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- 2010368344 abstract "This report summarizes the state of the science on viral hemorrhagic septicemia (VHS) and provides guidance for prioritizing future VHS research to support science-based fisheries management in Wisconsin. The VHS virus was first detected in Wisconsin in May 2007 and poses a threat to sport and commercial fisheries in the state. Herein we provide a brief background on VHS identification, classification and distribution, summaries of recent research on VHS and risk management pertaining to fish diseases, and the identification of VHS research gaps. Research recommendations based on the authors' interpretation of the state of the science of VHS as outlined in this report, and made in the context of practically supporting the fisheries management obligations of the Wisconsin Department of Natural Resources, include: 1) conducting a formal risk analysis on VHSV Type IVb, the new variant of VHS virus found in Wisconsin and the Great Lakes region, and on its potential impacts on fish populations in Wisconsin, 2) contributing to the development of rapid testing procedures for detecting VHSV when present and for declaring groups of fish free of VHSV when the virus is not present, 3) contributing to the development of VHS challenge models, particularly for commonly used baitfish species, 4) initiating a long-term monitoring study on the effects of VHSV on fish populations and fish communities in a selection of VHSV-positive waters, and 5) developing and parameterizing disease models for VHSV.".
- 2010368344 contributor B11884734.
- 2010368344 contributor B11884735.
- 2010368344 contributor B11884736.
- 2010368344 created "2008.".
- 2010368344 date "2008".
- 2010368344 date "2008.".
- 2010368344 dateCopyrighted "2008.".
- 2010368344 description "Includes annotated bibliographical references (p. 17-37).".
- 2010368344 description "This report summarizes the state of the science on viral hemorrhagic septicemia (VHS) and provides guidance for prioritizing future VHS research to support science-based fisheries management in Wisconsin. The VHS virus was first detected in Wisconsin in May 2007 and poses a threat to sport and commercial fisheries in the state. Herein we provide a brief background on VHS identification, classification and distribution, summaries of recent research on VHS and risk management pertaining to fish diseases, and the identification of VHS research gaps. Research recommendations based on the authors' interpretation of the state of the science of VHS as outlined in this report, and made in the context of practically supporting the fisheries management obligations of the Wisconsin Department of Natural Resources, include: 1) conducting a formal risk analysis on VHSV Type IVb, the new variant of VHS virus found in Wisconsin and the Great Lakes region, and on its potential impacts on fish populations in Wisconsin, 2) contributing to the development of rapid testing procedures for detecting VHSV when present and for declaring groups of fish free of VHSV when the virus is not present, 3) contributing to the development of VHS challenge models, particularly for commonly used baitfish species, 4) initiating a long-term monitoring study on the effects of VHSV on fish populations and fish communities in a selection of VHSV-positive waters, and 5) developing and parameterizing disease models for VHSV.".
- 2010368344 extent "38 p. :".
- 2010368344 hasFormat "Also issued electronically via World Wide Web in PDF format.".
- 2010368344 identifier PUB_SS_196_2009.pdf.
- 2010368344 isFormatOf "Also issued electronically via World Wide Web in PDF format.".
- 2010368344 isPartOf "Technical bulletin (Wisconsin. Department of Natural Resources) ; no. 196.".
- 2010368344 isPartOf "Technical bulletin ; no. 196".
- 2010368344 issued "2008".
- 2010368344 issued "2008.".
- 2010368344 language "eng".
- 2010368344 publisher "Madison, WI : Dept. of Natural Resources,".
- 2010368344 relation "Also issued electronically via World Wide Web in PDF format.".
- 2010368344 subject "639.3 22".
- 2010368344 subject "Freshwater fishes Virus diseases.".
- 2010368344 subject "SH177.V57 M57 2008".
- 2010368344 subject "Viral hemorrhagic septicemia.".
- 2010368344 title "Viral hemorrhagic septicemia and freshwater fisheries : the state of the science / Matthew G. Mitro and Angela L. White.".
- 2010368344 type "text".