Iran faces major challenges in securing water and food for its growing population. These challenges result from both the country’s semi-arid climate and declining precipitation over the past decade.

Internal renewable water resources are estimated at 92BCM, with another 13CM coming in from transboundary resources. Surface run-off represents a total of 97.3km3/year, of which 5.4 km3/year come from draining the aquifers.

Presently, Iraq is contending with two types of water quality issues. One is salinity, the other is the concentration of pollutants in the water related to municipal, industrial and agricultural activities that introduce return flows into freshwater sources.

Water supply and food security will pose a major challenge in the coming years, which many government officials refer to as a human security issue. Both the country’s natural climatic situation and the government policies in managing its limited water resources over the past few decades have exacerbated this challenge.

The two dominant rivers in Iraq are the Tigris and Euphrates. The watersheds, including their tributaries, account for 100% of the country’s surface water.

Agricultural water uses in Iraq are the the vast majority among the other sectors. Municipal and industrial needs are tied for second place

To mitigate water scarcity, the countries of the MENA region have substantially increased their investment and participation in desalination. There is no single model for desalination, nor can one model be applied in all the countries.

The population of Jordan has risen substantially over the last 60 years, from around 470,000 in the early 1950s to 6.2 million in 2010, a figure that is expected to double in the next three decades.

Israel’s population has grown from an estimated 806,000 inhabitants in 1948 to around 7.73 million people in 2013 – an increase of more than 800% in 67 years.

Cumulative water use in 2013 was around 2,187 MCM, exceeding natural water supply by about 45%. This deficit is increasingly made up for by alternative water sources.