The TVA's premise was radical reorganize the U.S. economy around river basins, generating hydropower through the public sector.
Similarly, the Mekong River Commission, Asian Development Bank, and World Wildlife Fund have joined efforts to develop a Rapid Basin-Wide Hydropower Sustainability Assessment Tool as a way of reducing environmental impacts from hydropower.
A major driver of change in the Mekong River basin relates to hydropower development and the consequent changes in landscape and natural resource access regime that it induces.
Changes in the Columbia River basin (northwestern USA), including hydropower development, have contributed to the listing of 13 salmon stocks as endangered or threatened under the U.S. Endangered Species Act.
The Indus Basin of Pakistan with 800 hydropower project sites and a feasible hydropower potential of 60 GW, 89% of which is undeveloped, is a complex system poised for large-scale changes in the future.
In a study carried out in 1990 in 12 states and 4 river basins, over 278 unexploited small hydropower (SHP) sites with total potentials of 734.3 MW were identified [15].
The Norwegian pilot river basin, Suldal, is heavily impacted by hydropower production.
The GBM basin has a huge potential for hydropower project which is also a contentious issue for the region.
Changes to seasonal runoff timing were compared with hydropower capacity for each basin (Figure 12), although timing changes from climate warming may also affect flood protection, water storage, and deliveries.
Despite the necessary improvements mentioned, the results suggest that benefits can result from the application of ensemble forecasts for hydropower plants with large basins within the Brazilian energy system.
The Stanislaus, Kings, and San Joaquin basins have major shifts in runoff timing combined with the most hydropower generating capacity of all the basins.
