In the summer of 1972 Hurricane Agnes, spawned over the Yucatan Peninsula, developed in full force in the Gulf of Mexico, bulled its way ashore in Western Florida (and Southeastern Alabama) and spent its fury in the interior. It arrived in the Middle-Atlantic States as an Extratropical Storm. At every stage it was disruptive and destructive. In the Chesapeake Bay Drainage Basin, Agnes was particularly spectacular even though her wind velocities were markedly reduced. In particular, she poured vast amounts of rain on an already saturated land. In rapid succession the James, the Potomac and the Susquehanna were driven into raging torrents as were the lesser rivers of the Western Shore of the Bay. In the James, flood levels reached stages repo...
Two days after Tropical Storm Agnes, the Virginia Institute of Marine Science (VIMS) established an ...
Tropical Storm Agnes caused major changes in the macroinvertebrate assemblages of both epifauna and ...
Oyster setting in Virginia River systems dropped to the lowest level on record during 1972. Spatfall...
In the summer of 1972 Hurricane Agnes, spawned over the Yucatan Peninsula, developed in full force i...
A hydrographic station (Station Y) at the mouth of the York River (37°14.6\u27N, 76°23.4\u27W) was u...
Intensive trawl surveys during and after Tropical Storm Agnes were mounted on the James, York, and R...
In June 1972, the remnants of Hurricane Agnes brought destructive floods to the watershed of the Che...
Nutrient concentrations measured in lower Chesapeake Bay in the summer of 1972 immediately following...
Dissolved oxygen (DO) and salinity levels in the James, York, and Rappahannock estuaries were monito...
Surveillance of shipworm infestation at Gloucester Point, Va., began in 1958. Borer attack by Bankia...
Sampling techniques in use since August 1971 were employed to study effects of Tropical Storm Agnes ...
Tropical Storm Agnes had a major effect on the molluscan fisheries of Virginia. One effect was the d...
The peak effect of the flood waters produced by Tropical Storm Agnes was seen on June 25 in the Jame...
During the Agnes flood hourly tidal height data were collected at seven locations along the tidal Ja...
Flooding from Tropical Stonn Agnes produced unique hydrographic conditions for transport and dispers...
Two days after Tropical Storm Agnes, the Virginia Institute of Marine Science (VIMS) established an ...
Tropical Storm Agnes caused major changes in the macroinvertebrate assemblages of both epifauna and ...
Oyster setting in Virginia River systems dropped to the lowest level on record during 1972. Spatfall...
In the summer of 1972 Hurricane Agnes, spawned over the Yucatan Peninsula, developed in full force i...
A hydrographic station (Station Y) at the mouth of the York River (37°14.6\u27N, 76°23.4\u27W) was u...
Intensive trawl surveys during and after Tropical Storm Agnes were mounted on the James, York, and R...
In June 1972, the remnants of Hurricane Agnes brought destructive floods to the watershed of the Che...
Nutrient concentrations measured in lower Chesapeake Bay in the summer of 1972 immediately following...
Dissolved oxygen (DO) and salinity levels in the James, York, and Rappahannock estuaries were monito...
Surveillance of shipworm infestation at Gloucester Point, Va., began in 1958. Borer attack by Bankia...
Sampling techniques in use since August 1971 were employed to study effects of Tropical Storm Agnes ...
Tropical Storm Agnes had a major effect on the molluscan fisheries of Virginia. One effect was the d...
The peak effect of the flood waters produced by Tropical Storm Agnes was seen on June 25 in the Jame...
During the Agnes flood hourly tidal height data were collected at seven locations along the tidal Ja...
Flooding from Tropical Stonn Agnes produced unique hydrographic conditions for transport and dispers...
Two days after Tropical Storm Agnes, the Virginia Institute of Marine Science (VIMS) established an ...
Tropical Storm Agnes caused major changes in the macroinvertebrate assemblages of both epifauna and ...
Oyster setting in Virginia River systems dropped to the lowest level on record during 1972. Spatfall...