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WMU 332 aerial ungulate survey for moose (2018)

Description

Results for the aerial ungulate survey for moose conducted in December 2018 in Wildlife Management Unit 332. The primary objectives of this survey were to assess the status of moose populations by... More ≫

Description

Results for the aerial ungulate survey for moose conducted in December 2018 in Wildlife Management Unit 332. The primary objectives of this survey were to assess the status of moose populations by determining a population estimate based on density estimates, and a population demographic split for sex and age classes. The secondary objectives of this survey were to assess the status of white-tailed deer, mule deer and elk populations in WMU 332.

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Wildlife Management Unit 322 aerial ungulate survey for moose (2018)

Description

Results of the aerial ungulate survey for moose that took place in Wildlife Management Unit 322 from Dec. 7 to 9, 2018.

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Wildlife Management Unit 224 aerial ungulate survey (2018-2019)

Description

Results of the aerial ungulate (mule deer, white-tailed deer, moose and elk) population count surveys for the 2018-2019 hunting season in Alberta. The surveys were conducted in Wildlife Management... More ≫

Description

Results of the aerial ungulate (mule deer, white-tailed deer, moose and elk) population count surveys for the 2018-2019 hunting season in Alberta. The surveys were conducted in Wildlife Management Unit 224.

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Wildlife Management Unit 254 aerial ungulate survey : 2016

Description

This report recounts results from an aerial ungulate survey conducted in Wildlife Management Unit 254 in 2016. Aerial surveys are the primary method used to assess the population size,... More ≫

Description

This report recounts results from an aerial ungulate survey conducted in Wildlife Management Unit 254 in 2016. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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Wildlife Management Unit 354 moose survey : 2013

Description

In February 2013, Alberta Fish and Wildlife surveyed the moose population in Wildlife Management Unit 354 using distance sampling methods to estimate population density. This study was designed to... More ≫

Description

In February 2013, Alberta Fish and Wildlife surveyed the moose population in Wildlife Management Unit 354 using distance sampling methods to estimate population density. This study was designed to estimate the population size and density of moose, the adult sex ratio, and calf ratio within WMU 354. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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Wildlife Management Unit 356 aerial ungulate survey for moose : 2014

Description

The objectives of this survey were to assess the status of the moose population in Wildlife Management Unit 356 since the previous 2002 survey, and determine a population estimate, population... More ≫

Description

The objectives of this survey were to assess the status of the moose population in Wildlife Management Unit 356 since the previous 2002 survey, and determine a population estimate, population split for sex and age classes, and a density estimate. The survey was conducted using distance sampling methods. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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Wildlife Management Unit 357 aerial ungulate survey : 2015

Description

The objectives of this survey were to assess the status of moose, white-tailed deer, mule deer and elk populations since the last survey in 2009, to determine a population estimate, population... More ≫

Description

The objectives of this survey were to assess the status of moose, white-tailed deer, mule deer and elk populations since the last survey in 2009, to determine a population estimate, population ratio for sex and age classes, and to determine a density estimate for moose and deer within Wildlife Management Unit 357. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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Wildlife Management Unit 359 aerial ungulate survey : 2015

Description

Moose populations in Wildlife Management Unit 359 declined abruptly following a winter tick outbreak over 2006 and 2007, and numbers have been slow to recover. The objectives of this survey were... More ≫

Description

Moose populations in Wildlife Management Unit 359 declined abruptly following a winter tick outbreak over 2006 and 2007, and numbers have been slow to recover. The objectives of this survey were to assess the status of moose and mule deer since the previous 2008 area survey, and determine a population estimate, population ratios for sex and age classes, and a density estimate for moose and mule deer within WMU 359. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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WMU 514 aerial ungulate survey : January 2017

Description

Presents the results of an aerial ungulate survey conducted in Wildlife Management Unit 514 on Jan. 6 and 7, 2017, using the distance sampling method. The objective of this distance survey was to... More ≫

Description

Presents the results of an aerial ungulate survey conducted in Wildlife Management Unit 514 on Jan. 6 and 7, 2017, using the distance sampling method. The objective of this distance survey was to estimate total population sizes, population densities, and sex ratios of moose and white-tailed deer in WMU 514 to inform game management decisions. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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WMU 502 aerial ungulate survey : January 4 and 5, 2017

Description

Presents the results of an aerial ungulate survey conducted in Wildlife Management Unit 502 on Jan. 4 and 5, 2017, using the distance sampling method. The objective was to estimate total... More ≫

Description

Presents the results of an aerial ungulate survey conducted in Wildlife Management Unit 502 on Jan. 4 and 5, 2017, using the distance sampling method. The objective was to estimate total population sizes, population densities, and age and sex ratios for both moose and white-tailed deer. Aerial surveys are the primary method used to assess the population size, distribution, population trends and herd composition of ungulates in Alberta. This information supports the effective management and conservation of ungulates, and is used to set hunting licence allocations, identify areas with agricultural depredation problems, and determine priority areas for recovery actions.

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