Lithology / New York / Hoos / Washington / DC / New Paltz / London / /
Company
National Academy Press / Coastal / Mohawk / Silica / /
Country
United States / /
Currency
USD / / /
Event
Environmental Issue / /
Facility
Bard College / Cornell campus / Cornell University / Mann Library / New York State Water Resources Institute / Danube River dam / Hudson catchment / /
IndustryTerm
food chain / chemical weathering / active network / water management technologies / policy makers / food sources / watershed management tool / in-stream bank erosion / water resources management / food web / food chain support declines / /
NaturalFeature
Hudson River Estuary / Green Island / Danube River / Mississippi River / Hudson River / Black Sea / Hudson estuary / Lake Lucerne / /
Organization
New York State Water Resources Institute / National Research Council / Bard College / Cambridge Univ. / Department of Ecology And Evolutionary Biology / usda / National Academy / SUNY / Cornell University / Hudson River Estuary Program / National Academy of Science / Science’s Committee on Causes and Management of Comparison / Bethesda / NYS Department of Environmental Conservation / NYS Department of Environmental Conservation and the Hudson River Estuary Program / American Fisheries Society / /
Person
Nils Jansen / Si / Dennis Swaney / Bob Howarth / Anthony Hay / Catherine O'Reilly / Henry Bokuniewicz / Robert W. Howarth / Gilbert Hanson / Richard Alexander / Rebecca Schneider / Hudson / Eutrophication / Robert W Howarth / Larry Goehring / Dennis P. Swaney / / /
Position
Principal investigator / Co-investigator / wb / Major / /
Product
Fluxmaster / /
ProvinceOrState
A.B. / Maryland / Tennessee / Mississippi / /
Region
Black Sea / /
Technology
water management technologies / Environmental Engineering / /
New York State Water Resources Institute Annual Technical Report FY 2009 New York State Water Resources Institute Annual Technical Report FY 2009