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Full-Text Articles in Physical Sciences and Mathematics
The Virginia Wetlands Report Vol. 19, No. 3, Virginia Institute Of Marine Science
The Virginia Wetlands Report Vol. 19, No. 3, Virginia Institute Of Marine Science
Virginia Wetlands Reports
- Banknesting Birds: Belted Kingfisher, Bank Swallow, and Northern Rough-winged Swallow; Or, Eroding Banks, They’re Not All Bad Julie Bradshaw
- Online Tools Now Available for Coastal Managers. Marcia Berman
- VIMS Upgrades Shoreline Advisory Reports. Karen Duhring
The Virginia Wetlands Report Vol. 19, No. 2, Virginia Institute Of Marine Science
The Virginia Wetlands Report Vol. 19, No. 2, Virginia Institute Of Marine Science
Virginia Wetlands Reports
- Dunlin (Calidris alpina) Julie Bradshaw
- Snakehead Invades Potomac River
- Celebrating a Wetland Wildflower: Seashore Mallow Karen Duhring
- Preserving The Bay’s Living Shorelines: A Growing Grass-roots Effort. Karen Duhring
- New & Interesting Web Sites
The Virginia Wetlands Report Vol. 19, No. 1, Virginia Institute Of Marine Science
The Virginia Wetlands Report Vol. 19, No. 1, Virginia Institute Of Marine Science
Virginia Wetlands Reports
- Alligators Abound! Alligator Farming in America Pam Mason
- Hooded Merganser (Lophodytes cucullatus) Julie Bradshaw
- Workshop for Coastal Managers Planned for May 19-20, 2004 Marcia Berman
- Annual Summary of Permitted Tidal Wetland Impacts – 2003. Karen Duhring
- Tidal Wetland Mitigation Banking Coming to Virginia Waters. Tom Barnard
Can We Predict Joint Effects Of Hypoxia And Metals On Fish Survival?, Michael C. Newman
Can We Predict Joint Effects Of Hypoxia And Metals On Fish Survival?, Michael C. Newman
VIMS Books and Book Chapters
Fish are suddenly exposed to hypoxic conditions during diverse events such as seiche- or turnover-related water movements, bottom water release from reservoirs, ice-over of eutrophic arctic lakes, and rapid shifts in respiration: photosynthesis associated with cultural eutrophication. In each case, chemical equilibria established under hypoxic conditions that result in metal dissolution and accumulation suddenly shift toward chemical equilibria of oxic conditions. Critical changes in speciation include those determining the free ion activity that, as expressed by the Free Ion Activity Model (FIAM), is often the most bioactive form of a dissolved metal. Metal phase can also change rapidly and, in …