Explore the vast range of titles available.

First published in 1995, The Forest Certification Handbook has become the landmark book concerning all aspects of forest and wood product certification from policy to business to in-the-field technical issues. Yet since first publication an enormous amount has happened in the field. This new second edition has been entirely rewritten to incorporate the changes over the past decade, and is a complete and up-to-date source of information on all aspects of developing, selecting and operating a forest certification programme that provides both market security and raises standards of forest management.

With a focus on the Danum Valley area of Sabah, Malaysian Borneo, this special issue has as its theme the future of tropical rainforests in a changing landscape and climate. The global environmental context to the issue is briefly given before the contents and rationale of the issue are summarized. Most of the papers are based on research carried out as part of the Royal Society South East Asia Rainforest Research Programme. The issue is divided into five sections: (i) the historical land-use and land management context; (ii) implications of land-use change for atmospheric chemistry and climate change; (iii) impacts of logging, forest fragmentation (particularly within an oil palm plantation landscape) and forest restoration on ecosystems and their functioning; (iv) the response and resilience of rainforest systems to climatic and land-use change; and (v) the scientific messages and policy implications arising from the research findings presented in the issue.

The Sustainable Forestry Handbook is widely considered to be the essential aid to understanding and implementing sustainable forest management. Providing a clear and concise guide to the practicalities of implementing international standards for sustainable forest management, this fully updated second edition covers new Forest Stewardship Council requirements, High Conservation Value Forests, clearer requirements on pesticides and developments in policy and forest governance. Aimed at forest managers, and employing extensive cross referencing and easy-to-understand illustrations, this highly practical handbook explains in clear terms what the standards require forest managers to do and how they might go about implementing them.

Deforestation remains a prominent contributor to climate change and biodiversity loss. Yet while 76 million hectares of primary tropical forest have been lost since 2000, two thirds of tropical forests remain. What factors have been most important for protecting these forests? Unlike policies, which often have clearly defined spatial and temporal boundaries, the roles played by dynamic underlying political and economic structures, and their interactions with policies and emergent factors, can be challenging to identify. Expert knowledge can bridge this gap by revealing the full range of factors needed to achieve forest protection. Here, we conducted a Delphi study with 36 experts, focusing on the Brazilian Amazon and Indonesia. Our results highlight the importance of political will, civil society advocacy, and intergovernmental diplomacy, and shifts in the importance of different factors over time. These findings illuminate the interactions between international and national structures and policies in generating the conditions for forest protection.

Deforestation remains a prominent contributor to climate change and biodiversity loss. Yet while 76 million hectares of primary tropical forest have been lost since 2000, two thirds of tropical forests remain. What factors have been most important for protecting these forests? Unlike policies, which often have clearly defined spatial and temporal boundaries, the roles played by dynamic underlying political and economic structures, and their interactions with policies and emergent factors, can be challenging to identify. Expert knowledge can bridge this gap by revealing the full range of factors needed to achieve forest protection. Here, we conducted a Delphi study with 36 experts, focusing on the Brazilian Amazon and Indonesia. Our results highlight the importance of political will, civil society advocacy, and intergovernmental diplomacy, and shifts in the importance of different factors over time. These findings illuminate the interactions between international and national structures and policies in generating the conditions for forest protection.

With a focus on the Danum Valley area of Sabah, Malaysian Borneo, this special issue has as its theme the future of tropical rainforests in a changing landscape and climate. The global environmental context to the issue is briefly given before the contents and rationale of the issue are summarized. Most of the papers are based on research carried out as part of the Royal Society South East Asia Rainforest Research Programme. The issue is divided into five sections: (i) the historical land-use and land management context; (ii) implications of land-use change for atmospheric chemistry and climate change; (iii) impacts of logging, forest fragmentation (particularly within an oil palm plantation landscape) and forest restoration on ecosystems and their functioning; (iv) the response and resilience of rainforest systems to climatic and land-use change; and (v) the scientific messages and policy implications arising from the research findings presented in the issue.

The context and challenges relating to the remaining tropical rainforest are briefly reviewed and the roles which science can play in addressing questions are outlined. Key messages which articles in the special issue, mainly based on projects of the Royal Society South East Asia Rainforest Research Programme (SEARRP), have raised of relevance to policies on land use, land management and REDD+ are then considered. Results from the atmospheric science and hydrology papers, and some of the ecological ones, demonstrate the very high ecosystem service values of rainforest (compared with oil palm) in maintaining high biodiversity, good local air quality, reducing greenhouse emissions, and reducing landslide, flooding and sedimentation consequences of climate change—and hence provide science to underpin the protection of remaining forest, even if degraded and fragmented. Another group of articles test ways of restoring forest quality (in terms of biodiversity and carbon value) or maintaining as high biodiversity and ecological functioning levels as possible via intelligent design of forest zones and fragments within oil palm landscapes. Finally, factors that have helped to enhance the policy relevance of SEARRP projects and dissemination of their results to decision-makers are outlined.

The original purpose of forest certification was twofold (cf Baharuddin and Simula, 1994): to improve the social, environmental and economic quality of forest management, thereby providing a tool to contribute to the achievement of sustainable 1 or responsible forest management; to allow the market to reliably differentiate and purchase products coming from responsibly managed forests and to provide the managers of these forests with improved market access for their products.

Whatever the certification scheme or approach to certification that is chosen (see Chapter 7), there are always two parts to the process of achieving certification for the forest manager: implementing the requirements of the standard in the forest; undergoing the certification audit or assessment to confirm that the requirements are in place.