Energy Balance and Runoff in the Eastern Arctic

Extensive interest in the exploitation of the natural resources of the Canadian High Arctic has been generated by the petrochemical and mining industries. This, in conjunction with the recent rapid growth of many communities in the Arctic has resulted in the need for reliable sources of potable wate...

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Bibliographic Details
Main Author: Maidlow, J.L.
Other Authors: James, Wm., Civil Engineering
Format: Thesis
Language:unknown
Published: 2009
Subjects:
Online Access:http://hdl.handle.net/11375/7473
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spelling ftmcmaster:oai:macsphere.mcmaster.ca:11375/7473 2024-09-15T17:57:07+00:00 Energy Balance and Runoff in the Eastern Arctic Maidlow, J.L. James, Wm. Civil Engineering 2009-07-14 http://hdl.handle.net/11375/7473 unknown opendissertations/275 1339 896855 http://hdl.handle.net/11375/7473 Civil Engineering thesis 2009 ftmcmaster 2024-06-26T04:35:24Z Extensive interest in the exploitation of the natural resources of the Canadian High Arctic has been generated by the petrochemical and mining industries. This, in conjunction with the recent rapid growth of many communities in the Arctic has resulted in the need for reliable sources of potable water. Basic data deficiencies in the Arctic however preclude the use of traditional techniques for predicting the temporal distribution of runoff or peak from rates. An interactive computer program using a modified energy budget concept has been developed to permit the simulation of average daily discharges from small watersheds in the Baffin region. All available hydrometeorologic data are utilized by the model which is formatted in a manner to facilitate data manipulation. Sensitivity analyses can thus be carried out to determine the sensitivity of a watershed's response to various meterologic parameters. Calibration and subsequent verification of the model against data collected from two watersheds in the Baffin region yielded a high correlation between recorded and simulated discharges. Master of Engineering (ME) Thesis Baffin MacSphere (McMaster University)
institution Open Polar
collection MacSphere (McMaster University)
op_collection_id ftmcmaster
language unknown
topic Civil Engineering
spellingShingle Civil Engineering
Maidlow, J.L.
Energy Balance and Runoff in the Eastern Arctic
topic_facet Civil Engineering
description Extensive interest in the exploitation of the natural resources of the Canadian High Arctic has been generated by the petrochemical and mining industries. This, in conjunction with the recent rapid growth of many communities in the Arctic has resulted in the need for reliable sources of potable water. Basic data deficiencies in the Arctic however preclude the use of traditional techniques for predicting the temporal distribution of runoff or peak from rates. An interactive computer program using a modified energy budget concept has been developed to permit the simulation of average daily discharges from small watersheds in the Baffin region. All available hydrometeorologic data are utilized by the model which is formatted in a manner to facilitate data manipulation. Sensitivity analyses can thus be carried out to determine the sensitivity of a watershed's response to various meterologic parameters. Calibration and subsequent verification of the model against data collected from two watersheds in the Baffin region yielded a high correlation between recorded and simulated discharges. Master of Engineering (ME)
author2 James, Wm.
Civil Engineering
format Thesis
author Maidlow, J.L.
author_facet Maidlow, J.L.
author_sort Maidlow, J.L.
title Energy Balance and Runoff in the Eastern Arctic
title_short Energy Balance and Runoff in the Eastern Arctic
title_full Energy Balance and Runoff in the Eastern Arctic
title_fullStr Energy Balance and Runoff in the Eastern Arctic
title_full_unstemmed Energy Balance and Runoff in the Eastern Arctic
title_sort energy balance and runoff in the eastern arctic
publishDate 2009
url http://hdl.handle.net/11375/7473
genre Baffin
genre_facet Baffin
op_relation opendissertations/275
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896855
http://hdl.handle.net/11375/7473
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