Add to ORKGThe use of aerial surveys for estimating and monitoring North American moose populations is briefly reviewed. These include the use of transects, selected plots or quadrats, aircraft type, survey periodicity, accuracy and precision, use of a sightability correction factor, optimum survey criteria, current survey standards, and the role of sex-age composition surveys, including sex and age identification criteria
Aerial moose censuses have been conducted on two major areas in Minnesota using plot samples from 19...
Moose populations are managed for sustainable yield balanced against costs caused by damage to fores...
The enumeration of moose (Alces alces) population to obtain estimates of moose density, and bull:cow...
This paper discusses the collection and application of moose aerial survey data by management jurisd...
We present methods to estimate various parameters of moose populations using stratified random sampl...
It is generally accepted that most aerial censuses of moose underestimate the true population. This ...
The mark-recapture survey (Lincoln-Petersen method) using a dye marking technique reduced many biase...
Extensive moose (Alces alces) aerial inventories were conducted in northern Ontario from January to ...
Acquiring accurate and precise population parameters is fundamental to the ecological understanding ...
We developed a simple, precise and relatively inexpensive technique to estimate moose (Alces alces) ...
Ontario has been using a standard aerial survey methodology since 1975 to estimate moose (Alces alce...
The use of hunter effort and observations for monitoring the trends of North American moose populati...
Sample quadrats were established around radiocollared moose and each quadrate was surveyed with a se...
Home ranges of radiocollared moose can be used to establish habitat requirements and areas used by m...
A Gasaway-type aerial moose survey was conducted in northern New Hampshire using fixed-wing aircraft...
Aerial moose censuses have been conducted on two major areas in Minnesota using plot samples from 19...
Moose populations are managed for sustainable yield balanced against costs caused by damage to fores...
The enumeration of moose (Alces alces) population to obtain estimates of moose density, and bull:cow...
This paper discusses the collection and application of moose aerial survey data by management jurisd...
We present methods to estimate various parameters of moose populations using stratified random sampl...
It is generally accepted that most aerial censuses of moose underestimate the true population. This ...
The mark-recapture survey (Lincoln-Petersen method) using a dye marking technique reduced many biase...
Extensive moose (Alces alces) aerial inventories were conducted in northern Ontario from January to ...
Acquiring accurate and precise population parameters is fundamental to the ecological understanding ...
We developed a simple, precise and relatively inexpensive technique to estimate moose (Alces alces) ...
Ontario has been using a standard aerial survey methodology since 1975 to estimate moose (Alces alce...
The use of hunter effort and observations for monitoring the trends of North American moose populati...
Sample quadrats were established around radiocollared moose and each quadrate was surveyed with a se...
Home ranges of radiocollared moose can be used to establish habitat requirements and areas used by m...
A Gasaway-type aerial moose survey was conducted in northern New Hampshire using fixed-wing aircraft...
Aerial moose censuses have been conducted on two major areas in Minnesota using plot samples from 19...
Moose populations are managed for sustainable yield balanced against costs caused by damage to fores...
The enumeration of moose (Alces alces) population to obtain estimates of moose density, and bull:cow...