOTAL THS_NAC
IE EXP_XEU 2022 PP_HS TOTAL THS_NAC
IE EXP_XEU 2022 PP_PK TOTAL THS_NAC
IE EXP_XEU 2022 PP_PK_CS TOTAL THS_NAC
IE EXP_XEU 2022 PP_PK_CB TOTAL THS_NAC
IE EXP_XEU 2022 PP_PK_WR TOTAL THS_NAC
IE EXP_XEU 2022 PP_PK_O TOTAL THS_NAC
IE EXP_XEU 2022 PP_O TOTAL THS_NAC
IE EXP_XEU 2022 GLT_CLT TOTAL THS_NAC
IE EXP_XEU 2022 GLT TOTAL THS_NAC
IE EXP_XEU 2022 CLT TOTAL THS_NAC
IE EXP_XEU 2022 I_BEAMS TOTAL THS_NAC
IE IMP 2021 SW TOTAL THS_NAC 607907
IE IMP 2021 SW_SN TOTAL THS_NAC 12600
IE IMP 2021 SW_SN CONIF THS_NAC 6503
IE IMP 2021 SW_SN NCONIF THS_NAC 6097
IE IMP 2021 SW_SN NC_TRO THS_NAC 551
IE IMP 2021 SW_WR TOTAL THS_NAC 37563
IE IMP 2021 SW_DM TOTAL THS_NAC 26207
IE IMP 2021 SW_JN TOTAL THS_NAC 120308
IE IMP 2021 SW_FU TOTAL THS_NAC 354679
IE IMP 2021 SW_BL_W TOTAL THS_NAC 16986
IE IMP 2021 SW_O TOTAL THS_NAC 39564
IE IMP 2021 SP TOTAL THS_NAC 648031
IE IMP 2021 SP_CM TOTAL THS_NAC 2823
IE IMP 2021 SP_SCO TOTAL THS_NAC 46868
IE IMP 2021 SP_HS TOTAL THS_NAC 142740
IE IMP 2021 SP_PK TOTAL THS_NAC 286447
IE IMP 2021 SP_O TOTAL THS_NAC 169153
IE IMP 2021 SP_O_PR TOTAL THS_NAC 2276
IE IMP 2021 SP_O_AR TOTAL THS_NAC 9644
IE IMP 2021 SP_O_FL TOTAL THS_NAC 3656
IE IMP 2022 SW TOTAL THS_NAC 704474
IE IMP 2022 SW_SN TOTAL THS_NAC 14303
IE IMP 2022 SW_SN CONIF THS_NAC 6697
IE IMP 2022 SW_SN NCONIF THS_NAC 7606
IE IMP 2022 SW_SN NC_TRO THS_NAC 1012
IE IMP 2022 SW_WR TOTAL THS_NAC 57953
IE IMP 2022 SW_DM TOTAL THS_NAC 29896
IE IMP 2022 SW_JN TOTAL THS_NAC 128327
IE IMP 2022 SW_FU TOTAL THS_NAC 404714
IE IMP 2022 SW_BL_W TOTAL THS_NAC 24119
IE IMP 2022 SW_O TOTAL THS_NAC 45161
IE IMP 2022 SP TOTAL THS_NAC 856898
IE IMP 2022 SP_CM TOTAL THS_NAC 6205
IE IMP 2022 SP_SCO TOTAL THS_NAC 62667
IE IMP 2022 SP_HS TOTAL THS_NAC 205816
IE IMP 2022 SP_PK TOTAL THS_NAC 370337
IE IMP 2022 SP_O TOTAL THS_NAC 211873
IE IMP 2022 SP_O_PR TOTAL THS_NAC 3544
IE IMP 2022 SP_O_AR TOTAL THS_NAC 11411
IE IMP 2022 SP_O_FL TOTAL THS_NAC 4515
IE EXP 2021 SW TOTAL THS_NAC 113875
IE EXP 2021 SW_SN TOTAL THS_NAC 2656
IE EXP 2021 SW_SN CONIF THS_NAC 1522
IE EXP 2021 SW_SN NCONIF THS_NAC 1134
IE EXP 2021 SW_SN NC_TRO THS_NAC 0
IE EXP 2021 SW_WR TOTAL THS_NAC 24556
IE EXP 2021 SW_DM TOTAL THS_NAC 2080
IE EXP 2021 SW_JN TOTAL THS_NAC 26358
IE EXP 2021 SW_FU TOTAL THS_NAC 50855
IE EXP 2021 SW_BL_W TOTAL THS_NAC 1334
IE EXP 2021 SW_O TOTAL THS_NAC 6036
IE EXP 2021 SP TOTAL THS_NAC 193492
IE EXP 2021 SP_CM TOTAL THS_NAC 160
IE EXP 2021 SP_SCO TOTAL THS_NAC 5851
IE EXP 2021 SP_HS TOTAL THS_NAC 20294
IE EXP 2021 SP_PK TOTAL THS_NAC 106853
IE EXP 2021 SP_O TOTAL THS_NAC 60334
IE EXP 2021 SP_O_PR TOTAL THS_NAC 169
IE EXP 2021 SP_O_AR TOTAL THS_NAC 785
IE EXP 2021 SP_O_FL TOTAL THS_NAC 211
IE EXP 2022 SW TOTAL THS_NAC 143560
IE EXP 2022 SW_SN TOTAL THS_NAC 2654
IE EXP 2022 SW_SN CONIF THS_NAC 1586
IE EXP 2022 SW_SN NCONIF THS_NAC 1067
IE EXP 2022 SW_SN NC_TRO THS_NAC 0
IE EXP 2022 SW_WR TOTAL THS_NAC 30747
IE EXP 2022 SW_DM TOTAL THS_NAC 8969
IE EXP 2022 SW_JN TOTAL THS_NAC 33505
IE EXP 2022 SW_FU TOTAL THS_NAC 56744
IE EXP 2022 SW_BL_W TOTAL THS_NAC 1305
IE EXP 2022 SW_O TOTAL THS_NAC 9636
IE EXP 2022 SP TOTAL THS_NAC 229109
IE EXP 2022 SP_CM TOTAL THS_NAC 64
IE EXP 2022 SP_SCO TOTAL THS_NAC 9233
IE EXP 2022 SP_HS TOTAL THS_NAC 12623
IE EXP 2022 SP_PK TOTAL THS_NAC 139667
IE EXP 2022 SP_O TOTAL THS_NAC 67522
IE EXP 2022 SP_O_PR TOTAL THS_NAC 136
IE EXP 2022 SP_O_AR TOTAL THS_NAC 617
IE EXP 2022 SP_O_FL TOTAL THS_NAC 319
IE IMP 2021 ST_1_2 CONIF THS_M3
IE IMP 2021 ST_1_2 C_PIN THS_M3
IE IMP 2021 ST_1_2_1 C_PIN THS_M3
IE IMP 2021 ST_1_2_2 C_PIN THS_M3
IE IMP 2021 ST_1_2 C_FIR THS_M3
IE IMP 2021 ST_1_2_1 C_FIR THS_M3
IE IMP 2021 ST_1_2_2 C_FIR THS_M3
IE IMP 2021 ST_1_2 NCONIF THS_M3
IE IMP 2021 ST_1_2 NC_OAK THS_M3
IE IMP 2021 ST_1_2 NC_BEE THS_M3
IE IMP 2021 ST_1_2 NC_BIR THS_M3
IE IMP 2021 ST_1_2_1 NC_BIR THS_M3
IE IMP 2021 ST_1_2_2 NC_BIR THS_M3
IE IMP 2021 ST_1_2 NC_POP THS_M3
IE IMP 2021 ST_1_2 NC_EUC THS_M3
IE IMP 2021 ST_6 CONIF THS_M3
IE IMP 2021 ST_6 C_PIN THS_M3
IE IMP 2021 ST_6 C_FIR THS_M3
IE IMP 2021 ST_6 NCONIF THS_M3
IE IMP 2021 ST_6 NC_OAK THS_M3
IE IMP 2021 ST_6 NC_BEE THS_M3
IE IMP 2021 ST_6 NC_MAP THS_M3
IE IMP 2021 ST_6 NC_CHE THS_M3
IE IMP 2021 ST_6 NC_ASH THS_M3
IE IMP 2021 ST_6 NC_BIR THS_M3
IE IMP 2021 ST_6 NC_POP THS_M3
IE IMP 2021 ST_1_2 CONIF THS_NAC
IE IMP 2021 ST_1_2 C_PIN THS_NAC
IE IMP 2021 ST_1_2_1 C_PIN THS_NAC
IE IMP 2021 ST_1_2_2 C_PIN THS_NAC
IE IMP 2021 ST_1_2 C_FIR THS_NAC
IE IMP 2021 ST_1_2_1 C_FIR THS_NAC
IE IMP 2021 ST_1_2_2 C_FIR THS_NAC
IE IMP 2021 ST_1_2 NCONIF THS_NAC
IE IMP 2021 ST_1_2 NC_OAK THS_NAC
IE IMP 2021 ST_1_2 NC_BEE THS_NAC
IE IMP 2021 ST_1_2 NC_BIR THS_NAC
IE IMP 2021 ST_1_2_1 NC_BIR THS_NAC
IE IMP 2021 ST_1_2_2 NC_BIR THS_NAC
IE IMP 2021 ST_1_2 NC_POP THS_NAC
IE IMP 2021 ST_1_2 NC_EUC THS_NAC
IE IMP 2021 ST_6 CONIF THS_NAC
IE IMP 2021 ST_6 C_PIN THS_NAC
IE IMP 2021 ST_6 C_FIR THS_NAC
IE IMP 2021 ST_6 NCONIF THS_NAC
IE IMP 2021 ST_6 NC_OAK THS_NAC
IE IMP 2021 ST_6 NC_BEE THS_NAC
IE IMP 2021 ST_6 NC_MAP THS_NAC
IE IMP 2021 ST_6 NC_CHE THS_NAC
IE IMP 2021 ST_6 NC_ASH THS_NAC
IE IMP 2021 ST_6 NC_BIR THS_NAC
IE IMP 2021 ST_6 NC_POP THS_NAC
IE IMP 2022 ST_1_2 CONIF THS_M3
IE IMP 2022 ST_1_2 C_PIN THS_M3
IE IMP 2022 ST_1_2_1 C_PIN THS_M3
IE IMP 2022 ST_1_2_2 C_PIN THS_M3
IE IMP 2022 ST_1_2 C_FIR THS_M3
IE IMP 2022 ST_1_2_1 C_FIR THS_M3
IE IMP 2022 ST_1_2_2 C_FIR THS_M3
IE IMP 2022 ST_1_2 NCONIF THS_M3
IE IMP 2022 ST_1_2 NC_OAK THS_M3
IE IMP 2022 ST_1_2 NC_BEE THS_M3
IE IMP 2022 ST_1_2 NC_BIR THS_M3
IE IMP 2022 ST_1_2_1 NC_BIR THS_M3
IE IMP 2022 ST_1_2_2 NC_BIR THS_M3
IE IMP 2022 ST_1_2 NC_POP THS_M3
IE IMP 2022 ST_1_2 NC_EUC THS_M3
IE IMP 2022 ST_6 CONIF THS_M3
IE IMP 2022 ST_6 C_PIN THS_M3
IE IMP 2022 ST_6 C_FIR THS_M3
IE IMP 2022 ST_6 NCONIF THS_M3
IE IMP 2022 ST_6 NC_OAK THS_M3
IE IMP 2022 ST_6 NC_BEE THS_M3
IE IMP 2022 ST_6 NC_MAP THS_M3
IE IMP 2022 ST_6 NC_CHE THS_M3
IE IMP 2022 ST_6 NC_ASH THS_M3
IE IMP 2022 ST_6 NC_BIR THS_M3
IE IMP 2022 ST_6 NC_POP THS_M3
IE IMP 2022 ST_1_2 CONIF THS_NAC
IE IMP 2022 ST_1_2 C_PIN THS_NAC
IE IMP 2022 ST_1_2_1 C_PIN THS_NAC
IE IMP 2022 ST_1_2_2 C_PIN THS_NAC
IE IMP 2022 ST_1_2 C_FIR THS_NAC
IE IMP 2022 ST_1_2_1 C_FIR THS_NAC
IE IMP 2022 ST_1_2_2 C_FIR THS_NAC
IE IMP 2022 ST_1_2 NCONIF THS_NAC
IE IMP 2022 ST_1_2 NC_OAK THS_NAC
IE IMP 2022 ST_1_2 NC_BEE THS_NAC
IE IMP 2022 ST_1_2 NC_BIR THS_NAC
IE IMP 2022 ST_1_2_1 NC_BIR THS_NAC
IE IMP 2022 ST_1_2_2 NC_BIR THS_NAC
IE IMP 2022 ST_1_2 NC_POP THS_NAC
IE IMP 2022 ST_1_2 NC_EUC THS_NAC
IE IMP 2022 ST_6 CONIF THS_NAC
IE IMP 2022 ST_6 C_PIN THS_NAC
IE IMP 2022 ST_6 C_FIR THS_NAC
IE IMP 2022 ST_6 NCONIF THS_NAC
IE IMP 2022 ST_6 NC_OAK THS_NAC
IE IMP 2022 ST_6 NC_BEE THS_NAC
IE IMP 2022 ST_6 NC_MAP THS_NAC
IE IMP 2022 ST_6 NC_CHE THS_NAC
IE IMP 2022 ST_6 NC_ASH THS_NAC
IE IMP 2022 ST_6 NC_BIR THS_NAC
IE IMP 2022 ST_6 NC_POP THS_NAC
IE EXP 2021 ST_1_2 CONIF THS_M3
IE EXP 2021 ST_1_2 C_PIN THS_M3
IE EXP 2021 ST_1_2_1 C_PIN THS_M3
IE EXP 2021 ST_1_2_2 C_PIN THS_M3
IE EXP 2021 ST_1_2 C_FIR THS_M3
IE EXP 2021 ST_1_2_1 C_FIR THS_M3
IE EXP 2021 ST_1_2_2 C_FIR THS_M3
IE EXP 2021 ST_1_2 NCONIF THS_M3
IE EXP 2021 ST_1_2 NC_OAK THS_M3
IE EXP 2021 ST_1_2 NC_BEE THS_M3
IE EXP 2021 ST_1_2 NC_BIR THS_M3
IE EXP 2021 ST_1_2_1 NC_BIR THS_M3
IE EXP 2021 ST_1_2_2 NC_BIR THS_M3
IE EXP 2021 ST_1_2 NC_POP THS_M3
IE EXP 2021 ST_1_2 NC_EUC THS_M3
IE EXP 2021 ST_6 CONIF THS_M3
IE EXP 2021 ST_6 C_PIN THS_M3
IE EXP 2021 ST_6 C_FIR THS_M3
IE EXP 2021 ST_6 NCONIF THS_M3
IE EXP 2021 ST_6 NC_OAK THS_M3
IE EXP 2021 ST_6 NC_BEE THS_M3
IE EXP 2021 ST_6 NC_MAP THS_M3
IE EXP 2021 ST_6 NC_CHE THS_M3
IE EXP 2021 ST_6 NC_ASH THS_M3
IE EXP 2021 ST_6 NC_BIR THS_M3
IE EXP 2021 ST_6 NC_POP THS_M3
IE EXP 2021 ST_1_2 CONIF THS_NAC
IE EXP 2021 ST_1_2 C_PIN THS_NAC
IE EXP 2021 ST_1_2_1 C_PIN THS_NAC
IE EXP 2021 ST_1_2_2 C_PIN THS_NAC
IE EXP 2021 ST_1_2 C_FIR THS_NAC
IE EXP 2021 ST_1_2_1 C_FIR THS_NAC
IE EXP 2021 ST_1_2_2 C_FIR THS_NAC
IE EXP 2021 ST_1_2 NCONIF THS_NAC
IE EXP 2021 ST_1_2 NC_OAK THS_NAC
IE EXP 2021 ST_1_2 NC_BEE THS_NAC
IE EXP 2021 ST_1_2 NC_BIR THS_NAC
IE EXP 2021 ST_1_2_1 NC_BIR THS_NAC
IE EXP 2021 ST_1_2_2 NC_BIR THS_NAC
IE EXP 2021 ST_1_2 NC_POP THS_NAC
IE EXP 2021 ST_1_2 NC_EUC THS_NAC
IE EXP 2021 ST_6 CONIF THS_NAC
IE EXP 2021 ST_6 C_PIN THS_NAC
IE EXP 2021 ST_6 C_FIR THS_NAC
IE EXP 2021 ST_6 NCONIF THS_NAC
IE EXP 2021 ST_6 NC_OAK THS_NAC
IE EXP 2021 ST_6 NC_BEE THS_NAC
IE EXP 2021 ST_6 NC_MAP THS_NAC
IE EXP 2021 ST_6 NC_CHE THS_NAC
IE EXP 2021 ST_6 NC_ASH THS_NAC
IE EXP 2021 ST_6 NC_BIR THS_NAC
IE EXP 2021 ST_6 NC_POP THS_NAC
IE EXP 2022 ST_1_2 CONIF THS_M3
IE EXP 2022 ST_1_2 C_PIN THS_M3
IE EXP 2022 ST_1_2_1 C_PIN THS_M3
IE EXP 2022 ST_1_2_2 C_PIN THS_M3
IE EXP 2022 ST_1_2 C_FIR THS_M3
IE EXP 2022 ST_1_2_1 C_FIR THS_M3
IE EXP 2022 ST_1_2_2 C_FIR THS_M3
IE EXP 2022 ST_1_2 NCONIF THS_M3
IE EXP 2022 ST_1_2 NC_OAK THS_M3
IE EXP 2022 ST_1_2 NC_BEE THS_M3
IE EXP 2022 ST_1_2 NC_BIR THS_M3
IE EXP 2022 ST_1_2_1 NC_BIR THS_M3
IE EXP 2022 ST_1_2_2 NC_BIR THS_M3
IE EXP 2022 ST_1_2 NC_POP THS_M3
IE EXP 2022 ST_1_2 NC_EUC THS_M3
IE EXP 2022 ST_6 CONIF THS_M3
IE EXP 2022 ST_6 C_PIN THS_M3
IE EXP 2022 ST_6 C_FIR THS_M3
IE EXP 2022 ST_6 NCONIF THS_M3
IE EXP 2022 ST_6 NC_OAK THS_M3
IE EXP 2022 ST_6 NC_BEE THS_M3
IE EXP 2022 ST_6 NC_MAP THS_M3
IE EXP 2022 ST_6 NC_CHE THS_M3
IE EXP 2022 ST_6 NC_ASH THS_M3
IE EXP 2022 ST_6 NC_BIR THS_M3
IE EXP 2022 ST_6 NC_POP THS_M3
IE EXP 2022 ST_1_2 CONIF THS_NAC
IE EXP 2022 ST_1_2 C_PIN THS_NAC
IE EXP 2022 ST_1_2_1 C_PIN THS_NAC
IE EXP 2022 ST_1_2_2 C_PIN THS_NAC
IE EXP 2022 ST_1_2 C_FIR THS_NAC
IE EXP 2022 ST_1_2_1 C_FIR THS_NAC
IE EXP 2022 ST_1_2_2 C_FIR THS_NAC
IE EXP 2022 ST_1_2 NCONIF THS_NAC
IE EXP 2022 ST_1_2 NC_OAK THS_NAC
IE EXP 2022 ST_1_2 NC_BEE THS_NAC
IE EXP 2022 ST_1_2 NC_BIR THS_NAC
IE EXP 2022 ST_1_2_1 NC_BIR THS_NAC
IE EXP 2022 ST_1_2_2 NC_BIR THS_NAC
IE EXP 2022 ST_1_2 NC_POP THS_NAC
IE EXP 2022 ST_1_2 NC_EUC THS_NAC
IE EXP 2022 ST_6 CONIF THS_NAC
IE EXP 2022 ST_6 C_PIN THS_NAC
IE EXP 2022 ST_6 C_FIR THS_NAC
IE EXP 2022 ST_6 NCONIF THS_NAC
IE EXP 2022 ST_6 NC_OAK THS_NAC
IE EXP 2022 ST_6 NC_BEE THS_NAC
IE EXP 2022 ST_6 NC_MAP THS_NAC
IE EXP 2022 ST_6 NC_CHE THS_NAC
IE EXP 2022 ST_6 NC_ASH THS_NAC
IE EXP 2022 ST_6 NC_BIR THS_NAC
IE EXP 2022 ST_6 NC_POP THS_NAC
IE PRD 2021 EU2_1 TOTAL THS_M3
IE PRD 2021 EU2_1 CONIF THS_M3
IE PRD 2021 EU2_1 NCONIF THS_M3
IE PRD 2021 EU2_1_1 TOTAL THS_M3
IE PRD 2021 EU2_1_1 CONIF THS_M3
IE PRD 2021 EU2_1_1 NCONIF THS_M3
IE PRD 2021 EU2_1_2 TOTAL THS_M3
IE PRD 2021 EU2_1_2 CONIF THS_M3
IE PRD 2021 EU2_1_2 NCONIF THS_M3
IE PRD 2021 EU2_1_3 TOTAL THS_M3
IE PRD 2021 EU2_1_3 CONIF THS_M3
IE PRD 2021 EU2_1_3 NCONIF THS_M3
IE PRD 2022 EU2_1 TOTAL THS_M3
IE PRD 2022 EU2_1 CONIF THS_M3
IE PRD 2022 EU2_1 NCONIF THS_M3
IE PRD 2022 EU2_1_1 TOTAL THS_M3
IE PRD 2022 EU2_1_1 CONIF THS_M3
IE PRD 2022 EU2_1_1 NCONIF THS_M3
IE PRD 2022 EU2_1_2 TOTAL THS_M3
IE PRD 2022 EU2_1_2 CONIF THS_M3
IE PRD 2022 EU2_1_2 NCONIF THS_M3
IE PRD 2022 EU2_1_3 TOTAL THS_M3
IE PRD 2022 EU2_1_3 CONIF THS_M3
IE PRD 2022 EU2_1_3 NCONIF THS_M3

Opening and Keynote Speech

Chair of the HLG-MOS

Languages and translations
English

Pádraig Dalton Chair of the HLG-MOS

Original Drivers:

limited funding, full work programs, aging infrastructure, and the challenges of a rapidly evolving environment

Original Response:

consolidation of efforts

increase the relevance of statistical frameworks to contemporary issues

work to evolve and share technology

A look back…

Moving from inside-out to outside-in?

We maintained our assets (GSBPM, GSIM, CSPA etc.)

Increased the use of them

Explored how to access and use new data sources

Developed risk and training frameworks

Process

Data

Product

Statistical Organisation Statistical Organisation

ü

ü

What have we accomplished?

Sharing Tools

CSPA Service Catalogue

Capabilities and Communication

Capabilities Development Training Framework

Risk Management Training

Supporting Standards

Began the review of GSBPM and GSIM

Metadata Glossary: GSBPM phases and sub-processes

GSBPM Quality Indicators for surveys and Admin data sources

LIM Variables

Architecture patterns

Understanding CSPA compliance

What have we accomplished?

Blue Skies Thinking Network

Telling stories with SDG data Hackathon

Workshops and Work Sessions

Work Session on Statistical Data Editing

Reference Data Architecture

Projects

Workshop on Statistical Data Dissemination and Communication

Work Session on Statistical Data Confidentiality

Workshop on Statistical Data Collection

Data Integration Guidelines

Position paper on Machine Learning

Great job!

And a look forward…

Process

Data

Product

ü

ü

?

Statistical Organisation ? Statistical Organisation ?

What are the next key priorities?

[Add content after sprint?]

Comments and Questions?

Keynote presentation

Languages and translations
English

HLG-MOS Moving to the Next Level

Pádraig Dalton Chair of the HLG-MOS

What am I going to talk about?

Where are we now?

What have we accomplished together?

How should we go forward?

How is the role of the HLG-MOS evolving?

Where are we now?

HLG-MOS has been active for 6 years

Activities have involved around 1,000 people in over 50 countries

Increasing global interest in our activities and outputs

What have we delivered?

For the official statistics community:

GSBPM

GSIM

GAMSO

CSPA

Knowledge and experience on Big Data

Knowledge and experience on Data Integration

GSDEMs

Many papers, presentations, videos, wikis, …

Here are some of the main outcomes from previous years

GSDEMs = Generic Statistical Data Editing Models

4

What have we delivered?

For users of statistics

Greater coherence through standardized production processes

Reduced costs / improved quality

But – the real benefits are still to come

So how do we accelerate their delivery?

Analogy: Creating an orchard 1. Scattering the seeds

Many ideas

Which ones will flourish and bear fruit?

Analogy: Creating an orchard 2. Thinning the plants

Some are growing better than others

Competition for resources

Need to decide which ones to keep

Create space for more innovation

Analogy: Creating an orchard 3. Harvesting

Reaping the benefits of our work

A few at first, but many more in the years to come

Where are we?

We supported many ideas

Some grew faster than others (GSBPM, CSPA)

Some were a learning experience (Big Data)

As the first fruits appear, it is time to thin out the lower priorities and focus more on those that will bear most fruit in the future

Picking the priorities

New “Strategic Framework” – June 2016

Future projects and activities must align with this

Less groups, narrower range of “value-add” activities, greater focus on strategic priorities

But still some room for innovation!

Strategic Framework developed during an Executive Board virtual sprint in May 2016, approved by HLG-MOS in June.

Moving to a leaner structure – more information in the presentation by Bert and Trevor tomorrow

10

How is the role of the HLG-MOS evolving?

Growing interest in joining our activities

How big is too big?

Must everybody be involved in everything?

How to be open to all, but keep a cutting-edge focus?

Coalition of the willing – or

Coalition of the willing and able?

Leave a road-map for others to follow and share knowledge and experience

High demand for capacity building

Is this part of our role?

If so, how can we support this effectively

Some strategic issues to be discussed by the HLG-MOS when it meets on Thursday

Partnerships may be an answer to the capacity building issue

11

Beyond statistical production

We are modernising processes, systems and methods

What about the underlying concepts?

Do they need modernising too?

Or is this the type of work that is best covered elsewhere or indeed is already being addressed elsewhere?

A chance to give a personal perspective – if you want to!

12

Celebrating success

A huge amount of work this year:

Data integration

Modernisation maturity models and roadmap

Linked open metadata

Risk management guidelines

Barriers to international collaboration

GAMSO version 1.1

Methodology architecture

Next generation data management

…..

Comments and Questions?

Keynote Presentation

Languages and translations
English

HLG MOS Flexibility and Adaptability

HLG MOS Workshop

November 24, 2015

The Hague

Pádraig Dalton

www.cso.ie

1

1

What am I going to talk about?

Environmental context

Creating an innovative environment

Achievements

What’s next

Challenges

Changing nature of collaboration in some domains

2

Environmental context

Increased user demand

Emergence of global user

Digital age – technology, sources, strategic alliances?

Skills: Re-profiling, outsource?

Data sources evolving

Politicisation – crisis, targets and indicators – real or perceived

Regulation & scrutiny – changing the nature of relationships?

3

Creating an innovation friendly environment

Flexibility and adaptability

Collaboration of the willing – we are here because we want to be here – we are open

Focus on the art of the possible

We take a partnership approach

We have a social conscience - nobody gets left behind – we create road-maps

4

Four main principles:

Openness

Flexibility

Participation

Pragmatism

A vision for an aligned and collaboratively led community

Allows all of us to benefit from collaboration and sharing

Statistical Modernization Community

Vision

An active community allows statistical organisations to contribute towards achieving a shared goal. Individual organisations retain control over the nature of their own contributions with the support of a global community to create a robust and scalable business driven statistical production platform. 

The role of HLG is to provide stewardship and to assist in steering the community to deliver on the shared goal in an efficient manner which recognises the right of individual organisations to determine their own contributions based on their own priorities. HLG are the holders of the vision and they are influential supporters of the work done to help realise this goal.

5

Modernisation activities: Practical example

Shift from primary data collection to increased usage of secondary data sources

Continued evolution from product based to process based organisational structures

Embedding process based models aligned to the GSBPM and GAMSO

Increased usage of visualisation tools across the GSBPM

Recruiting resources with new skill sets

Developing a CSPA compatible architecture

6

Statistical Processing

Quality Management Framework

Customers

Strategy & leadership

Specify needs

Design

Evaluate

Build

Collect

Process

Analyse

Disseminate

Business Support & Capability Building

Administrative Data Centre

Methodology

Quality Framework Management unit

IT

Dissemination

Coordination & Irish Statistical System wide support

Corporate Support

Transformation & Performance

HR

Office services

Marketing

Typesetting

Data Office

Communications

Procurement

Legal

LDU

Printing

Finance

7

Extending our existing sharing practices to the next level

Heads of organizations agree in principle to sharing and collaborating in the community

Organizations contribute as much as they can, in what form they can (capability, funding, etc.)

Sharing in the Community

The statistical community already shares a lot. CSPA for example is merely taking this sharing to the next level, and to allow us to continue to benefit from sharing.

A Statement of Intent will set out the agencies commitment to issues such as CSPA and to sharing and to global solutions. Formalisation of our commitment:

Defines expected behaviour

Helps drive change through our organisations

8

What have we been doing?

Generic skills profile for data scientists

Papers on

“Machine learning” in statistical organistions

Marketing official statistics

Intellectual property

Risk and change management

Generic Activity Model for Statistical Organisations (GAMSO)

9

GAMSO

Released in March 2015

10

Capabilities

Combination of organisation, people, processes, methodology, standards and technology

11

The Sandbox

New subscription model

€10,000 per organisation per year

Non-profit

Managed by subscribers

Not just for Big Data

Open for all statistical collaboration that needs a shared computing environment

12

GSDEMs

Generic Statistical Data Editing Models

Standard models, language and definitions for statistical data editing

Process flow models based on process steps and process controls

13

So what’s next?

That’s what we are here to decide this week

Need balance between continuity and new initiatives

Need balance between evolution and revolution

14

Some modernisation activities - Evolution

Standards based modernisation:

GSBPM

GAMSO

SDMX

DDI

Plug & Play - CSPA

Big Data – Sandbox, privacy, partnership

Branding

Identification of new skill sets

15

Modernisation - Technology - Revolution

Proliferation of mobile technology

Web services

Web scraping

Visualisation

16

Modernisation – What is next

Greater focus on the potential of mobile technology

Opportunities associated with artificial intelligence

Marketing of HLG work and products

Coherent and consistent modernisation standards

CSPA – next phase

Big Data – next phase

People related initiatives – skills – next phase

17

Modernisation Challenges

Busy playing field – a lot of actors

Data sources - access, technology, skill-sets, quality, partnerships

Privacy & Data Protection

Availability of skill sets

Leadership

Communications – one voice

Developing a navigable road-map

Suffocation!!!!

Politicisation – indicators – moving closer to decision makers

Changing nature of collaboration

18

Conclusions

Innovation environment

Staying flexible and adaptable

Collaboration – our model works (?)

Coordination

Communication

Its all about people!!

19

20

Production

Manage

buildings

&

physical

space

Manage

quality

Manage

information

&

knowledge

Manage

consumers

Capability management

Plan capability

improvements

Develop

capability

improvements

Montitor

capabilities

Support

capability

implementation

Manage

finances

Manage

human

resources

Manage

IT

Manage

business &

performance

Manage

data

suppliers

Generic Statistical Business Process Model

Corporate support

Strategy & leadership

Manage strategic collaboration &

cooperation

Govern & leadDefine vision

Manage

statistical

methodolgy

-- Presentation

Languages and translations
English

Statistics to Measure SDG Goals: > SDG 1 - No Poverty > SDG 10 – Reduced Inequalities

UNECE - Group of Experts on Measuring Poverty and Inequality

8-9 December 2022

Presenter: Gerry Reilly

Head of Income, Consumption and Wealth Division Central Statistics Office Ireland

Statistics to Measure SDG Goals – Background Ireland

• Ireland has adopted a whole-of-government approach to SDG implementation. All Irish Government Department ministers retain responsibility for implementing the individual SDGs relating to their Departments.

• The Department of Communication, Climate Action and Environment (DCCE) has responsibility for officially reporting on Ireland's progress toward meeting the SDG targets and the Central Statistics Office (NSI) has a central role in the identification, management, and presentation of the data needed to meet the requirements of the SDG Indicators.

SDG National Implementation Plan 2022-2024 • The DECC is assigned responsibility for developing the SDG National

Implementation Plans (The second SDG National Implementation Plan 2022-2024 was published on 5 October 2022. It was developed in collaboration with all Government Departments, key stakeholders, and based on input from two public consultation processes).

• Plan 2022-2024 sets out five strategic objectives and 51 actions, with 119 individual measures to increase Ireland’s ambition and strengthen implementation structures to achieve the Sustainable Development Goals (SDGs).

• The Plans set out arrangements for interdepartmental coordination, stakeholder engagement and periodic progress reporting on all 169 targets.

SDG National Implementation Plan 2022-2024 1) Strategic Objective 1: To embed the SDG framework into the work of Government

Departments to achieve greater Policy Coherence for Sustainable Development.

2) Strategic Objective 2: To integrate the SDGs into Local Authority (local government) work to better support the localisation of the SDGs.

3) Strategic Objective 3: Greater partnerships for the Goals.

4) Strategic Objective 4: To further incorporate the principle of ‘Leave No One Behind’ into Ireland’s Agenda 2030 implementation and reporting mechanisms.

5) Strategic Objective 5: Strong reporting mechanisms.

Actions planned to progress strategic objectives are set out in Implementation Plan

Strategic Objective 5: Strong reporting mechanisms

• In order to facilitate an effective whole-of-Government approach to SDG implementation, the Implementation Plan includes actions to introduce robust reporting mechanisms to monitor progress on the SDGs and SDG targets as well as on the status of the actions in this Implementation Plan.

• Each Government Department has to set out how it intends to meet the SDG targets for which their Department leads on (where relevant) in the Department’s Statement of Strategy; and provide information on how the Department is implementing the SDG targets in their Annual Reports.

Ireland’s UN SDGs Indicator Reports

• ‘Ireland's UN SDGs – Goal 1 to 17 indicator Reports’

• - a series from the Central Statistics Office (CSO).

SDG Data Governance Board

• CSO and Government Departments and Organisations collaborate to bring together data required for these reports for Ireland’s SDGs.

• This collaboration is formalised under the SDG Data Governance Board • Meet on a Quarterly basis • Lead Department for each Goal

7

Publications - UN SDG Goals https://www.cso.ie/en/statistics/unsustainabledevelopmentgoals/

Goals 1 to 15 – Publications Goals 16 to 17 ongoing

PxStat - CSO’s Data Dissemination Management System for publishing Statistics in Open Data formats.

PxStat - SDG 1.2.2 Deprivation Rate

• SDG 1.1.1 Proportion of the Population Below the International Poverty Line

• SDG 1.2.1 Proportion of the Population Living Below the National Poverty Line

• SDG 1.2.2 Proportion of the Population Living in Poverty in all its Dimensions

• SDG 1.3.1 Proportion of the Population Covered by Social Protection Systems

• SDG 1.4.1 Proportion of the Population Living in Households with Access to Basic Services

• SDG 1.4.2 Proportion of Total Adult Population with Secure Tenure Rights to Land

• SDG 1.5.1 Number of Deaths, Missing Persons and Directly Affected Persons Attributed to Disasters

• SDG 1.5.2 Direct Economic Loss Attributed to Disasters

• SDG 1.5.3 Countries that Adopt and Implement National Disaster Risk Reduction Strategies

• SDG 1.5.4 Local Governments that Adopt and Implement Local Disaster Risk Reduction Strategies

• SDG 1.a.1 Domestic Resources Allocated by Government

• SDG 1.a.2 Total Government Spending on Essential Services

• SDG 1.a.3 Sum of Total Grants and Non-Debt-Creating Inflows Directly Allocated to Poverty Reduction Programmes

• SDG 1.b.1 Proportion of Government Recurrent and Capital Spending to Sectors that Disproportionately Benefit Women, the Poor and Vulnerable Groups

UN SDG 1 – No Poverty

Indicators

POVERTY

HOUSING

ENVIRONMENT

FINANCIAL SUPPORT

Goal 10: Reduced Inequalities Collaborated with: Dept. of Children, Equality, Disability, Integration and Youth (DCEDIY)

• SDG 10.1.1 Growth Rates of Household Expenditure or Income Per Capita Among the Bottom 40 Per Cent of the Population and the Total Population

• SDG 10.2.1 Proportion of People Living Below 50 Per Cent of Median Income, by Sex, Age and Persons with Disabilities

• SDG 10.3.1 Proportion of Population Reporting Having Personally Felt Discriminated Against or Harassed in the Previous 12 Months on the basis of a Ground of Discrimination Prohibited Under International Human Rights Law

• SDG 10.4.1 Labour Share of GDP

• SDG 10.4.2 Redistributive Impact of Fiscal Policy

• SDG 10.5.1 Financial Soundness Indicators

• SDG 10.6.1 Proportion of Members and Voting Rights of Developing Countries in International Organisations

• SDG 10.7.1 Recruitment Cost Borne by Employee as a Proportion of Monthly Income Earned in Country of Destination

• SDG 10.7.2 Number of Countries with Migration Policies that Facilitate Orderly, Safe, Regular and Responsible Migration

• SDG 10.7.3 Number of People who Died or Disappeared in the Process of Migration Towards an International Destination

• SDG 10.7.4 Proportion of the Population who are Refugees, by Country of Origin

• SDG 10.a.1 Proportion of Tariff Lines Applied to Imports from Least Developed Countries and Developing Countries with Zero-Tariff

• SDG 10.b.1 Total Resource Flows for Development, by Recipient and Donor Countries and Type of Flow (e.g. Official Development Assistance, Foreign Direct Investment and Other Flows)

• SDG 10.c.1 Remittance Costs as a Proportion of the Amount Remitted

UN SDG 10 – Reduced Inequalities

Indicators

SOCIAL

FISCAL

MIGRATION

INTERNATIONAL CO-OPERATION

• In addition to Ireland’s formal periodic SDG reporting, the CSO and Ireland’s national mapping agency, Ordnance Survey Ireland (OSi), launched a website for exploring, downloading and combining publicly available national SDG data using geographic information systems. The website (www.irelandsdg.geohive.ie) was built to serve as both a SDG reporting and dissemination platform.

Data hub – SDG Platform http://irelandsdg.geohive.ie/

Data hub – SDG Platform http://irelandsdg.geohive.ie/

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Explore the Sustainable Development Goals Click on a card below to access progress reports and indicator data relating to a particular goal.

There are five main sections to this page and here you can: • View Ireland’s progress towards targets and goals • Access Story Maps relating to the goals • Discover and visualise the data used to create indicators • Find useful links • Register your interest and sign up for upcoming events

Story Maps

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Average Distance to Emergency Hospitals

– Proximity analysisSDGs Publications Measuring Distance to Everyday Services in Ireland

Data hub – SDG Platform http://irelandsdg.geohive.ie/

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  • Statistics to Measure SDG Goals:� > SDG 1 - No Poverty � > SDG 10 – Reduced Inequalities
  • Statistics to Measure SDG Goals – Background Ireland
  • SDG National Implementation Plan 2022-2024
  • SDG National Implementation Plan 2022-2024�
  • Strategic Objective 5: Strong reporting mechanisms�
  • Ireland’s UN SDGs Indicator Reports
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  • Goal 10: Reduced Inequalities � Collaborated with: Dept. of Children, Equality, Disability, Integration and Youth (DCEDIY)
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  • Data hub – SDG Platform http://irelandsdg.geohive.ie/
  • Data hub – SDG Platform http://irelandsdg.geohive.ie/
  • Story Maps
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  • Data hub – SDG Platform http://irelandsdg.geohive.ie/
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