Climate Change: Uncertainty for Hydropower Development in Nepal

Authors

  • Mahesh Pathak

DOI:

https://doi.org/10.3126/hn.v6i0.4190

Keywords:

Climate change, Deglaciation, GLOF, Water resource, Hydrological cycle, Hydropower, Himalayas, Nepal

Abstract

There is a worldwide consensus that climate change is a real, rapidly advancing and widespread threat facing this century. This is a crucial issue in Himalayan and special in Nepal because of its possible impact on water resource, biodiversity, and consequence on economic growth of the region. The increase trend of glacial retreat and variability on temperature and participation has the direct impact on the water resource and hydropower development. Mountain regions are particularly vulnerable, both because warming trends are higher and the impacts are magnifed by the extreme changes in altitude over small distances. It indicates the great variability of hydro-climatic variability in major rivers and their tributaries. Decrease runoff will have direct impact on the hydropower development, but there is uncertainty about the role of spatial variability of changing climatic scenarios and their possible impact for hydropower development in large and middle rivers. This paper presents the scenarios of climate change in Nepal in terms of hydro-climatic variability. The frst part describes hydro-climatic variability and its uncertainty for hydropower development, and the second part deals with the mitigation of uncertainties.

Key words: Climate change; Deglaciation; GLOF; Water resource; Hydrological cycle; Hydropower; Himalayas; Nepal

DOI: 10.3126/hn.v6i0.4190

 Hydro Nepal

Vol 6, January 2010

Page : 31-34

Uploaded Date:  24 January, 2011

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Author Biography

Mahesh Pathak

Expertise in GIS and remote sensing applications for land use and land cover mapping, river morphology and watershed management.  He holds a masters’ degree in Geography in Tribhuvan University, in which he was awarded a gold Medal.  He has also received
and SCGIS Global Scholarship Award 2007 and took
advanced GIS training on conservation and water resource management from ESRI (Environemnt Sensitivities Research Institute), in the USA.

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How to Cite

Pathak, M. (2011). Climate Change: Uncertainty for Hydropower Development in Nepal. Hydro Nepal: Journal of Water, Energy and Environment, 6, 31–34. https://doi.org/10.3126/hn.v6i0.4190

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