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DTSTART;TZID=America/New_York:20190920T110000
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SUMMARY:Lamarck revisited: Evidence for thermal transgenerational plasticity -  Dr. Santiago Salinas
DESCRIPTION:Over the past few years\, we have learned that parents can predict the environment the offspring will experience and get them ready for it — a biological head start of sorts. Transgenerational plasticity (TGP) occurs whenever the environment of the parents helps shape how offspring look and behave. Importantly\, these responses are not a result of genetic changes\, so they can be rapid and effective. In this talk\, I will highlight published and unpublished\, empirical and model-based research I have conducted on thermal TGP in fish.
URL:https://umaine.edu/marine/event/lamarck-revisited-evidence-for-thermal-transgenerational-plasticity-dr-santiago-salinas/
LOCATION:354 Aubert Hall\, 354 Munson Road\, Orono\, ME\, 04469\, United States
CATEGORIES:Seminar Series
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DTSTART;TZID=America/New_York:20190927T110000
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SUMMARY:Use of genetic analysis to understand the population dynamics of three marine species in Maine - Dr. Larissa Williams
DESCRIPTION:One method for determining population size and connectivity of marine species is through the examination of their genetics. A neutral marker such as the cytochrome c oxidase I (COI) gene can help establish genetic diversity and maternal gene flow among populations. COI was used in three studies to better understand three different marine species in Maine: two invasive crab species (Carcinus maenas and Hemigrapsus sanguineus) and a native bait worm (Glycera dibranchiata). For Carcinus maenas\, the green crab that has been invasive in Maine since 1900\, our results show that Northern haplotypes are limited in adult crabs to Mount Desert Island and north\, indicating that the southern haplotype is selectively favored at some point during their life history or recruitment of northern larvae is limited south of Mount Desert Island. Hemigrapsus sanguineus\, the Asian shore crab\, has rapidly replaced Carcinus maenas\, the green crab\, as the most abundant crab on rocky shores in the northwest Atlantic since its introduction to the USA in 1988 from Japan. Our study showed that there have been large increases in population sizes of genetically diverse individuals that will likely affect the Maine intertidal ecosystem in years to come. Lastly\, our COI analysis of the bait worm Glycera dibranchiata\, a vital fishery in Maine\, indicates well connected populations along the coast of Maine despite their short larval period. These genetic analyses were able to uncover population dynamics within these species that are difficult to ascertain through other sampling methods.
URL:https://umaine.edu/marine/event/use-of-genetic-analysis-to-understand-the-population-dynamics-of-three-marine-species-in-maine-dr-larissa-williams/
LOCATION:ME
CATEGORIES:Seminar Series
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DTSTART;TZID=America/New_York:20191011T110000
DTEND;TZID=America/New_York:20191011T120000
DTSTAMP:20260417T193336
CREATED:20191009T141910Z
LAST-MODIFIED:20191009T141945Z
UID:7958-1570791600-1570795200@umaine.edu
SUMMARY:Red Tides\, Unusual Plankton Blooms\, and Recent Changes in the Oceanography of the Gulf of Maine
DESCRIPTION:Dr. David Townsend \n 
URL:https://umaine.edu/marine/event/7958/
LOCATION:354 Aubert Hall\, 354 Munson Road\, Orono\, ME\, 04469\, United States
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