Mongolia / South Africa / Sudan / Namibia / Egypt / Indonesia / United States / Uganda / Australia / Ethiopia / India / /
Currency
EUR / / /
Event
Environmental Issue / FDA Phase / /
Facility
Marine Biology Laboratory / International Food Policy Research Institute / Building E19 / Massachusetts Institute of Technology / Massachusetts Institute of Technology Integrated Global System Model / / /
IndustryTerm
energy challenges / greenhouse gas / water systems / energy / greenhouse gas emissions / water management network / environmental management / food production / food demand / water modeling tools / interdisciplinary / greenhouse gas control policies / /
NaturalFeature
White Nile / Lake Victoria / Nile river / Blue Nile / Mediterranean Sea / Lake Tana / Murray / /
Organization
World Commission on Dams / IGSM UCE / MIT / International Food Policy Research Institute / Massachusetts Institute of Technology / Center for Global Change Science / G20 / Federal Government / Institute of Technology Integrated Global System Model / United Nations / L1S / Center for Energy and Environmental Policy Research / /
Person
Kenneth Strzepek / Charles Fant / Xiang Gao / Sergey Paltsev / Arthur Gueneau / Henry Jacoby / C. Adam Schlosser / John Reilly / Élodie Blanc / John M. Reilly / Future / Ronald G. Prinn / / /
Position
socio economic growth Corresponding author / CliCrop Model / Major / /
Product
CMIP3 / /
ProvinceOrState
Alabama / Washington / District of Columbia / Massachusetts / /
PublishedMedium
the WRS annual / /
Region
Northern Africa / southeastern Australia / Middle East / central Australia / Central America / South America / Southeast Asia / /
The future of global water stress: An integrated assessment* C. Adam Schlosser, Kenneth Strzepek, Xiang Gao, Charles Fant, Élodie Blanc, Sergey Paltsev, Henry Jacoby, John Reilly and Arthur Gueneau *Reprinted from