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Reservoir / Magnesium in biology / Hypolimnion / Wetland / Water resources / Water / Aquatic ecology / Kafue


WATER RESOURCES RESEARCH, VOL. 49, 5570–5584, doi:[removed]wrcr.20358, 2013 Optimizing turbine withdrawal from a tropical reservoir for improved water quality in downstream wetlands Manuel J. Kunz,1,2 David B. Senn,1,2
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Document Date: 2013-11-22 08:58:21

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File Size: 1,38 MB

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City

Zurich / Kastanienbaum / KUNZ ET / EPFL / Lusaka / Wollheim / /

Company

ZESCO LIMITED / Aquatic Systems Laboratory / ITT / /

Country

Switzerland / Zambia / /

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Event

Product Issues / Product Recall / Environmental Issue / /

Facility

Institute of Biogeochemistry / Kafue Gorge Dam / This complex / ITT dam / Swiss Federal Institute of Aquatic Science / /

IndustryTerm

modified river systems / costeffective solution / online version / ecosystem services / optimized withdrawal management / oxygenation systems / /

NaturalFeature

Kafue Gorge / /

Organization

American Geophysical Union / World Commission on Dams / Institute of Biogeochemistry and Pollutant Dynamics / Swiss Federal Institute of Aquatic Science and Technology / /

Person

Manuel J. Kunz / /

Position

Margaretha Kamprad Chair / model / representative / Corresponding author / biogeochemical reservoir model / /

Product

levels / scenarios / regime / level zepi / turbine / water / RES1 / deep hypolimnetic water / /

Region

southern Africa / sub-Saharan Africa / /

Technology

Simulation / aeration / /

SocialTag