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High Mountain Asia hydropower systems threatened by climate-driven landscape instability

2022

Li, D. | Lu, X. | Walling, D. E. | Zhang, T. | Steiner, J. F. | Wasson, R. J. | Harrison, S. | Nepal, Santosh | Nie, Y. | Immerzeel, W. W. | Shugar, D. H. | Koppes, M. | Lane, S. | Zeng, Z. | Sun, X. | Yegorov, A. | Bolch, T.

AGROVOC Keywords

climate change dams erosion extreme weather events glaciers hydropower lakes landscape mountains rain reservoirs resilience sediment load snowmelt

Bibliographic information

Other Subjects

Floods

Language

English

Note

Source Identifier: oai:cgspace.cgiar.org:10568/91307; . setSpec: com_10568_16814; . setSpec: col_10568_36185;

License

Copyrighted; all rights reserved. Limited Access

Type

Journal Article

Source

Nature Geoscience

In AGRIS since: 2022-10-15

Format: AGRIS AP

Data Provider

This bibliographic record has been provided by International Water Management Institute

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