The objectives of the meeting were to (i) recommend options for harmonizing forest-related definitions, (ii) make proposals for the implementation of these options, and (iii) establish a commonly agreed upon future agenda. It was expected to thus contribute towards improving efficiency of processes in different international policies related to forests. It was clearly stated that harmonization does not mean standardization. Harmonization can include adjustments for improved compatibility and consistency, establishing comparability, linkages and hierarchies between terms, but also documenting differences.
Over the past two decades various European forest information projects have had the vision to build a distributed Europe forest information network, in which existing data can be identified and made available to a community of users. One of these projects was the Network for a European Forest Information Service (NEFIS). It ran from 2003 to 2005. The results of NEFIS are the subject of this report. The project explored an overall information system architecture based on existing data reporting structures at national, EU and international levels. Development of a metadata schema to enable discovery of resources was a second important step. An advanced demonstration version of a European forest information system was developed. It consists of three main components: (1) resource discovery catalogue based on the NEFIS metadata schema; (2) a visualization toolkit allowing for exploratory data analysis; and (3) a remote search demonstrator presenting an example of how distributed data sets can be identified, compiled and analysed. The example of the remote search used forest inventory data from six European countries. The report includes a set of considerations for the development of an operational forest information system. More information on the project outputs can be found at www.efi.int (search for nefis).
Degradation of forests can have severe negative local impacts and far-reaching consequences, including soil erosion, loss of biodiversity, greenhouse gas emissions, dust storms, diminished livelihood opportunities and reduced yields of forest products and services. Reversing the adverse conditions requires urgent and scaled-up action, through scientific and holistic landscape-level restoration approaches, balancing both socio-economic and environmental goals and the diverse needs of various sectors and stakeholders in the landscape. The forest and landscape restoration (FLR) approach has gained momentum in recent years. The concept is based on the recognition that trees and forests comprise critical components of rural landscapes and that diversification at landscape levels can enhance ecological and socio-economic resilience while accommodating different site conditions and land management goals. Given the increasing challenge of mitigating and adapting to climate change and vast expanses of degraded landscapes with decreased capacity to provide essential forest products and services, we are seeing increased political interest and commitment to enhance forest cover and functions, and to FLR, at both international and national levels. With this background, the Food and Agriculture Organization Regional Office for Asia and the Pacific (FAO RAP) initiated an effort to develop a strategy and action plan for forest and landscape restoration in the region.
The Management of Industrial Forest Plantations. Theoretical Foundations and Applications provides a synthesis of current knowledge about industrial forestry management planning processes. It covers components of the forest supply chain ranging from modelling techniques to management planning approaches and information and communication technology support. It may provide effective support to education, research and outreach activities that focus on forest industrial plantations management. It may contribute further to support forest managers when developing industrial plantations management plans. The book includes the discussion of applications in 26 Management Planning in Actions boxes. These applications highlight the linkage between theory and practice and the contribution of models, methods and management planning approaches to the efficiency and the effectiveness of industrial plantations management planning.
While restoration ecology has traditionally aimed to re-create some putative more ‘natural’ ecological state, forest landscape restoration (FLR) has emerged over the last decade as an approach aimed more at restoring natural functions, while focusing on meeting human needs. With a view to exploring the practical potential of this approach, this book draws together a team of experts from the natural and social sciences to discuss its success so far in addressing critical issues such as biodiversity, ecological function, and human livelihoods. Applying principles of landscape ecology, restoration ecology, planning theory and conflict management, the book presents a series of case studies which document the approach, and discusses how the approach can help with priority setting for the future. The book will provide a valuable reference to graduate students and researchers interested in ecological restoration, forest ecology and management, as well as to professionals in environmental restoration, natural resource management, conservation, and environmental policy.
This multidisciplinary book covers all aspects of planning, designing, establishing and managing forests and trees and forests in and near urban areas, with chapters by experts in forestry, horticulture, landscape ecology, landscape architecture and even plant pathology. Beginning with historical and conceptual basics, the coverage includes policy, design, implementation and management of forestry for urban populations.
This book traces the economic and biological pattern of forest development from initial settlement and harvest activity at the natural forest frontier to modern industrial forest plantations. It builds from diagrams describing three discrete stages of forest development, and then discusses the management and policy implications associated with each, supporting its observations with examples and data from six continents and from both developed and developing countries. It shows that characteristic distinctions between the three stages make forestry unusual in natural resource management and that effective policy requires different, even contrasting, decisions at each stage. William F. Hyde’s comprehensive discussion covers a wide range of issues, including the impacts of both specific forest policies and broader macroeconomic policies, the unique requirements of current issues such as global warming, biodiversity and tourism, and the complexities of the different forest products industries. Concluding chapters review the roles of the newer institutional landowners, of smaller private and farm landowners, and of public agencies. This highly-original volume reaches far beyond forest economics; it explains what forestry can do for regional development and environmental conservation and what policies designed for other sectors and the macro-economy can do for forestry.
A combination of broad disciplinary coverage and scientific excellence, the Encyclopedia of Forest Sciences will be an indispensable addition to the library of anyone interested in forests, forestry and forest sciences. Packed with valuable insights from experts all over the world, this remarkable set not only summarizes recent advances in forest science techniques, but also thoroughly covers the basic information vital to comprehensive understanding of the important elements of forestry. The Encyclopedia of Forest Sciences also covers relevant biology and ecology, different types of forestry (e.g. tropical forestry and dryland forestry), scientific names of trees and shrubs, and the applied, economic, and social aspects of forest management. Valuable key features further enhance the utility of this Encyclopedia as an exceptional reference tool. Also available online via ScienceDirect – featuring extensive browsing, searching, and internal cross-referencing between articles in the work, plus dynamic linking to journal articles and abstract databases, making navigation flexible and easy. For more information, pricing options and availability visit www.info.sciencedirect.com. Edited and written by a distinguished group of editors and contributors Well-organized encyclopedic format provides concise, readable entries, easy searches, and thorough cross-references Illustrative tables, figures, and photographs in every entry, produced in full color Comprehensive glossary defines new and important terms Complete, up-to-date coverage of over 60 areas of forest sciences - sure to be of interest to scientists, students, and professionals alike! Editor-in-Chief is the past president of the International Union of Forestry Research Organizations, the oldest international collaborative forestry research organization with over 15,000 scientists from 100 countries
In today’s rapidly evolving world, it has never been more critical to consider key environmental issues such as climate change, pollution, and endangered species. Society faces an unknown future where the fate of the environment is continuously in flux based on current preservation initiatives that governments develop. In order to ensure the world is protected moving forward, further study on the importance of securing environments, ecosystems, and species is necessary to successfully implement change. The Research Anthology on Ecosystem Conservation and Preserving Biodiversity considers the best practices and strategies for protecting our current ecosystems as well as the potential ramifications of failing to implement policies. Society is at a crossroads where if we continue to ignore the danger and warning signs brought about by environmental issues, we will be unable to maintain a healthy environment. Covering essential topics such as extinction, climate change, and pollution, this major reference work is ideal for scientists, industry professionals, researchers, academicians, policymakers, scholars, practitioners, instructors, and students.
