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Full-Text Articles in Life Sciences
Market Development For Cownose Ray, C.Meade Amory
Market Development For Cownose Ray, C.Meade Amory
Reports
During this past season we purchased roughly 261,602 lbs of Ray from several fishermen with an average weight of 33 lb. The original goal was to purchase 200,000. Lbs, from fisherman. Do to some large landings we reached the goal with more then 2 months left in the season. Having developed good retail sales through Wegamns we continued to buy Ray to try and keep this market open. This accounts for approximately 8,000 Rays when added to the Rays purchased from other packing companies around the Bay. Of 47 separate purchases directly from fisherman, 9 of these were between I …
Virginia Fishery Resource Grant Program 2011, Virginia Fishery Resource Grant Program
Virginia Fishery Resource Grant Program 2011, Virginia Fishery Resource Grant Program
Reports
No abstract provided.
Reduction Of Crab Mortality In Seed Cages, Richard W. Harding Jr.
Reduction Of Crab Mortality In Seed Cages, Richard W. Harding Jr.
Reports
The purpose of this project is to find out what cage design works best to let the crabs escape and reduce m01tality. My hope is this study will help others in the aquaculture industry reduce mortality and get more yield from their seed.
Testing Raised Footlines In Virginia's Striped Bass Fishery: A Gear Based Method Of Reducing Sturgeon Interactions In Anchored Gill Nets, George Earl Trice Iv
Testing Raised Footlines In Virginia's Striped Bass Fishery: A Gear Based Method Of Reducing Sturgeon Interactions In Anchored Gill Nets, George Earl Trice Iv
Reports
This project was conducted over a period of 39 days using two different net configurations and fishery locations in order to test methodologies to reduce the bycatch of Atlantic sturgeon while not affecting the striped bass fishery. Nets were hung using conventional methods allowing the net to rest on the bottom of the waters. Experimental nets were hung with a 3' bottom panel with no mesh allowing bottom dwelling fishes to swim under the "floated" net mesh. Nets were hung using mesh sizes ranging from 5.5" to 8". All catch was recorded and compared to determine the effects of the …
Stake In The Bay, Michael J. Gadwell
Stake In The Bay, Michael J. Gadwell
Reports
The Stake in the bay project was instituted to make it possible for people of all ages and agility to become involved in the oyster replenishment and restoration. This was accomplished by my wife and I utilizing over a dozen different recipes and types of stakes and slurri.es to encourage spat attachment using triploid larvae set in our onshore setting tank which is also utilized for setting spat on shell.
Testing Scottish Seine In Virginia's Waters, Jeffrey A. Hammer
Testing Scottish Seine In Virginia's Waters, Jeffrey A. Hammer
Reports
No abstract provided.
Feasibility Of A Recirculating Aquaculture System For Early Larval Culture Of Crassostrea Virginica, Michael Congrove
Feasibility Of A Recirculating Aquaculture System For Early Larval Culture Of Crassostrea Virginica, Michael Congrove
Reports
Oyster aquaculture in Virginia is a rapidly developing industry with greater than 75 million oysters planted in 2010, this compared to just 6 million in 2005 (Murray and Hudson 2011). Necessary to support this rapid development, among other things, is a large and consistent supply of larval and seed oysters, from which oyster growers start their crops. Providing this product to the aquaculture industry are hatcheries.
Hatcheries represent the tip of the pyramid in oyster aquaculture. Only a few hatcheries with a handful of workers support a much larger industry of many growout operations collectively employing hundreds of workers. Hatcheries …
Early Spat On Shell Setting, Rufus H. Ruark
Early Spat On Shell Setting, Rufus H. Ruark
Reports
Setting for spat on shell typically beings when water temperatures reach about 20° C. This optimal temperature is normally reached in Virginia's climate by May. Setting spat on shell is completed by September; this gives the spat just enough time to grow before the cold of winter puts them in hibernation. Hatcheries start spawning oysters as early as February. By heating the water and adding food they can successfully produce millions of larvae during the cold winter months. When the ambient water temperature rises it brings more food but in many cases poor water conditions. Unfortunately, in the heat of …