CHALLENGE

There is enough land in the Amazon region to satisfy Brazilian society's demands for economic development, environmental management of a resource base of global importance and the challenges of agrarian reform. Yet Brazil has been unable to create a fully coherent and manageable land policy and administration system for the region which permits sustainable development goals to be achieved while reconciling special interests and uses. Instead, resource waste, private appropriation of the public domain and social conflict have characterized land relations in the region.

As the region becomes increasingly accessible for a variety of economic activities, and more central to Brazil's economy, the resolution of the land questions looms large as a foundational element for reconciling and ordering economic development, resource management and social priorities. A better understanding of the dynamics of land grabbing and land speculation as well as of the impact of current policies and of the institutions mandated to implement them could help to influence and design new policies to better manage the race for property rights in the Amazon.

APPROACH

Along with other donors, PROFOR helped finance a study focusing on land management policies in the Brazilian Amazon. The study was conducted by Malcolm Childress, Senior Land Administration Specialist at the World Bank.

FINDINGS

The study revealed that large-scale users, agrarian reformists, conservation interests, and others are racing to claim property rights in the Amazon. With illegal occupation, fraudulent and inconsistent land records, and flawed land laws, the resulting land administration is chaotic. Some actions have begun to bring more order to land administration. An effort to re-inspect and document land records, called recadastre, has uncovered illegal occupation, but is incomplete. Creation of new protected areas has slowed illegal occupation, however these areas still face threats of encroachment. And other factors contribute to the problem: the federal budget process gives land administration low priority and inconsistent support, with predictable results.

The study suggested the creation of a new social and political pact to reform land administration. The reformed system of administration would seek to reclaim illegally occupied lands, rationally identify and allocate lands suitable for agrarian reform, recognize and regularize rights of good-faith occupiers, and expand and consolidate protected areas. The pact would lead to local agreements among a broad range of interest groups and officials, backed by federal enforcement. The goal would be a fair, transparent, and workable allocation, recorded in a multipurpose land information system.

RESULTS

Some of the study's recommendations were reflected in a land regularization program which has brought more order in the Amazon.

CHALLENGE

There is enough land in the Amazon region to satisfy Brazilian society's demands for economic development, environmental management of a resource base of global importance and the challenges of agrarian reform. Yet Brazil has been unable to create a fully coherent and manageable land policy and administration system for the region which permits sustainable development goals to be achieved while reconciling special interests and uses. Instead, resource waste, private appropriation of the public domain and social conflict have characterized land relations in the region.

As the region becomes increasingly accessible for a variety of economic activities, and more central to Brazil's economy, the resolution of the land questions looms large as a foundational element for reconciling and ordering economic development, resource management and social priorities. A better understanding of the dynamics of land grabbing and land speculation as well as of the impact of current policies and of the institutions mandated to implement them could help to influence and design new policies to better manage the race for property rights in the Amazon.

APPROACH

Along with other donors, PROFOR helped finance a study focusing on land management policies in the Brazilian Amazon. The study was conducted by Malcolm Childress, Senior Land Administration Specialist at the World Bank.

FINDINGS

The study revealed that large-scale users, agrarian reformists, conservation interests, and others are racing to claim property rights in the Amazon. With illegal occupation, fraudulent and inconsistent land records, and flawed land laws, the resulting land administration is chaotic. Some actions have begun to bring more order to land administration. An effort to re-inspect and document land records, called recadastre, has uncovered illegal occupation, but is incomplete. Creation of new protected areas has slowed illegal occupation, however these areas still face threats of encroachment. And other factors contribute to the problem: the federal budget process gives land administration low priority and inconsistent support, with predictable results.

The study suggested the creation of a new social and political pact to reform land administration. The reformed system of administration would seek to reclaim illegally occupied lands, rationally identify and allocate lands suitable for agrarian reform, recognize and regularize rights of good-faith occupiers, and expand and consolidate protected areas. The pact would lead to local agreements among a broad range of interest groups and officials, backed by federal enforcement. The goal would be a fair, transparent, and workable allocation, recorded in a multipurpose land information system.

RESULTS

Some of the study's recommendations were reflected in a land regularization program which has brought more order in the Amazon.

CHALLENGE

There is enough land in the Amazon region to satisfy Brazilian society's demands for economic development, environmental management of a resource base of global importance and the challenges of agrarian reform. Yet Brazil has been unable to create a fully coherent and manageable land policy and administration system for the region which permits sustainable development goals to be achieved while reconciling special interests and uses. Instead, resource waste, private appropriation of the public domain and social conflict have characterized land relations in the region.

As the region becomes increasingly accessible for a variety of economic activities, and more central to Brazil's economy, the resolution of the land questions looms large as a foundational element for reconciling and ordering economic development, resource management and social priorities. A better understanding of the dynamics of land grabbing and land speculation as well as of the impact of current policies and of the institutions mandated to implement them could help to influence and design new policies to better manage the race for property rights in the Amazon.

APPROACH

Along with other donors, PROFOR helped finance a study focusing on land management policies in the Brazilian Amazon. The study was conducted by Malcolm Childress, Senior Land Administration Specialist at the World Bank.

FINDINGS

The study revealed that large-scale users, agrarian reformists, conservation interests, and others are racing to claim property rights in the Amazon. With illegal occupation, fraudulent and inconsistent land records, and flawed land laws, the resulting land administration is chaotic. Some actions have begun to bring more order to land administration. An effort to re-inspect and document land records, called recadastre, has uncovered illegal occupation, but is incomplete. Creation of new protected areas has slowed illegal occupation, however these areas still face threats of encroachment. And other factors contribute to the problem: the federal budget process gives land administration low priority and inconsistent support, with predictable results.

The study suggested the creation of a new social and political pact to reform land administration. The reformed system of administration would seek to reclaim illegally occupied lands, rationally identify and allocate lands suitable for agrarian reform, recognize and regularize rights of good-faith occupiers, and expand and consolidate protected areas. The pact would lead to local agreements among a broad range of interest groups and officials, backed by federal enforcement. The goal would be a fair, transparent, and workable allocation, recorded in a multipurpose land information system.

RESULTS

Some of the study's recommendations were reflected in a land regularization program which has brought more order in the Amazon.

Reducing Emissions from Deforestation in Developing Countries -- A Policy Workshop for UNFCCC COP11 Agenda Item #6

CHALLENGE

Continued tropical deforestation is thought to be the second leading cause of global greenhouse gas emissions, behind fossil fuel combustion. The UNFCCC Parties at COP-11 referred the issue of tropical deforestation to the Subsidiary Body for Scientific and Technical Advice (SBSTA) as part of a two-year process. This process was part of a broad dialogue on procedural, technical and policy issues pertaining to tropical deforestation in developing countries that resulted in recommendations to the UNFCCC's COP-13 in Bali in December 2007.

APPROACH

In partnership with the Rainforest Coalition, PROFOR and the World Bank sponsored a two-day workshop at Columbia University from March 13-14, 2006, on reducing emissions from deforestation in developing countries. The event's purpose was to facilitate the development of a quality portfolio for the 'Submission of Views' to the UNFCCC Secretariat (due March 31st 2006) and to develop a strategy that would lead to meaningful solutions for deforestation in developing countries.

Reducing Emissions from Deforestation in Developing Countries -- A Policy Workshop for UNFCCC COP11 Agenda Item #6

CHALLENGE

Continued tropical deforestation is thought to be the second leading cause of global greenhouse gas emissions, behind fossil fuel combustion. The UNFCCC Parties at COP-11 referred the issue of tropical deforestation to the Subsidiary Body for Scientific and Technical Advice (SBSTA) as part of a two-year process. This process was part of a broad dialogue on procedural, technical and policy issues pertaining to tropical deforestation in developing countries that resulted in recommendations to the UNFCCC's COP-13 in Bali in December 2007.

APPROACH

In partnership with the Rainforest Coalition, PROFOR and the World Bank sponsored a two-day workshop at Columbia University from March 13-14, 2006, on reducing emissions from deforestation in developing countries. The event's purpose was to facilitate the development of a quality portfolio for the 'Submission of Views' to the UNFCCC Secretariat (due March 31st 2006) and to develop a strategy that would lead to meaningful solutions for deforestation in developing countries.

Reducing Emissions from Deforestation in Developing Countries -- A Policy Workshop for UNFCCC COP11 Agenda Item #6

CHALLENGE

Continued tropical deforestation is thought to be the second leading cause of global greenhouse gas emissions, behind fossil fuel combustion. The UNFCCC Parties at COP-11 referred the issue of tropical deforestation to the Subsidiary Body for Scientific and Technical Advice (SBSTA) as part of a two-year process. This process was part of a broad dialogue on procedural, technical and policy issues pertaining to tropical deforestation in developing countries that resulted in recommendations to the UNFCCC's COP-13 in Bali in December 2007.

APPROACH

In partnership with the Rainforest Coalition, PROFOR and the World Bank sponsored a two-day workshop at Columbia University from March 13-14, 2006, on reducing emissions from deforestation in developing countries. The event's purpose was to facilitate the development of a quality portfolio for the 'Submission of Views' to the UNFCCC Secretariat (due March 31st 2006) and to develop a strategy that would lead to meaningful solutions for deforestation in developing countries.

CHALLENGE

About 3.5 billion people live in countries rich in oil, gas, or minerals. Many of these countries also suffer from poverty, corruption, and conflict stemming from weak governance. Nonrenewable mineral resources play a dominant role in 81 countries, which collectively account for a quarter of gross world product, half of the world’s population, and nearly 70 percent of those in extreme poverty. The World Bank Group’s involvement in extractive industries seeks to help countries seize the opportunities that mining companies offer for development, poverty reduction, and boosting shared prosperity. Most World Bank Group interventions in extractive industries are in the governance area, to encourage transparent management of industry revenues so that they provide benefits for local people and so that the industries themselves respect local community needs and the environment.

At the same time, more than one-quarter of the world’s active mines and exploration sites overlap with, or are situated within, a 10-kilometer radius of, a strictly protected area. Nearly one-third of all active mines and exploration sites are located within areas of intact ecosystems of high conservation value, most of them forests. Almost one-third of all active mines are located in stressed watersheds. Infrastructure developments associated with oil and mineral developments represent the most important threat to ecosystems through physical incursion into forests and disruption of the ecosystems. Road and railway development could be particularly harmful. Building a new road drives direct deforestation through tree cutting, but this impact is generally limited. Most importantly, roads are the major vehicle for forest degradation through further incursion into forest areas for agriculture, hunting, artisanal mining, and other potentially harmful activities. Added to that, a large-scale mine has considerable energy requirements, which will lead to the construction of hydropower dams, oil and gas pipelines, and power lines. Nevertheless, oil and mining companies can contribute considerably to sustainable forest management, and have done so in the past, by implementing measures for forest conservation and community development in and around their concessions.

There is increasing pressure on individual companies to implement standards to mitigate and offset negative environmental impacts. Yet there is a limit to what private-sector-driven, project-specific measures can do.  These kinds of voluntary standards also tend not to affect artisanal and small-scale miners and other "rogue" players, who tend to have the largest environmental footprint. In order to address all players, an integrated landscape-level planning and enforcement process is needed.

APPROACH

This program will transform the way the World Bank Group works with its clients on extractive industries in forest-rich countries, so that oil, gas, and mineral extraction contribute to sustainable forest management and poverty reduction for the people depending on those forests. The program also introduces this knowledge to the Bank's vast networks of private companies and government partners.

Activities have been chosen based on the most urgent issues impacting the forest sector, and existing World Bank Group projects that have the potential for the greatest impact and replicability. Two major studies are underway, focused on Artisanal and Small-Scale Mining (ASM) and Large-Scale Mining (LSM), and how to make these sectors forest-smart.The lessons and recommendations will be based on both good and bad practices in different parts of the world, looking at a range of geographical, governance, and ecological factors. The two studies include analysis of the thematic areas and the identification of 15-20 case studies each, following a detailed analytical framework that was developed to support consistency and comparability. 

RESULTS

This project has been completed. The outcomes were achieved, the development of tools and analysis around forest smart mining was largely successful. The development of an understanding related to what could be achieved in Artisanal and Small-Scale Mining (ASM)  and Large Scale Mining (LSM) as well as biodiversity offsets were important accomplishments. The rich list of thematic case studies pulled together experiences from all over the world, highlighting good and bad practices on a continuum as well as making practical recommendations for dialogue with private sector stakeholders as well as with Governments. The three reports below identified the first known lessons learned for implementing a “forest-smart” approach to LSM and ASM:

1. Forest-Smart Mining: Identifying Good and Bad Practices for Artisanal & Small-Scale Mining in Forest Landscapes
2. Forest-Smart Mining: Identifying Factors Associated with the Impacts of Large-Scale Mining on Forests
3. Forest-Smart Mining: Offsets case studies

Based on these reports, a series of 16 Principles have been identified that should guide a ‘forest smart’ policy framework for the mining sector.  These have been integrated in an executive summary. Based on this, tools will also be developed for the relevant stakeholders. 

The findings of the reports were presented at several high-level policy and industry events raising awareness within the mining industry on the impact of mining on deforestation and the possibilities to address the carbon footprint of mines by actively working on mitigating their forest footprint and striving for net gain of forest cover in and around their operations.

There is also a direct relevance of the work for World Bank investments, such as the Forest Investment Program (FIP). The results have also informed the preparation for additional funding in Ghana, the Zambia REDD+ Investment Plan, and a new mining operation in DRC. 

The work has also been integrated in a larger project currently being developed by the World Bank Energy and Extractives practice, called ‘Climate Smart Mining’. This looks at the carbon footprint of mineral extraction for the minerals that are being used, at an increasing scale, for building clean-energy technologies. Being’ Forest Smart’, is addressed as one of the most effective tools for mining companies to address their carbon footprint.

CHALLENGE

About 3.5 billion people live in countries rich in oil, gas, or minerals. Many of these countries also suffer from poverty, corruption, and conflict stemming from weak governance. Nonrenewable mineral resources play a dominant role in 81 countries, which collectively account for a quarter of gross world product, half of the world’s population, and nearly 70 percent of those in extreme poverty. The World Bank Group’s involvement in extractive industries seeks to help countries seize the opportunities that mining companies offer for development, poverty reduction, and boosting shared prosperity. Most World Bank Group interventions in extractive industries are in the governance area, to encourage transparent management of industry revenues so that they provide benefits for local people and so that the industries themselves respect local community needs and the environment.

At the same time, more than one-quarter of the world’s active mines and exploration sites overlap with, or are situated within, a 10-kilometer radius of, a strictly protected area. Nearly one-third of all active mines and exploration sites are located within areas of intact ecosystems of high conservation value, most of them forests. Almost one-third of all active mines are located in stressed watersheds. Infrastructure developments associated with oil and mineral developments represent the most important threat to ecosystems through physical incursion into forests and disruption of the ecosystems. Road and railway development could be particularly harmful. Building a new road drives direct deforestation through tree cutting, but this impact is generally limited. Most importantly, roads are the major vehicle for forest degradation through further incursion into forest areas for agriculture, hunting, artisanal mining, and other potentially harmful activities. Added to that, a large-scale mine has considerable energy requirements, which will lead to the construction of hydropower dams, oil and gas pipelines, and power lines. Nevertheless, oil and mining companies can contribute considerably to sustainable forest management, and have done so in the past, by implementing measures for forest conservation and community development in and around their concessions.

There is increasing pressure on individual companies to implement standards to mitigate and offset negative environmental impacts. Yet there is a limit to what private-sector-driven, project-specific measures can do.  These kinds of voluntary standards also tend not to affect artisanal and small-scale miners and other "rogue" players, who tend to have the largest environmental footprint. In order to address all players, an integrated landscape-level planning and enforcement process is needed.

APPROACH

This program will transform the way the World Bank Group works with its clients on extractive industries in forest-rich countries, so that oil, gas, and mineral extraction contribute to sustainable forest management and poverty reduction for the people depending on those forests. The program also introduces this knowledge to the Bank's vast networks of private companies and government partners.

Activities have been chosen based on the most urgent issues impacting the forest sector, and existing World Bank Group projects that have the potential for the greatest impact and replicability. Two major studies are underway, focused on Artisanal and Small-Scale Mining (ASM) and Large-Scale Mining (LSM), and how to make these sectors forest-smart.The lessons and recommendations will be based on both good and bad practices in different parts of the world, looking at a range of geographical, governance, and ecological factors. The two studies include analysis of the thematic areas and the identification of 15-20 case studies each, following a detailed analytical framework that was developed to support consistency and comparability. 

RESULTS

This project has been completed. The outcomes were achieved, the development of tools and analysis around forest smart mining was largely successful. The development of an understanding related to what could be achieved in Artisanal and Small-Scale Mining (ASM)  and Large Scale Mining (LSM) as well as biodiversity offsets were important accomplishments. The rich list of thematic case studies pulled together experiences from all over the world, highlighting good and bad practices on a continuum as well as making practical recommendations for dialogue with private sector stakeholders as well as with Governments. The three reports below identified the first known lessons learned for implementing a “forest-smart” approach to LSM and ASM:

1. Forest-Smart Mining: Identifying Good and Bad Practices for Artisanal & Small-Scale Mining in Forest Landscapes
2. Forest-Smart Mining: Identifying Factors Associated with the Impacts of Large-Scale Mining on Forests
3. Forest-Smart Mining: Offsets case studies

Based on these reports, a series of 16 Principles have been identified that should guide a ‘forest smart’ policy framework for the mining sector.  These have been integrated in an executive summary. Based on this, tools will also be developed for the relevant stakeholders. 

The findings of the reports were presented at several high-level policy and industry events raising awareness within the mining industry on the impact of mining on deforestation and the possibilities to address the carbon footprint of mines by actively working on mitigating their forest footprint and striving for net gain of forest cover in and around their operations.

There is also a direct relevance of the work for World Bank investments, such as the Forest Investment Program (FIP). The results have also informed the preparation for additional funding in Ghana, the Zambia REDD+ Investment Plan, and a new mining operation in DRC. 

The work has also been integrated in a larger project currently being developed by the World Bank Energy and Extractives practice, called ‘Climate Smart Mining’. This looks at the carbon footprint of mineral extraction for the minerals that are being used, at an increasing scale, for building clean-energy technologies. Being’ Forest Smart’, is addressed as one of the most effective tools for mining companies to address their carbon footprint.

CHALLENGE

About 3.5 billion people live in countries rich in oil, gas, or minerals. Many of these countries also suffer from poverty, corruption, and conflict stemming from weak governance. Nonrenewable mineral resources play a dominant role in 81 countries, which collectively account for a quarter of gross world product, half of the world’s population, and nearly 70 percent of those in extreme poverty. The World Bank Group’s involvement in extractive industries seeks to help countries seize the opportunities that mining companies offer for development, poverty reduction, and boosting shared prosperity. Most World Bank Group interventions in extractive industries are in the governance area, to encourage transparent management of industry revenues so that they provide benefits for local people and so that the industries themselves respect local community needs and the environment.

At the same time, more than one-quarter of the world’s active mines and exploration sites overlap with, or are situated within, a 10-kilometer radius of, a strictly protected area. Nearly one-third of all active mines and exploration sites are located within areas of intact ecosystems of high conservation value, most of them forests. Almost one-third of all active mines are located in stressed watersheds. Infrastructure developments associated with oil and mineral developments represent the most important threat to ecosystems through physical incursion into forests and disruption of the ecosystems. Road and railway development could be particularly harmful. Building a new road drives direct deforestation through tree cutting, but this impact is generally limited. Most importantly, roads are the major vehicle for forest degradation through further incursion into forest areas for agriculture, hunting, artisanal mining, and other potentially harmful activities. Added to that, a large-scale mine has considerable energy requirements, which will lead to the construction of hydropower dams, oil and gas pipelines, and power lines. Nevertheless, oil and mining companies can contribute considerably to sustainable forest management, and have done so in the past, by implementing measures for forest conservation and community development in and around their concessions.

There is increasing pressure on individual companies to implement standards to mitigate and offset negative environmental impacts. Yet there is a limit to what private-sector-driven, project-specific measures can do.  These kinds of voluntary standards also tend not to affect artisanal and small-scale miners and other "rogue" players, who tend to have the largest environmental footprint. In order to address all players, an integrated landscape-level planning and enforcement process is needed.

APPROACH

This program will transform the way the World Bank Group works with its clients on extractive industries in forest-rich countries, so that oil, gas, and mineral extraction contribute to sustainable forest management and poverty reduction for the people depending on those forests. The program also introduces this knowledge to the Bank's vast networks of private companies and government partners.

Activities have been chosen based on the most urgent issues impacting the forest sector, and existing World Bank Group projects that have the potential for the greatest impact and replicability. Two major studies are underway, focused on Artisanal and Small-Scale Mining (ASM) and Large-Scale Mining (LSM), and how to make these sectors forest-smart.The lessons and recommendations will be based on both good and bad practices in different parts of the world, looking at a range of geographical, governance, and ecological factors. The two studies include analysis of the thematic areas and the identification of 15-20 case studies each, following a detailed analytical framework that was developed to support consistency and comparability. 

RESULTS

This project has been completed. The outcomes were achieved, the development of tools and analysis around forest smart mining was largely successful. The development of an understanding related to what could be achieved in Artisanal and Small-Scale Mining (ASM)  and Large Scale Mining (LSM) as well as biodiversity offsets were important accomplishments. The rich list of thematic case studies pulled together experiences from all over the world, highlighting good and bad practices on a continuum as well as making practical recommendations for dialogue with private sector stakeholders as well as with Governments. The three reports below identified the first known lessons learned for implementing a “forest-smart” approach to LSM and ASM:

1. Forest-Smart Mining: Identifying Good and Bad Practices for Artisanal & Small-Scale Mining in Forest Landscapes
2. Forest-Smart Mining: Identifying Factors Associated with the Impacts of Large-Scale Mining on Forests
3. Forest-Smart Mining: Offsets case studies

Based on these reports, a series of 16 Principles have been identified that should guide a ‘forest smart’ policy framework for the mining sector.  These have been integrated in an executive summary. Based on this, tools will also be developed for the relevant stakeholders. 

The findings of the reports were presented at several high-level policy and industry events raising awareness within the mining industry on the impact of mining on deforestation and the possibilities to address the carbon footprint of mines by actively working on mitigating their forest footprint and striving for net gain of forest cover in and around their operations.

There is also a direct relevance of the work for World Bank investments, such as the Forest Investment Program (FIP). The results have also informed the preparation for additional funding in Ghana, the Zambia REDD+ Investment Plan, and a new mining operation in DRC. 

The work has also been integrated in a larger project currently being developed by the World Bank Energy and Extractives practice, called ‘Climate Smart Mining’. This looks at the carbon footprint of mineral extraction for the minerals that are being used, at an increasing scale, for building clean-energy technologies. Being’ Forest Smart’, is addressed as one of the most effective tools for mining companies to address their carbon footprint.

CHALLENGE

About 3.5 billion people live in countries rich in oil, gas, or minerals. Many of these countries also suffer from poverty, corruption, and conflict stemming from weak governance. Nonrenewable mineral resources play a dominant role in 81 countries, which collectively account for a quarter of gross world product, half of the world’s population, and nearly 70 percent of those in extreme poverty. The World Bank Group’s involvement in extractive industries seeks to help countries seize the opportunities that mining companies offer for development, poverty reduction, and boosting shared prosperity. Most World Bank Group interventions in extractive industries are in the governance area, to encourage transparent management of industry revenues so that they provide benefits for local people and so that the industries themselves respect local community needs and the environment.

At the same time, more than one-quarter of the world’s active mines and exploration sites overlap with, or are situated within, a 10-kilometer radius of, a strictly protected area. Nearly one-third of all active mines and exploration sites are located within areas of intact ecosystems of high conservation value, most of them forests. Almost one-third of all active mines are located in stressed watersheds. Infrastructure developments associated with oil and mineral developments represent the most important threat to ecosystems through physical incursion into forests and disruption of the ecosystems. Road and railway development could be particularly harmful. Building a new road drives direct deforestation through tree cutting, but this impact is generally limited. Most importantly, roads are the major vehicle for forest degradation through further incursion into forest areas for agriculture, hunting, artisanal mining, and other potentially harmful activities. Added to that, a large-scale mine has considerable energy requirements, which will lead to the construction of hydropower dams, oil and gas pipelines, and power lines. Nevertheless, oil and mining companies can contribute considerably to sustainable forest management, and have done so in the past, by implementing measures for forest conservation and community development in and around their concessions.

There is increasing pressure on individual companies to implement standards to mitigate and offset negative environmental impacts. Yet there is a limit to what private-sector-driven, project-specific measures can do.  These kinds of voluntary standards also tend not to affect artisanal and small-scale miners and other "rogue" players, who tend to have the largest environmental footprint. In order to address all players, an integrated landscape-level planning and enforcement process is needed.

APPROACH

This program will transform the way the World Bank Group works with its clients on extractive industries in forest-rich countries, so that oil, gas, and mineral extraction contribute to sustainable forest management and poverty reduction for the people depending on those forests. The program also introduces this knowledge to the Bank's vast networks of private companies and government partners.

Activities have been chosen based on the most urgent issues impacting the forest sector, and existing World Bank Group projects that have the potential for the greatest impact and replicability. Two major studies are underway, focused on Artisanal and Small-Scale Mining (ASM) and Large-Scale Mining (LSM), and how to make these sectors forest-smart.The lessons and recommendations will be based on both good and bad practices in different parts of the world, looking at a range of geographical, governance, and ecological factors. The two studies include analysis of the thematic areas and the identification of 15-20 case studies each, following a detailed analytical framework that was developed to support consistency and comparability. 

RESULTS

This project has been completed. The outcomes were achieved, the development of tools and analysis around forest smart mining was largely successful. The development of an understanding related to what could be achieved in Artisanal and Small-Scale Mining (ASM)  and Large Scale Mining (LSM) as well as biodiversity offsets were important accomplishments. The rich list of thematic case studies pulled together experiences from all over the world, highlighting good and bad practices on a continuum as well as making practical recommendations for dialogue with private sector stakeholders as well as with Governments. The three reports below identified the first known lessons learned for implementing a “forest-smart” approach to LSM and ASM:

1. Forest-Smart Mining: Identifying Good and Bad Practices for Artisanal & Small-Scale Mining in Forest Landscapes
2. Forest-Smart Mining: Identifying Factors Associated with the Impacts of Large-Scale Mining on Forests
3. Forest-Smart Mining: Offsets case studies

Based on these reports, a series of 16 Principles have been identified that should guide a ‘forest smart’ policy framework for the mining sector.  These have been integrated in an executive summary. Based on this, tools will also be developed for the relevant stakeholders. 

The findings of the reports were presented at several high-level policy and industry events raising awareness within the mining industry on the impact of mining on deforestation and the possibilities to address the carbon footprint of mines by actively working on mitigating their forest footprint and striving for net gain of forest cover in and around their operations.

There is also a direct relevance of the work for World Bank investments, such as the Forest Investment Program (FIP). The results have also informed the preparation for additional funding in Ghana, the Zambia REDD+ Investment Plan, and a new mining operation in DRC. 

The work has also been integrated in a larger project currently being developed by the World Bank Energy and Extractives practice, called ‘Climate Smart Mining’. This looks at the carbon footprint of mineral extraction for the minerals that are being used, at an increasing scale, for building clean-energy technologies. Being’ Forest Smart’, is addressed as one of the most effective tools for mining companies to address their carbon footprint.