Fact sheet: Estimating the Economic Value of Peru's Forest Sector - Beyond Conventional Wisdom

Similar documents
Peru s REDD+ Towards a Readiness Preparation Proposal. FCPF Participants Committee June 28-July 1, 2010

DEPARTMENT OF FORESTRY DRAFT REVISED NATIONAL FOREST POLICY OF MALAWI

GLOBAL WOOD AND WOOD PRODUCTS FLOW

Global Wood Markets: Consumption, Production and Trade

Constraints to investment in small-scale forestry

A Guide to Woodland Carbon for Business

Green Development Support Program. For BAPPENAS (Indonesia s Development Planning Ministry) World Bank March 2014

Facts on biodiversity

Latin America and COP20

PRACTICAL STRATEGIES FOR IMMEDIATE PROGRESS ON CLIMATE CHANGE BUILDING BLOCKS FOR A GLOBAL AGREEMENT

How To Help The World Coffee Sector

Fact sheet: STEPPING UP INTERNATIONAL ACTION ON CLIMATE CHANGE The Road to Copenhagen

Forest landscape restoration SKS Focali meeting, Jönköping 11 jan 2013

Advancing Graduate Education in the Agricultural and Environmental Sciences Dr. Thomas J. Dormody, Dean of the Graduate School, CATIE

Viveka Palm, Sebastian Constantino (SCB) Elsa Varela, Nicolas Robert, Robert Mavsar (EFIMED)

United States-Peru Environmental Cooperation Work Program

Seeing the Forest for the Trees Making the Most of Synergies to Achieve SDGs in a Constrained Environment By Mahmoud Mohieldin and Paula Caballero

SFM FINANCING facts and challenges

GREEN COMMODITIES PROGRAMME

Research to improve the use and conservation of agricultural biodiversity for smallholder farmers

Mondelēz International Palm Oil Action Plan. Contents

Charcoal Production in Ghana

Australian forest and wood products statistics March and June quarters 2013

Policy brief. Major conference conclusions. Major conference conclusions

Agriculture, Food Security and Climate Change A Triple Win?

REWARDING THE SERVICE PROVIDERS A POLICY BRIEF

How can an Ecological Footprint Contribute to Green Economy in Africa?

Liquid Biofuels for Transport

FSC Certification: Chain of Custody

Threats to tropical forests

CHARCOAL PRODUCTION AND COMMERCIALIZATION IN KENYA. Robert Pavel Oimeke Ag. Director Renewable Energy Energy Regulatory Commission, Kenya

Japan s s Contribution to Promoting Sustainable Management of the World s Forests

Forest accounting sourcebook

CHALLENGES, OPPORTUNITIES AND APPROACHES FOR PROMOTING SUSTAINABLE FORESTRY AND FOREST TRADE IN TANZANIA HADIJA R. KIIMU

INTENDED NATIONALLY DETERMINED CONTRIBUTIONS (INDCs)

Madagascar: Makira REDD+

TARAPOTO PROCESS ON THE AMAZON FOREST S SUSTAINABILITY CRITERIA AND INDICATORS

Technology For Adaptation. Forestry Conservation Management. Dr. Javier Aliaga Lordemann

Sustainable Land Management in the Global Environment Facility. GEF Role as Financial Mechanism of the UNCCD

Building a Sustainable and Transparent Palm Oil Supply Chain. Sustainable Palm Oil Policy

ew EU Forest strategy: conclusions adopted by the Council

10 S TEPS FOR C ARBON C REDIT S UPPORTED PROJECTS:

Hillevi Eriksson, Climate and Bioenergy specialist, Swedish Forest Agency

INTENDED NATIONALLY DETERMINED CONTRIBUTION FROM THE PLURINATIONAL STATE OF BOLIVIA

Julian Evans Department for Environmental Science and Technology, Imperial College of Science, Technology and Medicine, University of London, UK

Ecosystem Services and Rural Poverty Reduction

FIRST NATIONAL CONFERENCE

Achieving a high-productivity, sustainable palm oil sector in Indonesia: a landscape management approach

Economic and Social Council

Advancing Sustainable Landscapes in the Andean Amazon. Adaptive Management and Monitoring and Evaluation Framework

Deforestation in the Amazon

Opportunity cost analysis

Application of mobile devices for community based forest monitoring

Seventh African Development Forum. Climate Change, Economic Growth, and Poverty Reduction in Africa

No Title Project Leader REDD architecture in Tanzania: assessment of REDD 1 options for poverty reduction and sustainable. Lead Inst.

Goldman Sachs Environmental Policy Framework

ILLEGAL LOGGING & THE EU AN ANALYSIS OF THE EU EXPORT & IMPORT MARKET OF

2 CHAPTER 1 Introduction

Unilever Sustainable Palm Oil Sourcing Policy 2016

Supply Chains in Agriculture: Joint Action of GIZ and the Private Sector

REDD+ in the UN Climate Regime. Prof. Dr. Christina Voigt International Climate Change and Energy Law

Land Degradation (Desertification and Deforestation) Strategy

Ranger Report About Deforestation of the Rainforest

Defining Forest Degradation for an Effective Mechanism to Reduce Emissions from Deforestation and Forest Degradation (REDD)

ACCOUNTING FOR ASIA S NATURAL CAPITAL

2014 Sustainability & Certification Workshop

Sicirec Group. Making profit with nature conservation. Biodiversity preservation. Profitability. Poverty alleviation

Valuing Timber Resource Stocks in the Canadian Natural Resource Stock Accounts

Accounting firm: audit, tax and financial advice

SHAPING LAND-USE PRACTICES AND SUPPLY CHAINS THROUGH COMMODITY CERTIFICATION: THE EXPERIENCE OF THE RAINFOREST ALLIANCE

CLIMATE CHANGE & FORESTS; STATUS OF SCIENCE, POLICY & RESEARCH. Prof. Ravindranath Indian Institute of Science Bangalore

Short title: The PES Experience in Costa Rica, Colombia and Nicaragua.

Soil. The Substance of Transformation. EKTA PARISHAD India

Halting Deforestation and Achieving Sustainability A RAINFOREST ALLIANCE POSITION PAPER ON SUSTAINABLE AGRICULTURAL AND FORESTRY SUPPLY CHAINS

Business as Usual is Not an Option: Trade and Markets

Creating Green Jobs within the Environment and Culture sector.

Trade Development in Further Processed Wood Products

Forestry Education and Research: Reality, Challenges and opportunities. A. Temu, G. Kowero, A Yaye & S. Chakeredza

corporate presentation santander 15th annual latin american ceo conference cancun January 2011

CLIMATE CHANGE VULNERABILITY ASSESSMENT OF CAPE VERDE

Chief Operations Officer, CFC, World Bamboo Congress, April 2012

Bioenergy from agroforestry can lead to improved food security, climate change, soil quality and rural development

Agroforestry and climate change. Emmanuel Torquebiau FAO webinar 5 February 2013

Project Title: Project for Forest Conservation and Environmental Education in the Eastern Amazon

Colombia in the world

Services Help Desk for Sustainable Businesses Program in the Brazilian Amazon: An Analysis of Benefited Enterprises.

Ecosystem Services and Convention on Biological Diversity How ecosystem services are reflected in the CBD COP Decisions in Nagoya?

Source: Colombian Biennial Update Report, IDEAM 2015

Charcoal TFT research

BIRDLIFE INTERNATIONAL S ASKS FOR UNFCCC COP21

Australia s 2030 Emission Reduction Target

Global Peatland Fund Presentation UNFCC Climate Conference

Norwegian Forests. Policy and Resources

OVERVIEW of the ETHIOPIA S CLIMATE RESILENT GREEN ECONOMY STRATEGY

Quarterly Results 1Q14

AG R I C U LT U R E GREEN ECONOMY

Market developments in Turkey

Soil. The Substance of Transformation

Improving Forest Governance for Climate Change Mitigation and Adaptation

Natural Capital Risk Exposure of the Financial Sector in Brazil EXECUTIVE SUMMARY

Transcription:

Fact sheet: Estimating the Economic Value of Peru's Forest Sector - Beyond Conventional Wisdom November 214

2 While Peru's forest sector is economically undervalued, it may be much larger than official statistics suggest and the potential to improve its contribution to the GDP is vast. In this document we provide a quick overview of Peru's forest economy and identify some of its challenges and potential for growth. We rely partially on official statistics, but have sought to improve the estimates by broadening the definition of what is usually accounted for in the forest sector and through a wider use of sources. Our objective is that this factsheet becomes a useful input for discussion for the strategic planning of Peru's forest sector. m Peru's timber comes largely from concessions in natural forests, and the current state of these concessions suggests that a large part of them operates in an inefficient and unsustainable manner. m Commercial plantations are incipient in Peru, but the volume of timber currently produced in plantations relative to natural forests suggests that plantations offer great potential for growth. m In addition, Peru's abundant forest resources are sold largely as low-grade, low-value products with little transformation or added value. m Despite these challenges, there is significant current and potential value which is either untapped or unaccounted for, underlining the enormous possibilities for further value creation. Even though half of Peru's surface area is forested, the economic value of the forest sector is low compared to other forested countries, and the forest sector is not a major source of wealth and wellbeing. m Large forest area. Peru has more than 73 million hectares of forests, 94 percent of which is Amazon rainforest. It has the fourth largest area of tropical forest, and the ninth largest area of forests worldwide. 1 KEY MESSAGES m Even though half of Peru's surface area is forested, the economic value of the forest sector is low compared to other forested countries, and the forest sector is not a major source of wealth and wellbeing. m Little value created. However, according to the Forest Investment Program, currently forest-related activities account for no more than 1 percent of the country's GDP. 2 This is markedly lower than in neighboring countries like Chile, where forestry accounts for around 3 percent of GDP. 3 m Large informal sector. Moreover, the largest part of Peru's forest sector activity is informal. About three quarters of the 9.5 million m 3 of timber accounted for in 212 was informally harvested firewood. This means that, while forest resources are an important part of people's livelihoods (e.g. in the five Amazon regions alone, there are approximately 91, rural households 4 ), they are not exploited on a scale and in a manner that creates additional value to the economy. m Low employment. Although FAO estimates that the forest sector generates approximately 25, jobs in Peru, household survey data suggests that the majority of workers are employed informally. Only about 15 percent of those employed in silviculture 1 Ministerio del Ambiente (MINAM) & Ministerio de Agricultura (MINAG) (211). El Perú de los Bosques. 2 Forest Investment Program (FIP) (213). Documento de trabajo -borrador- V2/6. 3 Instituto Nacional Forestal de Chile (214). Anuario Forestal 214. 4 Instituto Nacional de Estadísticas e Información (INEI) (28). Censos Nacionales 27. Fact sheet: Estimating the Value of Peru's Forest Sector

Figure 1. Peru's timber production in 212 Three quarters of Peru's timber production are firewood 3 Timber production: 9.5 million m 3 Processed timber: 878, million m 3 Charcoal 11% 212 Firewood 74% Roundwood 26% 212 Plywood 6% Parquet 2% Laminate 1% Sleepers 1% Sawnwood 8% Source: DGFFS, Perú Forestal en Números 212. and wood manufacturing have access to ESSALUD, the national health insurance for workers, which is half of the national average. m Large incidence of poverty. In addition, the socioeconomic indicators of households involved in silviculture or the manufacture of wooden products are consistently below the national average. Multidimensional poverty (an index that combines the measure Figure 2. Percentage of households with multidimensional poverty* Multidimensional poverty is higher in forest-related households % households 6 5 4 3 2 1 National average Forest-related households 24 25 26 27 28 29 21 211 212 213 * Forest-related includes households dedicated to both silviculture and the manufacture of wood products. Source: INEI, Encuesta Nacional de Hogares, 24-213. of a household's quality of housing, overcrowding, access to sewage, children's access to school and economic dependency) in households that depend on forest activities is on average 2 percent higher than the national average. Peru's timber comes largely from natural forests, but the current state of forest concessions suggests that a large part of them operates in an inefficient and unsustainable manner. m Natural forests are exploited through concessions. In 212 about 1 million hectares some 14 percent of Peru's forest area were given in concession for use, of which close to 8 million hectares were for timber production. 5 In concessions, the land remains property of the state but permission is given for resource use. m But many concessions are not working. Few concessions have the financial and operative means to work profitably and sustainably. Almost a third of the 69 timber concessions have been cancelled due to non-compliance with regulations and two thirds are 5 DGFFS (213). Perú Forestal en Números Año 212.

4 being investigated for presumed irregularities about extracted timber volumes. 6 The problems plaguing concessions have opened the door for more suspect and less sustainable forest exploitation. Some concessionaries have been found to use their concessions to whitewash timber originating from illegal logging operations. 7 m And non-concession extraction is on the rise. On non-concessioned forest land, timber and non-timber forest products (NTFPs) can be accessed via socalled permits and authorizations, which are issued for forests on private land, community forests, forest plantations, and others. The timber volumes which are officially approved for permits and authorizations are considerable: in 212, they amounted to approximately 1.9 million m 3 of roundwood - i.e. 78 percent of Peru's total roundwood production. While there is no data to prove that these volumes were actually extracted from the area of permits and authorizations, they seem to play an important role while the effective area under concessions has diminished as concessions expire or are investigated for non-compliance. 8 Box 1. Success stories: concessions can work! Despite concerns about the sustainability of the Peruvian concession system, there are several success stories. For example, in the Madre de Dios region there are a number of FSC-certified concessions which are profitable, while complying with social and environmental standards. Our review suggests that success factors of these companies include: (1) adequate financial capital, (2) technical and managerial skills, (3) large concession areas (> 4, hectares), (4) high stock and quality of standing timber, (5) road access, and (6) clearly defined land rights and no overlapping claims with communities. Source: DGFFS, Perú Forestal en Números, 27-213. Roundwood, thousand m 3 Figure 3. Area of timber extraction via concessions The area under operating timber concessions has declined 3% between 26-212 Area of active timber concessions millon has 9 8 7 6 5 4 3 2 1 26 27 28 29 21 211 212 Figure 4. Relative importance of plantations and natural forests in Chile and Peru* Chile's forest economy is built on plantations - Peru's on natural forests 4,5 4, 3,5 3, 2,5 2, 1,5 1, 5 26 27 28 29 21 211 212 Peru planted forest Peru natural forests * Planted species are Eucalyptus and Pine. Source: DGFFS, Perú Forestal en Números, 26-212; Instituto Nacional Forestal de Chile, El Sector Forestal Chileno 212. Commercial plantations are incipient in Peru, but the volume of timber currently produced in plantations relative to concessions suggests that plantations offer great potential for growth. Chile planted forest Chile natural forests m Current area. According to official government statistics there are more than a million hectares of forest 6 Finer et al. (214). Logging Concessions Enable Illegal Logging Crisis in the Peruvian Amazon. 7 Environmental Investigation Agency (EIA) (212). The Laundering Machine. 8 DGFFS (213). Perú Forestal en Números Año 212. Fact sheet: Estimating the Value of Peru's Forest Sector

plantations in Peru. However, the area of commercially managed plantations is likely much lower. Based on the amount of Eucalyptus and Pine (the two main planted species) produced, we estimate that in 212 only between 25, - 6, hectares of plantations were harvested. 9 m Untapped potential. This is still very small compared, for example, with Chile, where about 2 million hectares of industrial-scale plantations are a major driver of the forest economy. However, despite the small area, plantations in Peru account for a relatively large amount up to 24 percent in 212 of roundwood production. Given that Peru is estimated to have up to 2 million additional hectares suitable for plantation, the potential to boost production through properly managed plantations is enormous. export balance of timber products is 4:1, and most exports are products with little value added. According to official estimates the combined value of Peruvian forest exports (wood and wood-derived products) was just under 3 million US$ (FOB), just 4 percent of the nearly 5.4 billion US$ (FOB) exported by Chile that same year. 12 Figure 5. Wood export versus import in Peru, 212 Peru imports four times more timber products than it exports Million US$ 7 6 5 4 3 2 1 Import (total: US$ 1,7 million) Export (total: US$,267 million) 5 In addition, Peru's abundant forest resources are sold largely as low-grade, low-value products with little transformation or added value. Paper and cardboard Boards Pulp Wooden furniture Sawnwood Roundwood Manufactured wood Plywood Parquet, molding, frames Others m Poorly developed value chains. Production is dominated by sawn wood and secondary transformation is small and undifferentiated. Some of Peru s neighbors, in particular Chile and Brazil, have developed not only large areas of forest plantations, but also specific value chains for primary (pulp, paper, panels and sawn wood) and secondary transformation processes (engineered wood products, doors, windows and furniture). 1 In Chile, the forestry industry contributed almost 8 percent of the total export value in 29. 11 m Negative trade balance. Despite its vast natural wealth, Peru is a net importer of wood products. The import/ Source: DGFFS, Perú Forestal en Números 212. Box 2. Promoting plantations and adding value are needed to boost the forest sector Sustainable production in natural forests must be complemented with commercial forest plantations. Selective, reduced impact logging in natural forests can produce high-value species with high market prices for exports. Forest plantations can be used to produce either valuable species (e.g. teak) or high amounts of biomass of comparatively low-value species (e.g. pine) for use in the domestic market for furniture or construction. Continues in page 6 9 Based on expert opinions, we assume a productivity of 1-25 m³ of roundwood per hectare per year. 1 United Nations Economic Commission for Europe (UNECE) & Food and Agricultural Organization (FAO) (22). 11 Forest Products Annual Market Review 21-22. Chapter 5: Chile s forest products markets - a plantation success story. 12 Secretariat for International Forestry Issues (SIFI) (21). Challenges and Opportunities in Chile s Forest Sector. DGFFS, Perú Forestal en Números 212; Instituto Nacional Forestal de Chile, Anuario Forestal 214.

6 Box 2. Continued Moreover, unless Peru improves the value chains of its forest products, the overall contribution to economic development, employment and social inclusion will continue to be low. If Peru professionalized production in natural forests and plantations, as well as respective value chains, the forest sector could cover a broad market segment both for domestic and export purposes. Despite these challenges, there is significant current and potential value which is either untapped or unaccounted for, underlining the enormous possibilities for further value creation. m The contribution of forests is likely undervalued. Even though the commercial exploitation of forest resources in Peru is incipient, forests provide a wide variety of goods and services for many people. Official statistics are strongly biased towards formal export markets, so it is not easy to assess the magnitude of this unaccounted for value. Given the pervasiveness of informality in the timber and NTFP markets, official statistics have to be triangulated with other sources and methodologies. According to our estimates, the approximate value of the domestic timber and NTFP market in 212 (87 million US$) is likely to be more than double the size of the timber and NTFP exports for that year (415 million US$). If firewood is included, it would be about three times as big (1.2 billion US$). 13 m Forest value beyond timber. The wealth of Peru's forest resource goes well beyond timber and nontimber forest products. Forests provide a range of services like recreation, carbon capture, and shade and pollination for crops, the demand for which is likely to increase in the future. Although there are some initiatives to tap into the economic value of these services, the potential for growth based on the magnitude of Peru's forest resources is enormous (see box). Figure 6. Economic value of timber, NTFPs and other forest-related products: official statistics and estimates The economic value of forest products and activites is far larger than official statistics suggest Million US$ 1,2 1, 8 6 4 2 267 Timber (export)* 378 Timber (domestic)** 37 Firewood** 148 NTFP (export)* * Official statistics (Sources: DGFFS, Perú Forestal en Números 212); ** Own estimates (based on DGFFS, Perú Forestal en Números 212; DGFFS, Anuario de Precios de Productos Maderable y no Maderables 212; Galarza & de la Serna, 25, Las concesiones forestales en el Perú: cómo hacerlas sostenibles?; MINCETUR & SIICEX, 214, Reportes para el sector biocomercio; INEI & MINAGRI, 213, IV Censo Nacional Agropecuario; MINCETUR, 213, Estadísticas; Wunder, 1996, Deforestation and Wood in the Ecuadorian Andes; and VCS, 214, The VCS Project Database. The methodology to estimate the value of the domestic market of timber and NTFPs is based on Galarza & de la Serna, 25). 8 NTFP (domestic)**??? Tourism REDD+ Agroforestry 1,18 TOTAL 13 The market value of firewood is based on firewood prices of Wunder (1996). Deforestation and Wood in the Ecuadorian Andes. Prices were adjusted for inflation in 212. Fact sheet: Estimating the Value of Peru's Forest Sector

Box 3. Realizing the value of Peru s forest resources 7 There is vast potential to develop the value of Peru's forests through the promotion of non-traditional activities as tourism, agroforestry, biotrade and bioprospection, as well as through mechanisms like payment for ecosystem services (including REDD+). Such mechanisms can generate incentives for the conservation and sustainable use of forests, but it is crucial to include smallholders and local communities in these initiatives. Tourism. There are no official statistics on forest-based tourism, but our estimates suggest it is quite low. The five Amazon regions combined generated approximately 2 million US$ of tourism revenues in 212, some of which is likely to be forest-related. This represents only 2 percent of Peru s total revenues from tourism. Moreover, only some 7 thousand people visited Peru's protected areas in 212, 14 compared to the more than 1.6 million visitors to the protected areas in Costa Rica (a country that is 3 percent the size of Peru) the same year. 15 Given the size and diversity of Peru's forests, there is much room for the development of a sustainable tourism industry. REDD+. Until the 3 rd quarter of 214, the voluntary market of REDD+ (Reducing Emissions from Deforestation and forest Degradation) in Peru generated approx. 2.3 million verified carbon units, worth 13.3 million US$. 16 In 29, Peru s greenhouse gas emissions from forests amounted to 56 million tonnes (41 percent of its total emissions). 17 In the voluntary market, 18 the mitigation of these emissions would be worth 33 million US$. In view of the scale of Peru's natural forest endowments, a well implemented REDD+ strategy can become a major source of revenue and positive social impacts. Agroforestry. There is no data separating agroforestry from conventional agriculture, but many economically important products such as coffee are grown in a farmland / forest mosaic, and depend on the shade and pollination services provided by forests. If only 5 percent of the production of coffee and cacao were generated in agroforestry systems in 212, its value would have been 83 million US$, although these figures are a conservative estimate. Other ecosystem services. In addition to the services described, forests provide many services such as erosion prevention, water purification and retention, and bioprospecting. These and many other services have been estimated to provide as much as 46 US$ per hectare in tropical forests in Latin America. 19 While these services are currently provided free of charge, there is great potential for capturing their value through well-designed and socially inclusive mechanisms for payment for ecosystem services. 14 SERNAP (213). Perú visitas de ANP. 15 Gerencia SINAC (213). Memoria Anual Institucional. 16 Voluntary Carbon Standard (VCS) (214). The VCS Project Database. 17 PlanCC (213). Actualización del Inventario Nacional de GEI al año 29. 18 Ecosystem Marketplace & Bloomberg (213). Maneuvering the Mosaic State of the Voluntary Carbon Markets 213. 19 The Economics of Ecosystems and Biodiversity (TEEB) (214). TEEB Valuation Database.

This document was produced as part of the project Development of a National Green Growth Implementation Plan in the Forest Sector in Peru, carried out by the Global Green Growth Institute (GGGI) in partnership with the German Development Institute / Deutsches Institut für Entwicklungspolitik (DIE), with generous funding by the International Climate Initiative of the Federal Ministry for the Environment, Nature Conservation, Building and Nuclear Safety of Germany. This fact sheet was written by Hannes Hotz (GGGI) and Alejandro Guarín (DIE) with helpful input from Salvador López and Aaron Drayer (GGGI), and research assistance from Nicolas Stappert (U. of Bonn). About the Global Green Growth Institute (GGGI): GGGI is an intergovernmental organization founded to support and promote a new model of economic growth known as green growth. The organization partners with countries to help them build economies that grow strongly and are more efficient and sustainable in the use of natural resources, less carbon intensive, and more resilient to climate change. GGGI s experts are working with governments around the world, building their capacity and working collaboratively on green growth policies that can impact the lives of millions. To learn more, see www.gggi.org and visit us on Facebook and Twitter. About The German Development Institute (DIE): The DIE is one of the leading Think Tanks for development policy world-wide. It is based in the UN City of Bonn. DIE builds bridges between theory and practice and works within international research networks. The key to DIE s success is its institutional independence, which is guaranteed by the Institute s founding statute. Since its founding in 1964, DIE has based its work on the interplay between Research, Consulting and Training. These three areas complement each other and are the factors responsible for the Institute s distinctive profile. www.die-gdi.de Design and layout by Formas Finales Ltda., Bogotá, Colombia www.formasfinales.com All photographs Hannes Hotz (211-214)