91色情片

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CATEGORIES:SMAST,Thesis/Dissertations
DESCRIPTION:Department of Fisheries Oceanography PhD Dissertation Proposal 
 Defense "Fishery Interactions, Capture Stress, and Post-Release Survival o
 f Three Prohibited Shark Species in the Northeast U.S." By: Lindsay L. Gra
 ff Advisor Dr. Lauran Brewster (91色情片) Committee Members Dr. Ste
 ven X. Cadrin (91色情片), Dr. Geoffrey Cowles (91色情片), Dr
 . Tobey Curtis (NOAA), and Dr. Gregory Skomal (MA DMF) Wednesday May 20, 2
 026 10:00 AM SMAST East 101-103 836 S. Rodney French Blvd, New Bedford and
  via Zoom 听 Abstract: Incidental capture in non-target commercial and rec
 reational fisheries can contribute to mortality of prohibited dusky (Carch
 arhinus obscurus), sand tiger (Carcharias taurus), and white (Carcharodon 
 carcharias) sharks. Slow growth, late maturity, low reproductive output, a
 nd prolonged recovery make these species especially sensitive to even mode
 st levels of fishing-related mortality, particularly when mortality occurs
  during immature life stages or through delayed post-release effects. Fish
 ery interactions, capture stress, and post-release outcomes will be examin
 ed across the Northeast U.S. by integrating commercial fishery observer da
 ta, blood-based indicators of capture stress, and satellite telemetry. Fle
 etwide bycatch and at-vessel mortality in Northeast and Mid-Atlantic comme
 rcial gillnet and trawl fisheries are quantified using long-term observer 
 records (Chapter 1). The physiological effects of recreational rod-and-ree
 l capture in the New York Bight will be evaluated using blood-based indica
 tors of capture stress and associated capture metadata (Chapter 2), and po
 st-release behavior, recovery, and apparent survival after recreational ca
 pture will be evaluated using satellite telemetry, with emphasis on short-
 term recovery trajectories, delayed mortality, and variability in vertical
  behavior after release (Chapter 3). Together, these chapters are intended
  to provide a more complete understanding of how incidental capture affect
 s prohibited sharks by integrating fishery interactions, capture stress, a
 nd post-release outcomes across commercial and recreational fisheries, whi
 le generating information directly relevant to mortality estimation, handl
 ing guidance, and conservation management in the Northeast U.S. Join Meeti
 ng https://umassd.zoom.us/j/91339993877 Note: Meeting ID and passcode requ
 ired. Please email contact to obtain. For additional information, please c
 ontact Callie Rumbut at c.rumbut@umassd.edu\nEvent page: https://www.umass
 d.edu/events/cms/fishery-interactions-capture-stress-and-post-release-surv
 ival-of-three-prohibited-shark-species-in-the-northeast-us.php\nEvent link
 : https://umassd.zoom.us/j/91339993877
X-ALT-DESC;FMTTYPE=text/html:<html><Body><h1><a href="/">91色情片</a></h1><script>
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</script><p>Department of Fisheries Oceanog
 raphy</p>\n<p>PhD Dissertation Proposal Defense</p>\n<p>"Fishery Interacti
 ons\, Capture Stress\, and Post-Release Survival of Three Prohibited Shark
  Species in the Northeast U.S."</p>\n<p>By: Lindsay L. Graff</p>\n<p>Advis
 or</p>\n<p>Dr. Lauran Brewster (91色情片)</p>\n<p>Committee Members
 </p>\n<p>Dr. Steven X. Cadrin (91色情片)\, Dr. Geoffrey Cowles (UMa
 ss Dartmouth)\, Dr. Tobey Curtis (NOAA)\, and Dr. Gregory Skomal (MA DMF)<
 /p>\n<p>Wednesday May 20\, 2026</p>\n<p>10:00 AM</p>\n<p>SMAST East 101-10
 3</p>\n<p>836 S. Rodney French Blvd\, New Bedford</p>\n<p>and via Zoom</p>
 \n<p>听</p>\n<p><br />Abstract:</p>\n<p>Incidental capture in non-target c
 ommercial and recreational fisheries can contribute to mortality of prohib
 ited dusky (Carcharhinus obscurus)\, sand tiger (Carcharias taurus)\, and 
 white (Carcharodon carcharias) sharks. Slow growth\, late maturity\, low r
 eproductive output\, and prolonged recovery make these species especially 
 sensitive to even modest levels of fishing-related mortality\, particularl
 y when mortality occurs during immature life stages or through delayed pos
 t-release effects. Fishery interactions\, capture stress\, and post-releas
 e outcomes will be examined across the Northeast U.S. by integrating comme
 rcial fishery observer data\, blood-based indicators of capture stress\, a
 nd satellite telemetry. Fleetwide bycatch and at-vessel mortality in North
 east and Mid-Atlantic commercial gillnet and trawl fisheries are quantifie
 d using long-term observer records (Chapter 1). The physiological effects 
 of recreational rod-and-reel capture in the New York Bight will be evaluat
 ed using blood-based indicators of capture stress and associated capture m
 etadata (Chapter 2)\, and post-release behavior\, recovery\, and apparent 
 survival after recreational capture will be evaluated using satellite tele
 metry\, with emphasis on short-term recovery trajectories\, delayed mortal
 ity\, and variability in vertical behavior after release (Chapter 3). Toge
 ther\, these chapters are intended to provide a more complete understandin
 g of how incidental capture affects prohibited sharks by integrating fishe
 ry interactions\, capture stress\, and post-release outcomes across commer
 cial and recreational fisheries\, while generating information directly re
 levant to mortality estimation\, handling guidance\, and conservation mana
 gement in the Northeast U.S.</p>\n<p>Join Meeting</p>\n<p>https://umassd.z
 oom.us/j/91339993877</p>\n<p>Note: Meeting ID and passcode required. Pleas
 e email contact to obtain.</p>\n<p>For additional information\, please con
 tact Callie Rumbut at c.rumbut@umassd.edu</p><p>Event page: <br>Event link: </p></body></html>
DTSTAMP:20260519T110934
DTSTART;TZID=America/New_York:20260520T100000
DTEND;TZID=America/New_York:20260520T110000
LOCATION:SMAST East 101-103
SUMMARY;LANGUAGE=en-us:Fishery Interactions, Capture Stress, and Post-Relea
 se Survival of Three Prohibited Shark Species in the Northeast U.S.
UID:4674bba735cb5e2b6dce71d02efadcda@www.umassd.edu
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