The network centrality and RCI of the Equatorial Nile Basin.

<p>A dam passability of 0.5 was used, and river segments of all stream orders (1 to 7) and all dams were considered. Reprinted from [<a href="https://www.hydrosheds.org/hydroatlas" target="_blank">https://www.hydrosheds.org/hydroatlas</a>] under a CC BY license,...

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Main Author:	Anthony Basooma (21212676) (author)
Other Authors:	Astrid Schmidt-Kloiber (4032722) (author), Rose Basooma (21212679) (author), Herbert Nakiyende (17610009) (author), Johannes Kowal (21212682) (author), Andrea Funk (9626297) (author), Thomas Hein (6038750) (author), Florian Borgwardt (8895812) (author)
Published:	2025
Subjects:	Physiology Ecology Developmental Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified sharp increase recorded network centrality measures individual dam contributions also recommend establishing basin &# 8217 river network fragmentation future hydropower developments blue nile basin collated 101 existing reach connectivity index nile river basin river network connectivity equatorial nile basin fish either upstream blue nile basins including hydropower generation equatorial nile detailed basin river segments hydropower dams reduced connectivity longitudinal connectivity functional connectivity existing dams wide database spatiotemporal variation spatiotemporal changes spatial changes significantly higher remote sensing middle section major hotspots last decades known regarding integrating safe full extent flood mitigation environmental dna effective methods barrier impacts 6 %) 2 %)
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The network centrality and RCI of the Equatorial Nile Basin.

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