Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska

Marine plastics are not just a problem, they are a silent, sinister epidemic. Marine plastics are the largest economic and ecological threat to our marine ecosystems, particularly marine plastics derived from lost and or discarded fishing gear, which affects sensitive marine communities, the chemica...

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Main Author: Armstrong, Natalie S.
Format: Text
Language:unknown
Published: Scholarship @ Claremont 2020
Subjects:
Online Access:https://scholarship.claremont.edu/pitzer_theses/95
https://scholarship.claremont.edu/context/pitzer_theses/article/1103/viewcontent/Armstrong_SENIOR_THESIS_real.pdf
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spelling ftclaremontcoir:oai:scholarship.claremont.edu:pitzer_theses-1103 2023-06-11T04:08:34+02:00 Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska Armstrong, Natalie S. 2020-01-01T08:00:00Z application/pdf https://scholarship.claremont.edu/pitzer_theses/95 https://scholarship.claremont.edu/context/pitzer_theses/article/1103/viewcontent/Armstrong_SENIOR_THESIS_real.pdf unknown Scholarship @ Claremont https://scholarship.claremont.edu/pitzer_theses/95 https://scholarship.claremont.edu/context/pitzer_theses/article/1103/viewcontent/Armstrong_SENIOR_THESIS_real.pdf © 2020 Natalie S. Armstrong default Pitzer Senior Theses fisheries plastic marine litter sustainable fisheries climate change Environmental Health and Protection text 2020 ftclaremontcoir 2023-05-06T22:32:22Z Marine plastics are not just a problem, they are a silent, sinister epidemic. Marine plastics are the largest economic and ecological threat to our marine ecosystems, particularly marine plastics derived from lost and or discarded fishing gear, which affects sensitive marine communities, the chemical composition of the ocean water, and the physical makeup of the seafloor. With 6.4 million tons of marine debris entering our oceans annually, a third of which is lost fishing gear, it is estimated that, by weight, in 2050 there will be an accumulation of more plastic than fish in the ocean (Heath, 2018; Wilcox, 2015). Marine litter derived from plastic fishing gear, primarily passive gear, when lost in the ocean causes a series of consequences to the marine ecosystem, that of which increases when there are high concentrations of fishing activity in the geographic area. Arctic countries have some of the most abundant fisheries, that of which is projected to increase due to anthropogenic climate change. In the context of climate change affecting the Arctic ecosystem, in this thesis, we will review the consequences of plastics derived from fishing gear for the Arctic marine ecosystem, estimate the potential influx of derelict gear plastics originating from data obtained in Alaska and Iceland, and then confidently present effective forms of remediation, prevention, and mitigation strategized from models of sustainable fisheries to resolve the ramifications of lost and or discarded gear in Arctic communities. Text Arctic Climate change Iceland Alaska Claremont Colleges: Scholarship@Claremont Arctic Wilcox ENVELOPE(-66.933,-66.933,-67.949,-67.949)
institution Open Polar
collection Claremont Colleges: Scholarship@Claremont
op_collection_id ftclaremontcoir
language unknown
topic fisheries
plastic
marine litter
sustainable fisheries
climate change
Environmental Health and Protection
spellingShingle fisheries
plastic
marine litter
sustainable fisheries
climate change
Environmental Health and Protection
Armstrong, Natalie S.
Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska
topic_facet fisheries
plastic
marine litter
sustainable fisheries
climate change
Environmental Health and Protection
description Marine plastics are not just a problem, they are a silent, sinister epidemic. Marine plastics are the largest economic and ecological threat to our marine ecosystems, particularly marine plastics derived from lost and or discarded fishing gear, which affects sensitive marine communities, the chemical composition of the ocean water, and the physical makeup of the seafloor. With 6.4 million tons of marine debris entering our oceans annually, a third of which is lost fishing gear, it is estimated that, by weight, in 2050 there will be an accumulation of more plastic than fish in the ocean (Heath, 2018; Wilcox, 2015). Marine litter derived from plastic fishing gear, primarily passive gear, when lost in the ocean causes a series of consequences to the marine ecosystem, that of which increases when there are high concentrations of fishing activity in the geographic area. Arctic countries have some of the most abundant fisheries, that of which is projected to increase due to anthropogenic climate change. In the context of climate change affecting the Arctic ecosystem, in this thesis, we will review the consequences of plastics derived from fishing gear for the Arctic marine ecosystem, estimate the potential influx of derelict gear plastics originating from data obtained in Alaska and Iceland, and then confidently present effective forms of remediation, prevention, and mitigation strategized from models of sustainable fisheries to resolve the ramifications of lost and or discarded gear in Arctic communities.
format Text
author Armstrong, Natalie S.
author_facet Armstrong, Natalie S.
author_sort Armstrong, Natalie S.
title Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska
title_short Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska
title_full Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska
title_fullStr Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska
title_full_unstemmed Plastics Derived From Derelict Fishing Gear in the Arctic: Looking at Sustainable Fisheries for a Strategy of Mitigation, Remediation and Prevention in Iceland and Alaska
title_sort plastics derived from derelict fishing gear in the arctic: looking at sustainable fisheries for a strategy of mitigation, remediation and prevention in iceland and alaska
publisher Scholarship @ Claremont
publishDate 2020
url https://scholarship.claremont.edu/pitzer_theses/95
https://scholarship.claremont.edu/context/pitzer_theses/article/1103/viewcontent/Armstrong_SENIOR_THESIS_real.pdf
long_lat ENVELOPE(-66.933,-66.933,-67.949,-67.949)
geographic Arctic
Wilcox
geographic_facet Arctic
Wilcox
genre Arctic
Climate change
Iceland
Alaska
genre_facet Arctic
Climate change
Iceland
Alaska
op_source Pitzer Senior Theses
op_relation https://scholarship.claremont.edu/pitzer_theses/95
https://scholarship.claremont.edu/context/pitzer_theses/article/1103/viewcontent/Armstrong_SENIOR_THESIS_real.pdf
op_rights © 2020 Natalie S. Armstrong
default
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