Terminal Evaluation Of The Project Mainstreaming Biodiversity Conservation Sustainable Forest Management And Carbon Sink Enhancement Into Mongolia S Productive Forest Landscapes

Forestry plays a minor but important role in the livelihoods of vulnerable population in Mongolia. The country has developed a Participatory Sustainable Forest Management (PSFM), integrating livestock raising with forestry. The project was designed to strengthen the PSFM process, thereby improving livelihoods and the ecological status of forests. The project reviewed the current forestry guidelines at both national and local government levels and forestry planning guidelines for Soum and Aimag levels were approved by the provincial Government promoting the participatory forest management (PFM). There were also advances to improve the policy and legal framework at national level, but lengthy policymaking process and need for increased inter-ministerial policy dialogues, among other issues, have challenged the full achievement of this outcome.

Forests harbour a large proportion of the Earth’s terrestrial biodiversity, which continues to be lost at an alarming rate. Deforestation is the single most important driver of forest biodiversity loss with 10 million ha of forest converted every year to other land uses, primarily for agriculture. Up to 30 percent of tree species are now threatened with extinction. As a consequence of overexploitation, wildlife populations have also been depleted across vast areas of forest, threatening the survival of many species. Protected areas, which are considered the cornerstone of biodiversity conservation, cover 18 percent of the world’s forests while a much larger 30 percent are designated primarily for the production of timber and non-wood forest products. These and other forests managed for various productive benefits play a critical role in biodiversity conservation and also provide essential ecosystem services, such as securing water supplies, providing recreational space, underpinning human well-being, ameliorating local climate and mitigating climate change. Therefore, the sustainable management of all forests is crucial for biodiversity conservation, and nations have committed to biodiversity mainstreaming under the Convention on Biological Diversity (CBD). Mainstreaming biodiversity in forestry requires prioritizing forest policies, plans, programmes, projects and investments that have a positive impact on biodiversity at the ecosystem, species and genetic levels. In practical terms, this involves the integration of biodiversity concerns into everyday forest management practice, as well as in long-term forest management plans, at various scales. It is a search for optimal outcomes across social, economic and environmental dimensions of sustainable development. This study is a collaboration between FAO and the Center for International Forestry Research (CIFOR), lead centre of the CGIAR research programme on Forests, Trees and Agroforestry (FTA). This report is a compilation of country case studies as supplementary material to the main publicaiton, which reviews progress and outlines the technical and policy tools available for countries and stakeholders, as well as the steps needed, to effectively mainstream biodiversity in forestry.

Recent developments in international policy on Reduced Emissions from Deforestation in Developing countries (REDD) open the way for crediting of carbon saved by rural communities through management of the forests in their vicinity. Since the annual changes in forest carbon stock under this kind of management are relatively small and often under the canopy, they cannot easily be assessed using remote sensing, so ground-level data collection is likely to be essential over large areas of forests. The potential role of communities in measuring, monitoring and reporting carbon stock changes in their forests has been explicitly mentioned in UNFCCC documentation on methodology for REDD+, the extended form of REDD that includes forest enhancement, sustainable forest management and forest conservation. This book presents practical methods by which communities can do it. These methods were developed and tested with communities in villages in Africa and Asia under a six-year research programme. The reliability of the data gathered by the community is shown to be equivalent to that of professional forest inventories while the costs are much lower. Involvement of local communities in collection of this data may be the most cost-effective solution for national REDD+ programmes. Moreover, it could provide the basis for a transparent system for distribution of the financial rewards from REDD+ and the carbon market. The book first presents the policy context, concepts, methods and general results, which include estimates of typical carbon savings resulting from community management in different types of tropical forests. It also looks at the governance issues that may be involved and a variety of ways in which incentive schemes might be designed to encourage communities to participate. The second half of the book is devoted to case studies from the countries involved in the research. These provide both ideas and practical experience to enable agencies to engage with local communities to monitor carbon stock changes.

Understand the social, economic, and environmental impacts of the development of forest plantations—and the conservation involved Controversy surrounds the question of how to best protect forests of high conservation value, while meeting the growing demands for wood and wood fiber-based products. Plantations and Protected Areas in Sustainable Forestry presents the views of a diverse group of conservationists and natural resource professionals who examine important social and economic as well as ecological aspects of the debate. The goal of sustainable forest management is kept at the forefront of the discussions, while alternative strategies to meet economic and social needs are explored in light of the need to conserve biological diversity and protect other important ecological services and environmental values in key forest areas. For developed nations, there is an ethical responsibility to consider sensible development as well as environmental conservation. Plantations and Protected Areas in Sustainable Forestry discusses many of the prominent issues that are raised when considering intensively managed forests (plantations) and/or strict protection of high conservation value forests (protected areas) in the United States and elsewhere. These issues include: the role of plantations and their management; forest management certification to ensure sustainability; job creation from plantations, the effects of intensive forest management on society and the environment; and the protection of biodiversity. This book provides a solid foundation on which to form a consensus that addresses the needs of economics and society as well as forest conservation. Topics in Plantations and Protected Areas in Sustainable Forestry include: the future of forest plantations forest management certification community benefits derived from intensively managed industrial roundwood plantations the extent to which intensive forest management practices on plantations prevent degradation of natural forests positive and negative impacts of plantations on environmental and social values alternative approaches for investment in wood production global policy perspectives on intensive forest production global strategies for biodiversity conservation Plantations and Protected Areas in Sustainable Forestry provides a diversity of perspectives on one of today’s most important developments in international forest policy and international trade in the forest sector. It is intended to contribute to better-informed decision-making, and is an important book for policymakers, forest resource management professionals, and business leaders working to develop practical and effective strategies for sustainable forest management.

Master's Thesis from the year 2007 in the subject Forestry / Forestry Economics, grade: 1.7, University of Göttingen (Institut für Forstpolitik und Naturschutz ), language: English, abstract: Community-Based Conservation (CBC) refers to wildlife conservation efforts that involve rural people as an integral part of a wildlife conservation policy. In Africa and specifically in Cameroon, there have been changes in state policies towards natural resources management particularly forest resources. This study deals basically on Cameroon, with national forest cover of over 42% which constitutes one of its major economic resources. Since 1995, a new forest policy act was enacted (proclaimed in 1994) to accommodate two approaches, that is, Community Forestry and sustainable forest management. Conserving and enhancing biodiversity through rural peoples’ involvement was one of the components of the new forest policy act of 1995. The study analyses the conditions under which the CBC policies can be successfully implemented in Cameroon, with the case of the Korup National Park (KNP) and its support zone and the former Korup Project (KP). It also investigates the interest and the relationship of the different stakeholders concerned, especially the local community. The thesis uses three hypotheses (which are limited to CBC), semi-structured questionnaires and secondary data to test or investigate successful policy implementation in the KNP by analysing, (i) the role the local communities, (ii) the international environmental NGOs and groups played in the former Korup Project (1988-2003) and (iii) the level of biodiversity conservation and rural development in the Korup Project Area (KPA). The study was carried out in the southern sector of the KNP with a simple-random sampling of 78 respondents out of 11 villages of the 32 villages in and around the National Park. The results indicate: (i) low participation of the local communities in the Integrated Conservation and Development Project (ICDP) and later joint participatory biodiversity conservation and rural development approach of the KP, (ii) a difficult relationship between the international stakeholders and the local communities, and (iii) a temporary success in biodiversity conservation and a failure in rural development.

Sustainable forest management (SFM) is not a new concept. However, its popularity has increased in the last few decades because of public concern about the dramatic decrease in forest resources. The implementation of SFM is generally achieved using criteria and indicators (C

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