Global warming is already making a mark on Pennsylvania

This brief is based on a paper that uses farm households

This paper discusses the particular and disproportionate risks to urban children in poverty from various aspects of climate change, both extreme events and changing means. It explores the potential impacts on children's health, learning and psychosocial well-being, and considers the implications of family coping strategies for children.

The objective of this report is to determine the impacts and vulnerabilities of forests and the forest sector to climate change and if corresponding policies and instruments have been implemented to promote the adaptation of forests and the forest sector.

The Asian Development Bank (ADB) launched the Energy Efficiency Initiative (EEI) in July 2005 to expand its operations in clean energy to $1 billion a year.

In this case study, the costs and benefits under potential climate change of different flood risk reduction approaches in northern India were analyzed and compared. In addition, the utility, applicability and limitations of cost-benefit analysis for supporting disaster risk reduction decision-making under a changing climate were investigated.

This paper outlines a framework for adaptation to climate change for urban areas in low- and middle-income nations that is pro-poor and that enhances the capacity of low-income households and community organizations to contribute to such adaptation.

The Department-related Parliamentary Standing Committee on Science & Technology, Environment & Forests in its meeting held on 20th August, 2007, decided to take up for examination the aspects relating to Global Warming and its Impact on India and report thereon.

“Wasteland” conjures up visions of dusty desolation where life is fleeting and harsh—if it exists at all. Oceans, too, have their inhospitable pockets. Scientists are discovering that climate change—and not just fertilizer from farm use—may be spurring the emergence of barren underwater landscapes in coastal waters. Expanding dead zones not only spell trouble for biodiversity, but they also threaten the commercial fisheries of many nations.

Predicting how species distributions might shift as global climate changes is fundamental to the successful adaptation of conservation policy. An increasing number of studies have responded to this challenge by using climate envelopes, modeling the association between climate variables and species distributions. However, it is difficult to quantify how well species actually match climate.

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