This report illustrates several of the cumulative environmental impacts of piecemeal infrastructure development, population growth, water shortage and climate change in the Greater Asian Mountain region. The scope of this report is the broad, regional scale land use change.Resource Type: Reports
In recognizing the challenge of producing relevant scientific solutions to current environmental problems, Earthwatch-sponsored scientists were invited to submit papers that contribute to this topic: Translating Scientific Results into Conservation Actions.
Six contributors were invited to participate in the 2007 Earthwatch Annual Principal Investigator Conference. The following compendium includes all submitted papers and summarizes the workshop discussion.
The Bamboo Diversity Report represents the first step towards planning and implementing conservation and sustainable management of bamboos in the wild, in addition to making a significant contribution to the implementation of the Global Strategy for Plant Conservation, which aims to halt the current and continuing loss of plant diversity. This study is the result of a collaboration between INBAR and UNEP-WCMC.Resource Type: Reports
UNEP-WCMC and IUCN, with support from UNESCO, compile information sheets for all properties inscribed on the World Heritage List for natural or mixed (natural and cultural) reasons. These sheets are usually prepared following the inscription of a property on the World Heritage List. The sheets are updated from time to time. The latest available sheets are published on this webpage.Resource Type: Reports
This review draws on recent research to summarise advances since the IPCC AR4 in our understanding of the impacts of climate change on biodiversity. The evidence for these impacts comes from three principal sources: direct observation; experimental studies; and modelling studies.Resource Type: Reports
It is clear from the literature reviewed that climate change mitigation policy has the potential to impact biodiversity both positively and negatively. Currently, many renewable energy projects are being planned without consideration for biodiversity impacts; as are some land-based mitigation strategies such as monoculture plantations. However, due to the important role of ecosystems in the carbon cycle, it is clear that the potential exists to develop ‘win-‘win’ mitigation policies that are beneficial for both climate change mitigation and biodiversity.Resource Type: Reports
The Earth's climate is changing and the impacts are already being felt by biodiversity and wildlife habitats across the planet. This summary report from the international conference Global Climate Change and Biodiversity presents some of the latest scientific research into how the natural world is being affected by climate change - and also how the natural world might respond in the future.
The conference, held at the University of East Anglia in Norwich, UK in April 2003, was organised jointly by the RSPB, WWF-UK, English Nature, UNEP-World Conservation Monitoring Centre and the Tyndall Centre for Climate Change Research.Resource Type: Reports
The ability of coral reefs to survive in a globally-warming world may crucially depend on the levels of pollution to which they are exposed, new findings indicate.
Scientists studying reefs that were bleached in the late 1990s by high surface sea temperatures have found a link between recovery rates and the levels of contamination entering coastal waters from developments on the land.Resource Type: Reports
Cloud forests represent a rare and fragile ecosystem that is under threat in many parts of the world. These rich mountain forests make up no more than 2.5 per cent of the world's tropical forests but contain a disproportionately large number of the world's species. The Cloud Forest Agenda report aims to stimulate new initiatives and partnerships for the conservation and restoration of tropical montane cloud forests around the world. The report provides the first global maps of cloud forests, a regional analysis of the threats facing these forests and information on their biodiversity and watershed importance.Resource Type: Reports
Diseases in the marine environment are integral to the regulation of marine ecosystems. However, in recent decades, unprecedented disease outbreaks have brought into focus the implications of human impacts upon marine disease. Climate change acts in synergy with other anthropogenic factors, such as pollution and over-exploitation, to drive changes in disease dynamics with important socio-economic consequences.
Climate Change and Marine Diseases: The Socio-Economic Impact reviews this emerging field of research and presents case studies illustrating how the impact of climate change on marine disease has significant implications for human health, food security and business sustainability. A number of key recommendations are presented on how best to move forward in terms of unraveling the processes behind marine diseases and to integrate this knowledge into the wider policy realm.Resource Type: Reports
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