A Fisheries and Water Quality Survey of Ten Lakes in the Richardson Tower Area, Northeastern Alberta. Volume 2: Data
Resource
Volume I I contains all data collected for the study reported in Vol 1.
Resources
A Fisheries and Water Quality Survey of Ten Lakes in the Richardson Tower Area, Northeastern Alberta. Volume 2: Data
Resource
Volume I I contains all data collected for the study reported in Vol 1.
A Fisheries and Water Quality Survey of Ten Lakes in the Richardson Tower Area, Northeastern Alberta. Volume I: Methodology, Summary, and Discussion
Resource
A fisheries and water quality survey was conducted in September 1979 on 10 small lakes (67.4 to 338.9 ha) in the vicinity of Richardson Tower, approximately 140 km north of Fort McMurray, Alberta
A Fisheries and Water Quality Survey of Ten Lakes in the Richardson Tower Area, Northeastern Alberta. Volume I: Methodology, Summary, and Discussion
Resource
A fisheries and water quality survey was conducted in September 1979 on 10 small lakes (67.4 to 338.9 ha) in the vicinity of Richardson Tower, approximately 140 km north of Fort McMurray, Alberta
The Application of Remote Sensing to Environmental Monitoring of the AOSERP Study Area. Volume 2
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Figures and Tables associated with Volume 1
The Application of Remote Sensing to Environmental Monitoring of the AOSERP Study Area. Volume 2
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Figures and Tables associated with Volume 1
The Application of Remote Sensing to Environmental Monitoring of the AOSERP Study Area. Volume 1
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Concluded that false color infrared aerial photography acquired during the period of maximum foliage development is most valuable for vegetation mapping and the detection of environmental disturbance
The Application of Remote Sensing to Environmental Monitoring of the AOSERP Study Area. Volume 1
Resource
Concluded that false color infrared aerial photography acquired during the period of maximum foliage development is most valuable for vegetation mapping and the detection of environmental disturbance
Inventory of Water Use Requirements and Effluent Discharge Characteristics Related to Oil Sands Development
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A water balance for the Athabasca River was developed which accounted for all the major withdrawals and discharges to this river. Current annual rate of withdrawal from the river is 2.34m3/s
Inventory of Water Use Requirements and Effluent Discharge Characteristics Related to Oil Sands Development
Resource
A water balance for the Athabasca River was developed which accounted for all the major withdrawals and discharges to this river. Current annual rate of withdrawal from the river is 2.34m3/s