Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species

Antarctic fishes face the challenge of a changing climate. Therefore, understanding how these species will adapt to higher temperatures will help us understand the future of these cold fishes. Several fish species have jumped from Antarctic to warmer temperate waters over the history of the modern c...

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Main Authors: Carrasquilla, Carolina, Mcgeehan, Haley, Bilyk, Kevin
Format: Text
Language:unknown
Published: Montclair State University Digital Commons 2023
Subjects:
Online Access:https://digitalcommons.montclair.edu/student-research-symposium/2023/poster04/7
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spelling ftmontclairstuni:oai:digitalcommons.montclair.edu:student-research-symposium-1162 2023-07-23T04:15:53+02:00 Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species Carrasquilla, Carolina Mcgeehan, Haley Bilyk, Kevin 2023-04-26T20:44:59Z https://digitalcommons.montclair.edu/student-research-symposium/2023/poster04/7 unknown Montclair State University Digital Commons https://digitalcommons.montclair.edu/student-research-symposium/2023/poster04/7 Student Research Symposium text 2023 ftmontclairstuni 2023-07-03T21:57:35Z Antarctic fishes face the challenge of a changing climate. Therefore, understanding how these species will adapt to higher temperatures will help us understand the future of these cold fishes. Several fish species have jumped from Antarctic to warmer temperate waters over the history of the modern cold Antarctica. Knowing that some species already went through the process of adaptation, it makes us wonder how this transition was possible, and what changes occurred that let them survive warmer temperatures. The purpose of this study is using a transcription factors known as HSF-1, the master controller of the cellular response to heat stress, as a model to explore the molecular changes that enabled this transition. Text Antarc* Antarctic Antarctica Montclair State University Digital Commons Antarctic
institution Open Polar
collection Montclair State University Digital Commons
op_collection_id ftmontclairstuni
language unknown
description Antarctic fishes face the challenge of a changing climate. Therefore, understanding how these species will adapt to higher temperatures will help us understand the future of these cold fishes. Several fish species have jumped from Antarctic to warmer temperate waters over the history of the modern cold Antarctica. Knowing that some species already went through the process of adaptation, it makes us wonder how this transition was possible, and what changes occurred that let them survive warmer temperatures. The purpose of this study is using a transcription factors known as HSF-1, the master controller of the cellular response to heat stress, as a model to explore the molecular changes that enabled this transition.
format Text
author Carrasquilla, Carolina
Mcgeehan, Haley
Bilyk, Kevin
spellingShingle Carrasquilla, Carolina
Mcgeehan, Haley
Bilyk, Kevin
Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species
author_facet Carrasquilla, Carolina
Mcgeehan, Haley
Bilyk, Kevin
author_sort Carrasquilla, Carolina
title Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species
title_short Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species
title_full Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species
title_fullStr Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species
title_full_unstemmed Back from the Cold: Lessons on Dealing with a Warming World from Antarctic Species
title_sort back from the cold: lessons on dealing with a warming world from antarctic species
publisher Montclair State University Digital Commons
publishDate 2023
url https://digitalcommons.montclair.edu/student-research-symposium/2023/poster04/7
geographic Antarctic
geographic_facet Antarctic
genre Antarc*
Antarctic
Antarctica
genre_facet Antarc*
Antarctic
Antarctica
op_source Student Research Symposium
op_relation https://digitalcommons.montclair.edu/student-research-symposium/2023/poster04/7
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