Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981

Partial OCR done. 2 pages total. A bottom fauna study of the Upper Kennebec River, Maine, showed a loss of species diversity and abundance of swift-water aquatic insects below a 43 foot head dam. (Trotzky and Gregory, 1974). This dam was used for peak power demand and caused flows ranging from 170 m...

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Bibliographic Details
Main Author: Kelly, Thomas M.
Format: Report
Language:English
Published: 2015
Subjects:
Upper Kennebec River
low flow stress
Barrows Stream
Stream flow
juvenile Atlantic Salmon
stabilization of flows
dam
drought conditions
Atlantic salmon
Online Access:http://hdl.handle.net/11045/24205
id ftnwmichigancoll:oai:dspace.nmc.edu:11045/24205
record_format openpolar
spelling ftnwmichigancoll:oai:dspace.nmc.edu:11045/24205 2023-05-15T15:31:43+02:00 Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981 Kelly, Thomas M. 2015-05-26 application/pdf http://hdl.handle.net/11045/24205 en_US eng http://hdl.handle.net/11045/24205 Upper Kennebec River low flow stress Barrows Stream Stream flow juvenile Atlantic Salmon stabilization of flows dam drought conditions Technical Report 2015 ftnwmichigancoll 2023-02-20T19:07:02Z Partial OCR done. 2 pages total. A bottom fauna study of the Upper Kennebec River, Maine, showed a loss of species diversity and abundance of swift-water aquatic insects below a 43 foot head dam. (Trotzky and Gregory, 1974). This dam was used for peak power demand and caused flows ranging from 170 m3/sec. to 8.5 m3/sec. Prior to 1964 the dam was operated on run of the river mode. Report Atlantic salmon Northwestern Michigan College (NMC): DSpace Repository
institution Open Polar
collection Northwestern Michigan College (NMC): DSpace Repository
op_collection_id ftnwmichigancoll
language English
topic Upper Kennebec River
low flow stress
Barrows Stream
Stream flow
juvenile Atlantic Salmon
stabilization of flows
dam
drought conditions
spellingShingle Upper Kennebec River
low flow stress
Barrows Stream
Stream flow
juvenile Atlantic Salmon
stabilization of flows
dam
drought conditions
Kelly, Thomas M.
Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981
topic_facet Upper Kennebec River
low flow stress
Barrows Stream
Stream flow
juvenile Atlantic Salmon
stabilization of flows
dam
drought conditions
description Partial OCR done. 2 pages total. A bottom fauna study of the Upper Kennebec River, Maine, showed a loss of species diversity and abundance of swift-water aquatic insects below a 43 foot head dam. (Trotzky and Gregory, 1974). This dam was used for peak power demand and caused flows ranging from 170 m3/sec. to 8.5 m3/sec. Prior to 1964 the dam was operated on run of the river mode.
format Report
author Kelly, Thomas M.
author_facet Kelly, Thomas M.
author_sort Kelly, Thomas M.
title Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981
title_short Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981
title_full Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981
title_fullStr Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981
title_full_unstemmed Addendum to the Report "An Investigation of the Boardman River Biota in Response to Temporary Drought Conditions", Dated July 13, 1981
title_sort addendum to the report "an investigation of the boardman river biota in response to temporary drought conditions", dated july 13, 1981
publishDate 2015
url http://hdl.handle.net/11045/24205
genre Atlantic salmon
genre_facet Atlantic salmon
op_relation http://hdl.handle.net/11045/24205
_version_ 1766362233923698688

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