Climate Change And Terrestrial Carbon Sequestration In Central Asia

This book brings together current knowledge of terrestrial C sequestration in Central Asia. The themes treated include: biophysical environments, water resources, sustainable agriculture, soil degradation, the effects of irrigation schemes on secondary salinization, soil management and its relationship to carbon dynamics; the relationship between f

This open access book explores climate change impacts, adaptation, and mitigation in Central Asia and discusses policy options for the Central Asian governments. To address the urgent need for local scholarship on climate change in Central Asia, and in particular the need for more research by social scientists, this book features a wide range of contributions on climate change impacts, adaptation and mitigation in the region. Each chapter makes an important contribution to social science scholarship on climate change and decarbonization in Central Asia. Topics include decarbonization opportunities, carbon pricing instruments, the geo-economics of the energy transition, the relationship between human mobility and climate change. The book thus offers valuable insights for both academics and policymakers.

The countries of Eastern Europe and Central Asia urgently need to accelerate the integration of environmental concerns into their agricultural and forestry sectors. Policies and laws promoting integration have undoubtedly improved, but implementation is lagging, particularly in the east and in agriculture. Integrating Environment into Agriculture and Forestry raises awareness of the pressing need to step up progress on implementation. Failure to integrate environment into agriculture and forestry will have major economic and human health implications, eg. soil salinity in Uzbekistan is estimat.

This manual provides an overview of climate-driven stressors relevant to transport infrastructure in Central Asia and explores adaptation strategies. Over the next decades, the effects of climate change will likely exert considerable pressure on the transport infrastructure of Central Asia. In response, policymakers and the engineering community need to implement resilient yet sustainable designs and construction solutions. This resource provides technical and practical information to support such work.

Greater Central Asia encompasses a vast area that includes deserts, natural grasslands, steppes, shrublands and alpine regions. Many of these land types are degraded and productivity is falling at a time when human populations and livestock inventories are on the rise. Ecosystem stability and biodiversity are under threat and there is an urgent need to develop more sustainable land management regimes. This book uses an integrated regional approach to provide a comprehensive exploration of sustainable land development in Central Asia. An interdisciplinary team of experts analyses the economic, ecological, sociological, technological and political factors surrounding sustainable land and water management in the region, sharing potential problems and solutions. As international concern about desertification grows, the book concludes by asking how the region is likely to develop in the future. This book will be of value to scholars, students, policy makers and NGOs with an interest in sustainable development in Central Asia.

Adapting to Climate Change in Eastern Europe and Central Asia presents an overview of what adaptation to climate change might mean for the countries of the region of Eastern Europe and Central Asia (ECA). The next decade offers a window of opportunity for ECA countries to make their development more resilient to climate change.

Human-induced climate change is an important environmental issue worldwide, as scientific studies increasingly demonstrate that human activities are changing the Earth's climate. Even if dramatic reductions in emissions were made today, some human-induced changes are likely to persist beyond the 21st century. The Kyoto Protocol calls for emissions reporting that separates out management-induced changes in greenhouse gases from those changes caused by indirect human effects (e.g., carbon dioxide fertilization, nitrogen deposition, or precipitation changes), natural effects, and past practices on forested agricultural lands. This book summarizes a September 2003 workshop where leaders from academia, government and industry came together to discuss the current state of scientific understanding on quantifying direct human-induced change in terrestrial carbon stocks and related changes in greenhouse gas emissions and distinguishing these changes from those caused by indirect and natural effects.