Extreme weather events and changes in hydrological patterns can be expected in a world altered by climate change.
Hydropower systems are characterised by their longevity and are traditionally designed on the basis of historical hydrological data.
Planning hydropower systems from a long-term, climate-resilient perspective will ensure that future generations inherit infrastructure that will not be compromised by climate change.
IHA has led the way in developing a tool for reliably estimating the carbon emissions of hydropower.
IHA has published the Hydropower Sector Climate Resilience Guide to ensure that hydropower projects will be resilient to climate change.
The guide provides workable international good practice guidance for project owners, governments, financial institutions and private developers.
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Global declines in water storage are increasingly troubling. With greater hydrological variability due to climate change, more storage will be vital to provide the same level of security of water, food and energy.Type:Blog postDate:8 June 2017
The 2017 World Hydropower Congress took place on 9–11 May in Addis Ababa, Ethiopia.Type:Blog postDate:31 May 2017
IHA participated in the second biennial Dresden Nexus Conference (DNC) on 17-19 May. The conference brings together researchers and implementers to discuss the closely linked issues of water, soil and waste.Type:Blog postDate:31 May 2017
This article is featured in the 2017 Hydropower Status Report, launched at the World Hydropower Congress in Addis Ababa in May 2017.Type:Blog postDate:22 May 2017
A new collection of case studies highlighting good practice in sustainable hydropower development, Better Hydro: Compendium of Case Studies 2017, has been launched at the 2017 World Hydropower Congress in Addis Ababa.Type:News postDate:11 May 2017