More than 55% of India’s population is practicing agriculture in climate sensitive areas; 53% of the area suffers from serious degradation; 30 million hectares of land experience haphazard grazing and the fall in per capita availability of water is 70 percentage points.
Scientific and estuarine research on the Chesapeake Bay pinpointed several areas that required attention including nutrient over-enrichment, dwindling underwater Bay grasses, and toxic pollution. Action was taken and the Chesapeake Bay Commission was established to address the issues. This case illustrates how the use of modelling can be a cost-effective tool in helping to implement watershed restoration actions and monitor goals set by stakeholders.
Due to substantial population growth putting increased pressure on the water resources, their quality has started to deteriorate. This is perceived as a serious issue since water is inseparably linked with the socio, economical and cultural aspects of livelihoods. Action was taken through an integrated lake conservation programme, aiming to improve water quality. The most important lesson learnt is that awareness raising, education and stakeholder participation are essential.
In Turkey, operations and maintenance for irrigation systems was highly centralised, but this imposed an increasing institutional and financial burden on the government. Action has consequently been taken to transfer irrigation management to Water User Associations. The key insight from this case is that legal reforms should accompany institutional changes to enable full benefits to be gained.
As a key step in the overall process of implementing the Water and Climate Development Programme (WACDEP), a rapid capacity needs assessment in Africa was launched on Tuesday, 23 April 2013. The assessment will initially target eight countries and five river basins/aquifer systems currently implementing WACDEP: Burundi, Rwanda, Burkina-Faso, Ghana, Cameroon, Tunisia, Zimbabwe and Mozambique; Limpompo Basin, Kegera Basin, Lake Chad Volta Basin and the North Western Sahara Aquifer System.
During the month of September, Global Water Partnership-Caribbean (GWP-C) through the support of its partner, the National Water and Sewerage Authority (NAWASA) of Grenada presented the winner of the 2013 GWP-C Media Awards on Water, Mr. Milton Coy with his winning prize.
As a key step in the overall process of implementing the Water and Climate Development Programme (WACDEP), a rapid capacity needs assessment in Africa was launched on Tuesday, 23 April 2013. The assessment will initially target eight countries and five river basins/aquifer systems currently implementing WACDEP: Burundi, Rwanda, Burkina-Faso, Ghana, Cameroon, Tunisia, Zimbabwe and Mozambique; Limpompo Basin, Kegera Basin, Lake Chad Volta Basin and the North Western Sahara Aquifer System.
Many climate change models predict that increasing temperatures, droughts, heavy precipitation and other extreme climatic events will have severe impacts on family farmers. Yields might be reduced by up to 50 percent in dry regions at the same time as family farming continues to be the basis unit of the agricultural economy in developing countries.