Machbarkeitsstudie: Management von Küstenökosystemen
Hintergrund
The Vietnamese Mekong Delta is one of Earth’s most agriculturally productive regions. At the same time, it is highly vulnerable to impacts from climate change and upstream hydropower development. In recent years, increasing occurrence and severity of droughts was observed, often also resulting in increased salinity in agricultural soils. On the other hand, the region is facing increasing risks from flooding caused by extreme precipitation events. Against this background, An Giang Province proposed the development of a water reservoir to cope with potential flooding and reduce impacts from droughts. Through its technical support under the Integrated Coastal Management Program, the GIZ contracted UNIQUE and the engineering firm von Liebermann in order to evaluate the reservoir proposal.
Unser Beitrag
- Evaluation of the initial reservoir proposal.
- Assessment of technical, socio-economic and environmental feasibility.
- Institutional and capacity needs assessment.
- Development of recommendations for adaptation and implementation of the reservoir.
Verwandte Projekte
Verwandte Projekte zu diesem Thema.
- Verwandtes Thema Integriertes Management von Küstenökosystemen GIZ · Vietnam · 2015 The Mekong Delta is Vietnam’s most important agricultural region feeding more than 145 million people. Projekt ansehen
- Verwandtes Thema Machbarkeitsstudie: Management von Küstenökosystemen GIZ · Vietnam · 2015–2016 Das Mekong Delta ist Vietnams wichtigste landwirtschaftliche Region und ernährt mehr als 145 Millionen Menschen. Projekt ansehen
- Verwandtes Thema Machbarkeitsstudie "Klimaanpassungsprogramm in Tripura" KfW · Indien · 2018 The Himalayan Climate Change Adaptation Program (HICAP) aims to enhance the resilience of mountain communities through an improved understanding of … Projekt ansehen
- Verwandtes Thema Institutionelle Analyse für den Nationalen Anpassungsplan NAP Global Network · Turkmenistan · 2021 Turkmenistan is an arid country where climate change is projected to have a significant impact on water resources. Projekt ansehen