Denver / Missouri River / Kansas City / Omaha / Clarksville / /
Company
Thomson / Elsevier B.V. / Spiegel / CO D20 CO / Stephens / /
Continent
North America / /
Country
United States / / /
Event
Environmental Issue / Natural Disaster / /
IndustryTerm
important food-producing region / physical and chemical properties / farm management / technology trend / ood insurance coverage / food / hydro-electricity / technology trends / crop yield anomalies encompassing technology / /
MarketIndex
DCV / WPWP / ENSO / TAG / /
NaturalFeature
Rocky Mountains / Kansas River / Forest Meteorology / North Pacific Ocean / uence stream / /
Organization
Katherin Mendoza Center for Research / USDA Natural Resources Conservation Service / U.S. Department of Agriculture / Texas A & M University / National Agricultural Statistics Service / /
Person
Wang / Ting / NAO NASS PDO TAG WPWP / MEI MRB MWRR NAO NASS / / /
Position
Corresponding author / Hydrologic Unit Model of the U.S. / Major / representative / /
Product
Nikon D80 Digital Camera / Nikon D50 Digital Camera / Mantua et al. / Nikon D90 Digital Camera / Nikon D60 Digital Camera / /
western North Dakota / eastern South Dakota / southeast Montana / northern Montana / western South Dakota / western Montana / northeast Montana / central South Dakota / northern Wyoming / northern Kansas / northern Missouri / northwest Montana / southwestern Iowa / central North Dakota / northeast Colorado / western Nebraska / southeastern South Dakota / western Wyoming / eastern Nebraska / southern Iowa / central Wyoming / /
Simulated impacts of three decadal climate variability phenomena on dryland corn and wheat yields in the Missouri River Basin