Innovative solutions and planning tools for safe drinking water supply and sustainable wastewater management are the focus of the Trust project. In many prosperous regions of the world, population and economic growth in combination with competing water demand often lead to water scarcity, i.e. higher abstraction than natural regeneration. Trust tackles this challenge by combining satellite-based remote sensing techniques and water balance modelling with decision support tools, water and wastewater concepts and inclusive procedures for the conflict analysis of interests and goals. The focus area of the project is the Lurín watershed in Lima/Peru. In strong cooperation with local partners (Peruvian water authority, water company of Lima and communities in the upper and lower catchment area), the developed tools and concepts are implemented and tested for their transferability to other regions. The main findings so far include the development of innovative and integrative water supply, wastewater disposal and wastewater reuse concepts for the upper and lower catchment area. These concepts will be evaluated using SDG indicators, national standards and criteria determined through participatory processes involving local stakeholders. This will create concepts for access to safe drinking water and wastewater disposal that are tailored to local hydrological, geographical, social, cultural and political conditions.
%0 Conference Paper
%1 leon2019solutions
%A Leon, Christian
%A Kossow, Hannah
%A Zahumensky, Yvonne
%A Krauß, Manuel
%A Wasielewski, Stephan
%A Minke, Ralf
%A Wienhöfer, Jan
%A Riese, Felix
%A Keller, Sina
%A Sturm, Sebastian
%A Brauer, Friederike
%A Hügler, Michael
%A Gottwald, Jonas
%A Riepl, David
%B Global analyses and local solutions for sustainable water resources management : Conference Proceedings
%C Berlin
%D 2019
%I adelphi
%K mult sent ubs_10002 ubs_20002 ubs_20018 ubs_30026 ubs_30164 ubs_40034 unibibliografie
%P 28-31
%T Solutions and planning tools for water supply and wastewater management in prosperous regions tackling water scarcity
%X Innovative solutions and planning tools for safe drinking water supply and sustainable wastewater management are the focus of the Trust project. In many prosperous regions of the world, population and economic growth in combination with competing water demand often lead to water scarcity, i.e. higher abstraction than natural regeneration. Trust tackles this challenge by combining satellite-based remote sensing techniques and water balance modelling with decision support tools, water and wastewater concepts and inclusive procedures for the conflict analysis of interests and goals. The focus area of the project is the Lurín watershed in Lima/Peru. In strong cooperation with local partners (Peruvian water authority, water company of Lima and communities in the upper and lower catchment area), the developed tools and concepts are implemented and tested for their transferability to other regions. The main findings so far include the development of innovative and integrative water supply, wastewater disposal and wastewater reuse concepts for the upper and lower catchment area. These concepts will be evaluated using SDG indicators, national standards and criteria determined through participatory processes involving local stakeholders. This will create concepts for access to safe drinking water and wastewater disposal that are tailored to local hydrological, geographical, social, cultural and political conditions.
%@ 978-3-942664-00-4
@inproceedings{leon2019solutions,
abstract = {Innovative solutions and planning tools for safe drinking water supply and sustainable wastewater management are the focus of the Trust project. In many prosperous regions of the world, population and economic growth in combination with competing water demand often lead to water scarcity, i.e. higher abstraction than natural regeneration. Trust tackles this challenge by combining satellite-based remote sensing techniques and water balance modelling with decision support tools, water and wastewater concepts and inclusive procedures for the conflict analysis of interests and goals. The focus area of the project is the Lurín watershed in Lima/Peru. In strong cooperation with local partners (Peruvian water authority, water company of Lima and communities in the upper and lower catchment area), the developed tools and concepts are implemented and tested for their transferability to other regions. The main findings so far include the development of innovative and integrative water supply, wastewater disposal and wastewater reuse concepts for the upper and lower catchment area. These concepts will be evaluated using SDG indicators, national standards and criteria determined through participatory processes involving local stakeholders. This will create concepts for access to safe drinking water and wastewater disposal that are tailored to local hydrological, geographical, social, cultural and political conditions.},
added-at = {2020-02-04T14:26:18.000+0100},
address = {Berlin},
author = {Leon, Christian and Kossow, Hannah and Zahumensky, Yvonne and Krauß, Manuel and Wasielewski, Stephan and Minke, Ralf and Wienhöfer, Jan and Riese, Felix and Keller, Sina and Sturm, Sebastian and Brauer, Friederike and Hügler, Michael and Gottwald, Jonas and Riepl, David},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/22321a68e2106f6a4823a3511a1772bbc/unibiblio},
booktitle = {Global analyses and local solutions for sustainable water resources management : Conference Proceedings},
eventdate = {2019-02-20/2019-02-21},
eventtitle = {GRoW - Water as a Global Resource Status Seminar},
interhash = {d007c74581c7dc33f574c5ba84154540},
intrahash = {2321a68e2106f6a4823a3511a1772bbc},
isbn = {978-3-942664-00-4},
keywords = {mult sent ubs_10002 ubs_20002 ubs_20018 ubs_30026 ubs_30164 ubs_40034 unibibliografie},
language = {eng},
pages = {28-31},
publisher = {adelphi},
timestamp = {2020-02-04T13:26:18.000+0100},
title = {Solutions and planning tools for water supply and wastewater management in prosperous regions tackling water scarcity},
venue = {Frankfurt am Main, Germany},
year = 2019
}