目次

Preface.- General Introduction.- Strategies to observe and assess changes of terrestrial biodiversity in the Asia-Pacific Regions.- Biodiversity outlook in the Southeast Asia: Challenges and prospects for the next decade.- The Economics and Economic Valuation of Ecosystems and Biodiversity in Japan.- Networks for Monitoring and Research on Biodiversity in the Asia-Pacific Region.- Plant Diversity in Two Philippine LTER Sites.- Biodiversity Observation and Monitoring in Thailand.- Introduction to Ecological and Biodiversity Monitoring in China.- A note on some vegetation types which were studied with the same methodology in Indonesia.- Biodiversity issues in Indonesia, with special reference to biodiversity in human-dominated landscapes.- International Long-Term Ecological Research Network activities in the East Asia-Pacific Region and Biodiversity Monitoring.- The status of biodiversity loss in lakes and ponds in Japan.- Fish biodiversity research in the Mekong Basin.- Monitoring fish biodiversity in the Yangtze River, China.- Fish biodiversity monitoring in rivers of S. Korea.- Establishing a Biodiversity Database.- Data discovery mechanisms for biodiversity resources in the Asia-Pacific region.- ILTER and JaLTER: Their Missions and Linkage to Database Development in the Asia-Pacific Region.- Long-term monitoring of natural forests and its database (Forest dynamics database: FDDB) constructed by Forestry and Forest Products Research Institute (FFPRI), Japan.- Current status and nationwide database of river and floodplain ecosystem in Japan.- BISMaL: Biological Information System for Marine Life and Role for Biodiversity Research.- New Methods and Analyses for Biodiversity Studies.- DNA barcoding: a novel tool for observation of biodiversity.- Development of threatened species portal in the Asia-Pacific region.- Linking remote sensing and in situ ecosystem / biodiversity observations by “Satellite Ecology”. In situ/remote sensing integration working group of J-BON.- Long-term Monitoring and Prediction of Ecosystem using Remote Sensing and CLUE-S Model: Sakaerat Environmental Research Station.- East and Southeast Asian pteridophyte flora and DNA barcoding.- Spatially-explicit models for freshwater fishes for their conservation planning.- Biodiversity and Ecosystem Services.- Sensing/monitoring networks on carbon balance and biodiversity in tropical peatland.- Biodiversity Research for the Development of Indicator Organisms in Environment-Preserving Agriculture.- Biodiversity of invertebrates and plant in Korea paddy fields.- Agrobiodiversity in Sri Lanka: A Case in Village Tank Systems.- Biodiversity of freshwater fishes in Japan in relation to inland fisheries.- Conservation and restoration of lakeshore vegetation in Lake Kasumigaura, Japan.- Capacity Building for Fish Taxonomy in Southeast Asia.-