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A multi-stakeholders' consultation on “Issues of governance in the water sector” was organized recently by the India Water Partnership (Global Water Partnership - India) in association with Transparency International India (TII) on June 18 at New Delhi.

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.

Suriname has taken a major step to manage its water resources by launching the country’s first Water Forum on 12 December 2012. The forum aims to promote an Integrated Water Resources Management (IWRM) approach as the means of attaining water sustainability, as well as fostering regional and international partnerships with stakeholders sharing a common objective of sustainability.

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.

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The DRC Country Water Partnership (DRC-CWP) was established in November 2004. The Partnership was established to assist government and other actors        to promote Integrated Water Resource Management (IWRM) principles in the water sector and related sectors. The Partnership is hosted by The National Committee of Water and Sanitation.

The official launching of the project “Governance & Financing for the Mediterranean Water Sector” will take place in Barcelona, 28-29 May 2013, during a regional Conference organised by the Global Water Partnership-Mediterranean (GWP-Med) under the auspices of the Secretary General of the Union for the Mediterranean.

Water demand management and water supply management constitute two different ways of addressing human water use. Water is wasted and inefficiently used by many sectors, and simultaneously water demand is steadily increasing. Therefore, an obvious (and necessary) way to meet increasing demand is to increase the efficiency of use and supply, thereby making more water available within the constraints of existing supply.

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. 

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.