Publication date
June 2020
DOIAbstract
Detection/non-detection data for American martens and fishers collected using noninvasive survey methods (camera traps). Data were used for resource selection probability function model evaluation
Detection/non-detection data for American martens and fishers collected using noninvasive survey methods (camera traps). Data were used for resource selection probability function model evaluation
Harvest totals and harvest density (total animals trapped [2005-2013]/100 km2) for American martens ...
To accurately manage for the sustainability of wildlife populations, managers must first determine h...
Camera-traps are increasingly used to estimate wildlife abundance, yet few studies exist for small-s...
The binary detection history of fisher via camera at non-invasive detection stations. Fisher detect...
Thesis (M.S.)--Humboldt State University, Wildlife Management, 1995Various devices have been used to...
We developed a survey design to detect and monitor marten and fisher populations. Two specific objec...
Encounter history for American martens at 238 detection stations in Maine, used to model marten occu...
Encounter history for American martens at 238 detection stations in Maine, used to model marten occu...
This file gives covariates, effort, marten detection data, fisher detection data and temporal data c...
This file gives covariates, effort, marten detection data, fisher detection data and temporal data c...
It is common to use multiple field sampling methods when implementing wildlife surveys to compare me...
It is common to use multiple field sampling methods when implementing wildlife surveys to compare me...
Camera-traps are increasingly used to estimate wildlife abundance, yet few studies exist for small-s...
American marten used and unused location data and covariate data used in resource selection probabil...
To accurately manage for the sustainability of wildlife populations, managers must first determine h...
Harvest totals and harvest density (total animals trapped [2005-2013]/100 km2) for American martens ...
To accurately manage for the sustainability of wildlife populations, managers must first determine h...
Camera-traps are increasingly used to estimate wildlife abundance, yet few studies exist for small-s...
The binary detection history of fisher via camera at non-invasive detection stations. Fisher detect...
Thesis (M.S.)--Humboldt State University, Wildlife Management, 1995Various devices have been used to...
We developed a survey design to detect and monitor marten and fisher populations. Two specific objec...
Encounter history for American martens at 238 detection stations in Maine, used to model marten occu...
Encounter history for American martens at 238 detection stations in Maine, used to model marten occu...
This file gives covariates, effort, marten detection data, fisher detection data and temporal data c...
This file gives covariates, effort, marten detection data, fisher detection data and temporal data c...
It is common to use multiple field sampling methods when implementing wildlife surveys to compare me...
It is common to use multiple field sampling methods when implementing wildlife surveys to compare me...
Camera-traps are increasingly used to estimate wildlife abundance, yet few studies exist for small-s...
American marten used and unused location data and covariate data used in resource selection probabil...
To accurately manage for the sustainability of wildlife populations, managers must first determine h...
Harvest totals and harvest density (total animals trapped [2005-2013]/100 km2) for American martens ...
To accurately manage for the sustainability of wildlife populations, managers must first determine h...
Camera-traps are increasingly used to estimate wildlife abundance, yet few studies exist for small-s...
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