Year: 2010 | Client: Element Consulting Engineers | Location: South Africa
An audit of the riparian vegetation of the Koornlands River was undertaken to prepare an exotic plant clearing plan and indigenous riparian vegetation restoration strategy.
An audit of the riparian vegetation of the Koornlands River was undertaken to prepare an exotic plant clearing plan and indigenous riparian vegetation restoration strategy.
The impact of a proposed upgrade of the Charlesford weir and increased abstraction from the Knysna River on the Knysna River and estuary were assessed.
Baseline monitoring and training of local staff in the Phuthiatsana River downstream of the Metolong Dam. Plus design of the Environmental Flows Policy for the Metolong Dam.
Environmental Flow assessments for the Neelum and Jhelum Rivers affected by the proposed Neelum-Jhelum Hydropower Project in Pakistani-controlled Kashmir.
Baseline monitoring in the Huaura and Checras rivers downstream of the Cheves HPP, plus design of the Environmental Flows Management Plan for the Cheves operation.
Update of PES, EIS and species list databases, plus Factsheets, for over 1500 locations in the Olifants-Doorn, Breede-Overberg, Berg and Gouritz Water Management Areas.
Appointed to do Ecological Flow determinations using DRIFT for two sites on the Blue Nile River in Ethiopia, however, the ESIA was cancelled after the Client decided not to pursue the Mandaya Dam. Project Cancelled after Millennium Dam announced by Ethiopian Government.
Development of Decision Support System (DSS) software to automate the process for Environmental Flow Assessments. The software is different from current DSSs in the field in that it fully incorporates the ecological, social and socio-economic aspects of management options to the same level of detail and sensitivity as the economic and engineering aspects. The DSS is based on advances made in the DRIFT methodology through its application in Southern and East Africa.
Assessment of the possible impacts on the lower Zambezi River, and in particular the Zambezi Delta as a result of proposed dredging operation. This work included modelling the impact of four different scenarios of operation (timing and design of waterways) on the ecosystem functioning of the Zambezi River and floodplains/delta from Tete to the sea.
EFlows determinations using DRIFT for three sites on the Cunene River in northern Namibia. The original EFs formed an integral part of the ESIA for the proposed hydropower stations at Baynes Gorge. This project is to update those, and to firm up sediment predictions. The DSS will then be used to assess the influence on the Cunene River ecosystem, and linked livelihoods, of scenarios encompassing development options (new HPP/no new HPP), upstream water abstraction and climate change.