Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage

Although historically ice-covered, the Northwest Passage (NWP)—a maritime corridor located in the Canadian Arctic—has been experiencing melting trends in recent decades. Declining sea ice concentrations would lead to improved navigability along the NWP, suggesting promising opportunities for both do...

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Bibliographic Details
Main Author: Peters, James
Format: Thesis
Language:English
Published: 2022
Subjects:
Online Access:https://spectrum.library.concordia.ca/id/eprint/990628/
https://spectrum.library.concordia.ca/id/eprint/990628/7/Peters_MSCM_F2022.pdf
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spelling ftconcordiauniv:oai:https://spectrum.library.concordia.ca:990628 2023-05-15T14:23:21+02:00 Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage Peters, James 2022-05-20 text https://spectrum.library.concordia.ca/id/eprint/990628/ https://spectrum.library.concordia.ca/id/eprint/990628/7/Peters_MSCM_F2022.pdf en eng https://spectrum.library.concordia.ca/id/eprint/990628/7/Peters_MSCM_F2022.pdf Peters, James (2022) Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage. Masters thesis, Concordia University. Thesis NonPeerReviewed 2022 ftconcordiauniv 2022-10-29T23:00:56Z Although historically ice-covered, the Northwest Passage (NWP)—a maritime corridor located in the Canadian Arctic—has been experiencing melting trends in recent decades. Declining sea ice concentrations would lead to improved navigability along the NWP, suggesting promising opportunities for both domestic and international shippers. With vessel traffic expected to rise, and the lack of emergency response resources currently stationed in the region, Canada would be responsible for equipping its North with a search and rescue (SAR) network that is capable of providing relief to the users of its waterways. Since the Royal Canadian Air Force (RCAF) oversees the majority of SAR activities in Canada, the distribution of its response aircraft throughout the Arctic is crucial in the design of a successful response network. To address these concerns, we formulated the location problem as an integer linear program (ILP) that looked to determine optimal sites for aeronautical SAR stations and the allocation of aircraft so that the weighted primary and secondary coverage of demand points was maximized. To do so, we modelled the response capacities of the RCAF's fleet by designing a set of response functions based on each asset's performance specifications. We analyzed 29 arrangements across two cases: one in which the secondary coverage of demand points was optional (Case A), and another in which it was mandatory (Case B). Using six to seven aircraft, our approach led to three arrangements that would best address SAR concerns in the North: Arrangement 7A which was proposed for Case A, Arrangement 6B for Case B, and Arrangement 7B as a compromise of the two. Thesis Arctic Arctic Northwest passage Sea ice Spectrum: Concordia University Research Repository (Montreal) Arctic Canada Northwest Passage
institution Open Polar
collection Spectrum: Concordia University Research Repository (Montreal)
op_collection_id ftconcordiauniv
language English
description Although historically ice-covered, the Northwest Passage (NWP)—a maritime corridor located in the Canadian Arctic—has been experiencing melting trends in recent decades. Declining sea ice concentrations would lead to improved navigability along the NWP, suggesting promising opportunities for both domestic and international shippers. With vessel traffic expected to rise, and the lack of emergency response resources currently stationed in the region, Canada would be responsible for equipping its North with a search and rescue (SAR) network that is capable of providing relief to the users of its waterways. Since the Royal Canadian Air Force (RCAF) oversees the majority of SAR activities in Canada, the distribution of its response aircraft throughout the Arctic is crucial in the design of a successful response network. To address these concerns, we formulated the location problem as an integer linear program (ILP) that looked to determine optimal sites for aeronautical SAR stations and the allocation of aircraft so that the weighted primary and secondary coverage of demand points was maximized. To do so, we modelled the response capacities of the RCAF's fleet by designing a set of response functions based on each asset's performance specifications. We analyzed 29 arrangements across two cases: one in which the secondary coverage of demand points was optional (Case A), and another in which it was mandatory (Case B). Using six to seven aircraft, our approach led to three arrangements that would best address SAR concerns in the North: Arrangement 7A which was proposed for Case A, Arrangement 6B for Case B, and Arrangement 7B as a compromise of the two.
format Thesis
author Peters, James
spellingShingle Peters, James
Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage
author_facet Peters, James
author_sort Peters, James
title Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage
title_short Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage
title_full Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage
title_fullStr Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage
title_full_unstemmed Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage
title_sort preparing the arctic: optimally locating aeronautical search and rescue stations along canada’s northwest passage
publishDate 2022
url https://spectrum.library.concordia.ca/id/eprint/990628/
https://spectrum.library.concordia.ca/id/eprint/990628/7/Peters_MSCM_F2022.pdf
geographic Arctic
Canada
Northwest Passage
geographic_facet Arctic
Canada
Northwest Passage
genre Arctic
Arctic
Northwest passage
Sea ice
genre_facet Arctic
Arctic
Northwest passage
Sea ice
op_relation https://spectrum.library.concordia.ca/id/eprint/990628/7/Peters_MSCM_F2022.pdf
Peters, James (2022) Preparing the Arctic: Optimally Locating Aeronautical Search and Rescue Stations along Canada’s Northwest Passage. Masters thesis, Concordia University.
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