Lumped volume and area for all 4 Pléiades scenes.

Lumped volume and area for all 4 Pléiades scenes.

<p>Only a subset of the time series is plotted. Reference values are black dots.</p>

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Bibliographic Details
Main Author:	Claire Pascal (20442304) (author)
Other Authors:	Sylvain Ferrant (20442307) (author), Santiago Peña-Luque (20442310) (author), Adrien Selles (20442313) (author), Jean-Christophe Marechal (20442316) (author), Taeken Wijmer (20442319) (author), Simon Gascoin (5241145) (author), Olivier Merlin (20442322) (author)
Published:	2024
Subjects:	Medicine Biotechnology Ecology Sociology Cancer Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Information Systems not elsewhere classified upstream irrigated agriculture ungauged hydrological component freely available regional area covering 1 alos world 3d 17 %, 29 pléiades dems produced global dems range one indian dem perspectives </ p higher resolution dems div >< p pléiades dem resampled global available dem surface water estimates remote sensing products 2 </ sup global dem remote sensing pléiades satellites x dem 2 products high resolution coarse resolution water stored water level water cycle worlddem glo totally empty telangana state stereoscopic images spatial hydrology small size shorter revisit shallow depth reservoir volumes rainwater runoff provide 12m near future lower costs larger coverage intermittently filled four pair dry years cross validated constantly reshaped better quantify associated volumes arid areas 813 km 789 km 78 %. 2019 ),
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