Australia & New Zealand
ISciences staff
Australia & New Zealand: Surpluses spread ...

Severe to exceptional surpluses will remain throughout Queensland. Exceptional deficits will occur in portions of Victoria, Western Australia, Tasmania, and New Zealand. 

Australia & New Zealand: Surpluses spread throughout Queensland
East Asia
ISciences staff
East Asia: Deficits continue in NW China, ...

Exceptional deficits will occur in northwestern and southeastern China, widespread throughout the Yangtze River Basin. Isolated pockets of surplus will affect portions of central and northeastern China. 

East Asia: Deficits continue in NW China, Yangtze River Basin
Southeast Asia & Pacific
ISciences staff
Southeast Asia and the Pacific: Deficits ...

Exceptional surpluses throughout Maritime Southeast Asia will mostly diminish, though pockets of severe to exceptional deficits will persist in portions of the Philippines, Indonesia, Papua, West Papua, and New Guinea. 

Southeast Asia and the Pacific: Deficits persist in Maritime SE Asia
South Asia
ISciences staff
South Asia: Deficits remain in Afghanistan, ...

Exceptional surpluses in India will mostly dissipate, transitioning to moderate to severe surpluses. Exceptional deficits will remain in Afghanistan and Pakistan. 

South Asia: Deficits remain in Afghanistan, Pakistan, surpluses persist in India
Central Asia & Russia
ISciences staff
Central Asia & Russia: Deficits to occur in ...

Exceptional deficits will persist in regions east of Lake Baikal, northern coastal Russia, and regions of Central Asia and European Russia. Surpluses are expected to continue in isolated portions of northern Kazakhstan and central Russia. 

Central Asia & Russia: Deficits to occur in Buryatia, Central Asia, European Russia

East Asia

East Asia: Widespread, intense water deficits forecast for Mongolia & Inner Mongolia

East Asia: Widespread, intense water deficits forecast for Mongolia & Inner Mongolia

Exceptional water deficits will increase in Mongolia and China through April, creating a vast stretch from Xinjiang through Inner Mongolia. Exceptional deficits will emerge in Liaoning and extreme deficits in Hunan. Deficits are forecast to spread on the Korean Peninsula and may be intense near Seoul. Conditions of intense surplus remain in the forecast from Shanghai west through the Han River (Hanjiang) watershed, and exceptional surpluses will continue to emerge in northern Sichuan and Qinghai. Moderate to severe surpluses will continue to emerge around the Gulf of Tonkin and in Hainan.

East Asia: Intense water deficits forecast for Shandong & Mongolia

East Asia: Intense water deficits forecast for Shandong & Mongolia

The near-term forecast indicates a vast stretch of exceptional water deficit from Xinjiang through southern Mongolia and eastern Inner Mongolia, and in Shandong, China.  Severe to extreme deficits will continue to emerge in South Korea, and the extent of deficits in Fujian and Guangdong will increase somewhat. Exceptional surpluses will continue to emerge in the Han River (Hanjiang) watersheds and the eastern stretch of the Ordos Loop of the Yellow (Huang) River. After March exceptional deficits and surpluses will retreat but some areas of intense anomalies will persist.

East Asia: Intense water deficits to emerge in Shandong, China

East Asia: Intense water deficits to emerge in Shandong, China

The near-term forecast shows a vast stretch of exceptional water deficits from southern Mongolia into Xinjiang and Inner Mongolia, China. Intense deficits are expected to emerge in Shandong, China, and will continue to emerge in South Korea. Less severe deficits are forecast for southeastern China and western Taiwan. Surpluses in the Han (Hanjiang) and Huai River watersheds will remain widespread and exceptional. Surpluses are also forecast for Shanghai, the eastern stretch of the Ordos Loop of the Yellow (Huang) River, northern Sichuan, Qinghai, central Tibet, and Hainan. 

East Asia: Widespread, exceptional water surpluses continue to emerge on Yangtze

East Asia: Widespread, exceptional water surpluses continue to emerge on Yangtze

Water surpluses in the Lower Yangtze are expected to become widespread and exceptional. Exceptional surpluses are also forecast for the Middle and Upper Yellow River, Qinghai, and western Tibet. Intense deficits will continue to emerge in Mongolia and Inner Mongolia, deficits in South Korea will increase, and deficits in southeastern China will moderate, except in Fujian. After January exceptional deficits will continue to emerge to form a vast stretch across much of Mongolia and Inner Mongolia. Deficits will emerge around the Bohai Sea, and surpluses in the Lower Yangtze will diminish.

East Asia: Vast surpluses forecast for Upper, Middle Yangtze, esp Hanjiang River

East Asia: Vast surpluses forecast for Upper, Middle Yangtze, esp Hanjiang River

Widespread intense deficits will emerge in Zhejiang, Fujian, Guangdong, and Taiwan. Widespread intense surpluses are forecast for a vast stretch of the Upper and Middle Yangtze River, with exceptional surpluses in the Han River watershed. Aforementioned deficits may persist through March and surpluses may persist longer. Severe surpluses will continue to emerge along the Middle and Lower Yellow River through December. Surpluses in the western Pearl River watershed and around the Gulf of Tonkin are forecast to diminish slowly through March. Intense surpluses will continue to emerge in eastern Qinghai while intense deficits are forecast in the west.

Many analyses reported in ISciences-authored blog posts are based on data generated by the ISciences Water Security Indicator Model (WSIM). Other sources, if used, are referenced in footnotes accompanying individual posts. WSIM is a validated capability that produces monthly reports on current and forecast global freshwater surpluses and deficits with lead times of 1-9 months at 0.25°x0.25° resolution. This capability has been in continuous operation since April 2011 and has proven to provide reliable forecasts of emerging water security concerns in that time-frame. WSIM has the ability to assess the impacts of water anomalies on people, agriculture, and electricity generation. Detailed data, customized visualizations, and reports are available for purchase.

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