Project Details
Implementing Agency and Partnering Organizations:
United Kingdom’s Department for International Development (DFID)
Funding Source:
Canada’s International Development Research Centre (IDRC) and the United Kingdom’s Department for International Development (DFID)
Cofinancing Total:
not applicable
Financing Amount:
CDN$1,086,900
Total Amounts:
CDN$1,086,900
Project Status:
Implementation
Project Components:

With input from stakeholders, the research team will use an integrated modelling approach – one that combines climate change scenarios, a hydrological model, and an economic model to analyse and suggest the most practical and efficient ways of sharing water. The models will demonstrate costs, benefits, and risks associated with likely changes in the climate, and different approaches to land and water use. The modelling tools aim to separate short-term variation in the region’s weather from the likely long-term, enduring changes that may result from climate change.

Expected Outputs:

The project team ultimately intends to create a centre of excellence for integrated modelling that will provide lessons to other areas across Africa facing similar challenges and draw students from across the continent to study climate change adaptation.

Leading Organization:
International Development Research Centre (IDRC)
Background

Western Cape’s climate is Mediterranean – warm and sunny, with most rainfall during the winter months. In the last decade, the region experienced unusual droughts, most notably in 2004-2005 when agricultural production declined by 30% in the Berg River basin and municipal water rationing was implemented. It is not clear yet whether these droughts reflect long-term climate change or short-term variability, but they are projected to occur more frequently in most climate change scenarios. Moreover, the IPCC Special Report Emission Series (SRES) consistently suggests a future reduction in rainfall in this already arid region.

The most immediate challenge facing the region is balancing scarce water supply with rising demand. Water demand is expected to increase 45% by 2020, while a 20% supply shortfall is predicted for the same year. Dividing this scarce resource equitably and efficiently between ecological uses and domestic, industrial, and agricultural use will be a serious challenge.

The project takes place against the backdrop of political change. Recent land and water reforms aim to transfer at least 30% of South Africa’s agricultural land and water to people defined as “previously disadvantaged” during the apartheid era. The process has been slow, but some of the most successful land reform projects have been in the fruit and wine industry. This sector, however, is extremely vulnerable to climate change.

The project aims to bring together disparate stakeholders with interests in Western Cape water management to build relationships that will endure as water allocation gets tougher. Better-informed planning will be crucial to prevent job losses in commercial farming and reduce risks for small and resource poor farmers. Since the Berg River basin northeast of Cape Town supplies water to the city and to surrounding fruit farmers, the Berg River Catchment Management Agency (CMA) is a key stakeholder.

Primary Beneficiaries:
Farmers, urban water users, community and industry groups, local planning authorities in Western Cape Province
Contacts:

Contact: Prof. Daan Louw
University of the Free State
Email : daan@oabs.co.za
Website : www.bergriver.co.za

Name: Peter Johnston
Email: peter@csag.uct.ac.za
Employer: University of Cape Town
Occupation: Climate Applications Researcher

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