Riding the Wave of Microplastics in Bermuda

The presence of marine debris and microplastics in the Earth’s oceans are a global environmental issue. Bermuda’s location in the middle of the North Atlantic Gyre makes it the perfect case study for this work. As the crisis unfolds, Bermuda’s environment, economy, and population are at risk of witn...

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Main Author: Riihiluoma, Molly E.
Format: Text
Language:unknown
Published: Digital Commons @ Salve Regina 2018
Subjects:
Online Access:https://digitalcommons.salve.edu/pell_theses/123
https://digitalcommons.salve.edu/context/pell_theses/article/1124/viewcontent/Riihiluoma_Riding_the_Wave_FINAL_2018.pdf
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spelling ftsalvereginauni:oai:digitalcommons.salve.edu:pell_theses-1124 2023-11-05T03:44:05+01:00 Riding the Wave of Microplastics in Bermuda Riihiluoma, Molly E. 2018-12-15T08:00:00Z application/pdf https://digitalcommons.salve.edu/pell_theses/123 https://digitalcommons.salve.edu/context/pell_theses/article/1124/viewcontent/Riihiluoma_Riding_the_Wave_FINAL_2018.pdf unknown Digital Commons @ Salve Regina https://digitalcommons.salve.edu/pell_theses/123 https://digitalcommons.salve.edu/context/pell_theses/article/1124/viewcontent/Riihiluoma_Riding_the_Wave_FINAL_2018.pdf Pell Scholars and Senior Theses Marine Debris Microplastics Bermuda Pollution Demography Population and Ecology Environmental Sciences Environmental Studies Marine Biology Place and Environment text 2018 ftsalvereginauni 2023-10-10T11:24:30Z The presence of marine debris and microplastics in the Earth’s oceans are a global environmental issue. Bermuda’s location in the middle of the North Atlantic Gyre makes it the perfect case study for this work. As the crisis unfolds, Bermuda’s environment, economy, and population are at risk of witnessing firsthand the effects of plastic pollution. This paper relies on scholarly research as well as anecdotal evidence from retail stores and locals to compile information in order to provide necessary recommendations to benefit Bermuda’s ocean health. This research evaluates the pros and cons of policies which could mitigate the problem. Analysis of these policies has led to three major recommendations for the island of Bermuda, based on the foundation that small changes lead to larger long-term benefits. It is suggested that local businesses should provide incentives to consumers to reduce their use of single-use plastic. Marine debris and microplastic task forces should serve an educational purpose in schools around the island. Lastly, it was identified that Bermuda lacks quantifiable data with regards to their own plastic consumption as well as recycling schemes. Bermuda’s ability to pursue such recommendations could have long-term lasting benefits on their ocean’s health. Marine debris and microplastics are an expansive global epidemic, while this work focuses solely on the small island of Bermuda it is important to address that this epidemic reaches all corners of the globe. Text North Atlantic Salve Regina University, Newport: eScholar@Salve Regina
institution Open Polar
collection Salve Regina University, Newport: eScholar@Salve Regina
op_collection_id ftsalvereginauni
language unknown
topic Marine Debris
Microplastics
Bermuda
Pollution
Demography
Population
and Ecology
Environmental Sciences
Environmental Studies
Marine Biology
Place and Environment
spellingShingle Marine Debris
Microplastics
Bermuda
Pollution
Demography
Population
and Ecology
Environmental Sciences
Environmental Studies
Marine Biology
Place and Environment
Riihiluoma, Molly E.
Riding the Wave of Microplastics in Bermuda
topic_facet Marine Debris
Microplastics
Bermuda
Pollution
Demography
Population
and Ecology
Environmental Sciences
Environmental Studies
Marine Biology
Place and Environment
description The presence of marine debris and microplastics in the Earth’s oceans are a global environmental issue. Bermuda’s location in the middle of the North Atlantic Gyre makes it the perfect case study for this work. As the crisis unfolds, Bermuda’s environment, economy, and population are at risk of witnessing firsthand the effects of plastic pollution. This paper relies on scholarly research as well as anecdotal evidence from retail stores and locals to compile information in order to provide necessary recommendations to benefit Bermuda’s ocean health. This research evaluates the pros and cons of policies which could mitigate the problem. Analysis of these policies has led to three major recommendations for the island of Bermuda, based on the foundation that small changes lead to larger long-term benefits. It is suggested that local businesses should provide incentives to consumers to reduce their use of single-use plastic. Marine debris and microplastic task forces should serve an educational purpose in schools around the island. Lastly, it was identified that Bermuda lacks quantifiable data with regards to their own plastic consumption as well as recycling schemes. Bermuda’s ability to pursue such recommendations could have long-term lasting benefits on their ocean’s health. Marine debris and microplastics are an expansive global epidemic, while this work focuses solely on the small island of Bermuda it is important to address that this epidemic reaches all corners of the globe.
format Text
author Riihiluoma, Molly E.
author_facet Riihiluoma, Molly E.
author_sort Riihiluoma, Molly E.
title Riding the Wave of Microplastics in Bermuda
title_short Riding the Wave of Microplastics in Bermuda
title_full Riding the Wave of Microplastics in Bermuda
title_fullStr Riding the Wave of Microplastics in Bermuda
title_full_unstemmed Riding the Wave of Microplastics in Bermuda
title_sort riding the wave of microplastics in bermuda
publisher Digital Commons @ Salve Regina
publishDate 2018
url https://digitalcommons.salve.edu/pell_theses/123
https://digitalcommons.salve.edu/context/pell_theses/article/1124/viewcontent/Riihiluoma_Riding_the_Wave_FINAL_2018.pdf
genre North Atlantic
genre_facet North Atlantic
op_source Pell Scholars and Senior Theses
op_relation https://digitalcommons.salve.edu/pell_theses/123
https://digitalcommons.salve.edu/context/pell_theses/article/1124/viewcontent/Riihiluoma_Riding_the_Wave_FINAL_2018.pdf
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