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Full-Text Articles in Life Sciences
Application Of A Tidal Prism Water Quality Model To Virginia Small Coastal Basins: Poquoson River, Piankatank River, Cherrystone Inlet And Hungars Creek, Albert Y. Kuo, Arthur J. Butt, Sung-Chan Kim, Jing Lin
Application Of A Tidal Prism Water Quality Model To Virginia Small Coastal Basins: Poquoson River, Piankatank River, Cherrystone Inlet And Hungars Creek, Albert Y. Kuo, Arthur J. Butt, Sung-Chan Kim, Jing Lin
Reports
No abstract provided.
Comparison Of Observed And Simulated Grow-Finish Swine Performance Under Summer Conditions, Larry W. Turner, Thomas C. Bridges, Richard D. Coffey, Richard S. Gates, Gary R. Parker, Tami M. Brown-Brandl, Douglas G. Overhults
Comparison Of Observed And Simulated Grow-Finish Swine Performance Under Summer Conditions, Larry W. Turner, Thomas C. Bridges, Richard D. Coffey, Richard S. Gates, Gary R. Parker, Tami M. Brown-Brandl, Douglas G. Overhults
Biosystems and Agricultural Engineering Faculty Publications
As a part of a National Pork Producers Council educational program, our research and extension team at the University of Kentucky was linked with an independent commercial swine producer to test the NCPIG model against observed commercial on-farm data. This experience provided improved information for model development as well as increased producer insight into the data input needs and potential benefits of modeling. Detailed production information comparisons between the NCPIG model and producer data are presented for summer time conditions to assess the validity of the NCPIG model for simulation of grow-finish swine performance. Results demonstrated that the NCPIG model …
Strata Formation On Margins (Strataform) S-60 And S-70 Sites Benthic Boundary Layer Tripod Data Report, December 1995 - March 1996, L. D. Wright, D. A. Hepworth, S. C. Kim, R. A. Gammisch
Strata Formation On Margins (Strataform) S-60 And S-70 Sites Benthic Boundary Layer Tripod Data Report, December 1995 - March 1996, L. D. Wright, D. A. Hepworth, S. C. Kim, R. A. Gammisch
Reports
No abstract provided.
Understanding The Success And Failure Of Oyster Populations: The Importance Of Sampled Variables And Sample Timing, Thomas M. Soniat, Eric N. Powell, Eileen E. Hofmann, John M. Klinck
Understanding The Success And Failure Of Oyster Populations: The Importance Of Sampled Variables And Sample Timing, Thomas M. Soniat, Eric N. Powell, Eileen E. Hofmann, John M. Klinck
CCPO Publications
One of the primary obstacles to understanding why some oyster populations are successful and others are not is the complex interaction of environmental variables with oyster physiology and with such population variables as the rates of recruitment and juvenile mortality. A numerical model is useful in investigating how population structure originates out of this complexity. We have monitored a suite of environmental conditions over an environmental gradient to document the importance of short time-scale variations in such variables as food supply, turbidity, and salinity. Then, using a coupled oyster disease population dynamics model, we examine the need for short rime-scale …