The forecast through June indicates that widespread water surpluses will persist from northern Syria into southern Turkey, from the Euphrates River in Iraq well into western Iran, and in northern Iran along the coast. Deficits will downgrade on the Arabian Peninsula but will remain widespread. Central and northern Turkey will transition from surplus to moderate deficit.
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Regions forecast to have significant water deficits for the 12-month period from January 2019 through December 2019 include: French Guiana, Brazil, Finland, Latvia, Egypt, Somalia, Angola, and United Arab Emirates. Areas with a forecast of significant water surplus include: northern Iraq, western Iran, Afghanistan, Tanzania, and southeastern China. This Watch List is based on ISciences Water Security Indicator Model (WSIM) run on 10 April 2019.
The forecast through May indicates that water deficits will downgrade considerably, though an intense pocket will persist around Kuwait and deficits will be severe in Yemen. Surpluses will downgrade overall but exceptional surpluses are forecast for northern Syria; near Mosul, Iraq; along Iran’s Caspian Sea coast northeast of Tehran; and in Khuzestan, Iran.
The forecast through April indicates water deficits on the Arabian Peninsula and southern Iran, and surpluses from Turkey through western Iran. Exceptional deficits will increase in western Oman, downgrade somewhat in Yemen, and moderate to severe deficits are expected in much of Saudi Arabia. Deficits will downgrade in United Arab Emirates and moderate deficits will emerge in Qatar.
The forecast through March indicates intense water deficits on the Arabian Peninsula and surpluses in eastern Turkey, northern Syria, the Euphrates and eastern Iraq, and western Iran. Intense deficits are forecast for Saudi Arabia, Yemen’s western and eastern thirds, and pockets of Oman. Extreme deficits will emerge in Qatar but deficits in United Arab Emirates will downgrade. In Iran, deficits will be severe to extreme in southern Yazd and Kerman into Sistan and Baluchistan.
Regions forecast to have significant water deficits for the 12-month period from October 2018 through September 2019 include: Quebec (Canada), Finland, Venezuela, Somalia, South Africa, India, Thailand, Cambodia, and Australia. Areas with a forecast of significant water surplus include: Texas (US), Paraguay, Uruguay, Tanzania, and China. This Watch List is based on ISciences Water Security Indicator Model (WSIM) run on 1 February 2019.
Water deficits are expected to shrink and downgrade through February though intense deficits are forecast for Yemen’s western and eastern thirds and severe deficits in Saudi Arabia’s large south-central region of Riyadh. Surpluses will persist in western Iran north of the Red Sea and across the border into Iraq and will remain intense. Surpluses are also forecast along Iran’s western Caspian Sea coast; north of Kirkuk, Iraq; and in eastern Turkey.
Water deficits are expected to shrink and downgrade significantly through January with conditions approaching normal in Iraq, Syria, northeastern Saudi Arabia, and Iran. Deficits will intensify in Georgia, and extreme deficits will emerge on the Kura River in Azerbaijan. Intense deficits are also forecast for southern Saudi Arabia, Yemen, and, to a lesser degree, western Turkey and along Turkey’s Black Sea coast.
Water deficits are expected to shrink and downgrade significantly through December but intense deficits will persist in southern Iraq. Severe deficits are forecast for Georgia, Kuwait, most of Saudi Arabia, and into western United Arab Emirates. Deficits of varying severity are expected in Yemen, moderate to severe deficits in central and southern Iran, and mild deficits in the Levant.
Warmer than normal temperatures are forecast for a vast stretch of Russia east of the Ural Mountains, through the Central Siberian Plateau and leading south to the Sea of Japan, where anomalies will be intense. Similar conditions are expected across the border in China’s Northeastern Plain. The US Southwest can expect much wetter than normal conditions.