Page 18 - Abstract Book ICOH4
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            Improving the Health of Wild, Feral, and Captive Fisheries in the Great Lakes Basin of North
                                     America Through Collaborative Research

                                                  Thomas P. Loch

          Michigan State University - Aquatic Animal Health Laboratory, Aquatic Animal Disease Ecology Program,
          Departments of Fisheries and Wildlife (College of Agriculture and Natural Resources) and Pathobiology
          & Diagnostic Investigation (College of Veterinary Medicine), Michigan State University, East Lansing, MI,
                                                        USA

                                                      Abstract

                 Aquatic ecosystems are irreplaceable constituents of our planet, housing tremendous biodiversity
          and  serving  as  the  “lungs”  with  which  our  planet  breathes.   Unfortunately,  these  invaluable  natural
          resources, and particularly the fish fauna, are increasingly threatened by anthropogenic activities and
          global climate change.  Further compounding the peril that many aquatic organisms currently face is the
          emergence of pathogenic microbes that cause disease outbreaks and lead to negative effects at the
          population and community levels.  Consequently, some have forecasted that by 2050, harvests from wild
          fisheries will be significantly reduced and nearly all fish and shellfish for human consumption will come
          from aquaculture.  However, high densities and artificial conditions place farmed fish at risk for infectious
          disease  outbreaks,  whereby  fish  pathogenic  microbes  are  a  primary  impediment  to  aquaculture
          productivity.  Infectious diseases also pose major threats to conservation and stock enhancement efforts
          that rely upon collecting gametes from wild fish stocks and rearing of progeny in governmental hatcheries
          until they reach an age and status that allows for the highest likelihood of survival when stocked into
          public  waters.   To  address  and  overcome  these  challenges,  strong  collaborative  multidisciplinary
          networks  of  scientists,  managers,  policy-  and  decision-makers,  and  others  are  of  paramount
          importance.  Herein, the perspectives and collaborative approaches being utilized to ensure and improve
          the health of wild, feral, and captive fisheries within the Great Lakes Basin of North America will be
          discussed.







              TH
          THE 4  INTERNATIONAL CONFERENCE ON ONE HEALTH (ICOH)

          “Strengthening Collaboration in One Health Systems”
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