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With growing recognition of the possibility of climate change and clear evidence of observed changes in climate during 20th century, an increasing emphasis on extreme rainfall events (ERE) and its regional impact has come to forefront of the scientific community. Climate-induced changes in hydrological conditions are expected to affect the magnitude and frequency of future ERE across Asia. Apart from concepts, definition, and impact of ERE, this book aims at giving an insight into the flood disaster trend in South Asian region (SAR) between 1960 and 2008; and meteorological drought across…mehr

Produktbeschreibung
With growing recognition of the possibility of climate change and clear evidence of observed changes in climate during 20th century, an increasing emphasis on extreme rainfall events (ERE) and its regional impact has come to forefront of the scientific community. Climate-induced changes in hydrological conditions are expected to affect the magnitude and frequency of future ERE across Asia. Apart from concepts, definition, and impact of ERE, this book aims at giving an insight into the flood disaster trend in South Asian region (SAR) between 1960 and 2008; and meteorological drought across Orissa, India between 1901 and 2002. It is observed that flood events across SAR increased four to six folds between 2000 and 2008, when compared to those in 1970s. It was also seen that India is more vulnerable to flood events with respect to other SAR countries. The Orissa case study reveals that Rayagada is a highly drought prone district. ArcView GIS 3.2 Software was used to map the drought prone districts. 'No-regret' adaptation strategies considering the social, economical, physical, and environmental components have been suggested to cope with the consequences of ERE.
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Autorenporträt
Aastha Gulati born on 18/10/1986 in New Delhi, India. She did herB.Sc degree in Home Science (Human development)in 2007 from DelhiUniversity, M.Sc degree in Water Resources Management in2009 from TERI University. She is pursuing PhD at TERI Universitywith full time PhD scholarship by HSBC bank; Focus area:Nutrient budget and soil erosion