Comparisons of predicted red-backed vole abundances (±SD) in various simulated partial harvesting scenarios.

Three simplified landscapes used for testing the model’s ability to produce vole population cycling.

Christopher J. Topping (134502)
Trine Dalkvist (134505)
Volker Grimm (134506)

September 2012

To test for the emergence of cycles, predator characteristics were varied in conjunction with the...

Habitat suitability index models : southern red-backed vole (western United States) /

Allen, Arthur W.
U.S. Fish and Wildlife Service. Division of Biological Services.
Western Energy and Land Use Team.

January 1983

"FWS/OBS-82/10.42.""April 1983."Distributed to depository libraries in microfiche.Includes bibliogra...

Ratio mice to voles compared for 2001–2003 and 2010 data sets.

Emma R. Bush (333429)
Christina D. Buesching (230182)
Eleanor M. Slade (333431)
David W. Macdonald (154641)

February 2013

Environments: Exclosure (Ex), Open woodland (Ow). The data presented here are the mean ratios mic...

Comparison of the fit of home range, regression, and constant models to the 2006–2007 spring abundances of red-backed voles across 31 boreal mixedwood sites in Ontario, Canada.

Mark C. Vanderwel (150913)
Jay R. Malcolm (150916)
John P. Caspersen (150918)

July 2012

Comparison of the fit of home range, regression, and constant models to the 2006–2007 spring abun...

Using a Data-Constrained Model of Home Range Establishment to Predict Abundance in Spatially Heterogeneous Habitats

Mark C. Vanderwel (150913)
Jay R. Malcolm (150916)
John P. Caspersen (150918)

July 2012

<div>Mechanistic modelling approaches that explicitly translate from individual-scale resource se...

Using a data-constrained model of home range establishment to predict abundance in spatially heterogeneous habitats.

Mark C Vanderwel
Jay R Malcolm
John P Caspersen

Mechanistic modelling approaches that explicitly translate from individual-scale resource selection ...

Mean habitat value, mean home range size, and home range overlap under the home range model for mixedwood field sites in Ontario, Canada, and for simulations of unharvested and partially harvested stands.

Mark C. Vanderwel (150913)
Jay R. Malcolm (150916)
John P. Caspersen (150918)

July 2012

*Mean±SD of vole habitat value per cell (eq. 3 and 4).†Home range size is given in units o...

Summary results of information-theoretic model selection and multimodel inference performed separately for each season to compare seasonal relationships between mosaic occupancy of water voles across spatial resolutions, and the mosaic gradients describing habitat-networks (H1, H2, H3) and matrix types (M1, M2, M3), and the autocovariate terms (ATC) for spatially correlated responses (see text).

Ricardo Pita (433825)
António Mira (189252)
Pedro Beja (433826)

July 2013

The table provides Akaike weights of the best fitting models (wi) for each response variable, the...

Experimental set-up for voles foraging in one of three artificial landscapes (4 m×2 m) with different risk levels and different spatial risk distributions.

Jana A. Eccard (561322)
Thilo Liesenjohann (376397)

May 2014

SRU: safe, risk-uniform landscape, food patches and nest were offered below a ground cover, RH: r...

Appendix D. A test demonstrating that estimates of quitting-harvest rates (log-transformed giving-up densities) of meadow voles foraging in artificial resource patches confirmed predictions from theories of density-dependent habitat selection.

Douglas W. Morris (2902302)
Jody T. MacEachern (2922495)

August 2016

A test demonstrating that estimates of quitting-harvest rates (log-transformed giving-up densities) ...

Simulated captures showing the proportion of voles caught.

Marc J. Brouard (839278)
Tim Coulson (220660)
Chris Newman (230178)
David W. Macdonald (154641)
Christina D. Buesching (230182)

December 2015

(a) with a 1:1 species ratio of mice to voles, (b) with a 1:4 species ratio of mice to voles in t...

Modelling Effects of Partial Harvesting on Wildlife Species and their Habitat

Vanderwel, Mark Christopher

March 2010

In Canada’s eastern boreal forest region, partial-harvest silviculture has garnered increasing suppo...

Selected vole population-dynamic models.

Juan A. Fargallo (360764)
Jesús Martínez-Padilla (3314274)
Javier Viñuela (374480)
Guillermo Blanco (38294)
Ignasi Torre (374481)
Pablo Vergara (360765)
Liesbeth De Neve (374482)

February 2013

Per capita growth rate of voles Microtus arvalis (Rv). Log-transformed population densitie...

Parameter estimates (β) and 95% confidence intervals (CI) for the best isodar model predicting raccoon abundance (a) and striped skunk abundance (b) in sub-blocks H (NHPC1) as a function of conspecific abundance in sub-blocks L (NLPC1) and the difference in landscape characteristics between sub-blocks H and L (ΔPC1).

Olivia Tardy (749536)
Ariane Massé (749537)
Fanie Pelletier (120001)
Daniel Fortin (327951)

June 2015

Parameter estimates (β) and 95% confidence intervals (CI) for the best isodar model predicting ra...

Summary results of information-theoretic model selection and multimodel inference on the relationships between mosaic occupancy of water voles across spatial resolutions and the mosaic gradients describing habitat-networks (H1, H2, H3) and matrix types (M1, M2, M3), and the autocovariate terms (ATC) for spatially correlated responses (see text).

Ricardo Pita (433825)
António Mira (189252)
Pedro Beja (433826)

July 2013

The table provides Akaike weights of the best fitting models (wi) for each response variable, the...

Three simplified landscapes used for testing the model’s ability to produce vole population cycling.

Christopher J. Topping (134502)
Trine Dalkvist (134505)
Volker Grimm (134506)

September 2012

To test for the emergence of cycles, predator characteristics were varied in conjunction with the...

Habitat suitability index models : southern red-backed vole (western United States) /

Allen, Arthur W.
U.S. Fish and Wildlife Service. Division of Biological Services.
Western Energy and Land Use Team.

January 1983

"FWS/OBS-82/10.42.""April 1983."Distributed to depository libraries in microfiche.Includes bibliogra...

Ratio mice to voles compared for 2001–2003 and 2010 data sets.

Emma R. Bush (333429)
Christina D. Buesching (230182)
Eleanor M. Slade (333431)
David W. Macdonald (154641)

February 2013

Environments: Exclosure (Ex), Open woodland (Ow). The data presented here are the mean ratios mic...

Comparison of the fit of home range, regression, and constant models to the 2006–2007 spring abundances of red-backed voles across 31 boreal mixedwood sites in Ontario, Canada.

Mark C. Vanderwel (150913)
Jay R. Malcolm (150916)
John P. Caspersen (150918)

July 2012

Comparison of the fit of home range, regression, and constant models to the 2006–2007 spring abun...

Using a Data-Constrained Model of Home Range Establishment to Predict Abundance in Spatially Heterogeneous Habitats

Mark C. Vanderwel (150913)
Jay R. Malcolm (150916)
John P. Caspersen (150918)

July 2012

<div>Mechanistic modelling approaches that explicitly translate from individual-scale resource se...

Using a data-constrained model of home range establishment to predict abundance in spatially heterogeneous habitats.

Mark C Vanderwel
Jay R Malcolm
John P Caspersen

Mechanistic modelling approaches that explicitly translate from individual-scale resource selection ...

Mean habitat value, mean home range size, and home range overlap under the home range model for mixedwood field sites in Ontario, Canada, and for simulations of unharvested and partially harvested stands.

Mark C. Vanderwel (150913)
Jay R. Malcolm (150916)
John P. Caspersen (150918)

July 2012

*Mean±SD of vole habitat value per cell (eq. 3 and 4).†Home range size is given in units o...

Summary results of information-theoretic model selection and multimodel inference performed separately for each season to compare seasonal relationships between mosaic occupancy of water voles across spatial resolutions, and the mosaic gradients describing habitat-networks (H1, H2, H3) and matrix types (M1, M2, M3), and the autocovariate terms (ATC) for spatially correlated responses (see text).

Ricardo Pita (433825)
António Mira (189252)
Pedro Beja (433826)

July 2013

The table provides Akaike weights of the best fitting models (wi) for each response variable, the...

Experimental set-up for voles foraging in one of three artificial landscapes (4 m×2 m) with different risk levels and different spatial risk distributions.

Jana A. Eccard (561322)
Thilo Liesenjohann (376397)

May 2014

SRU: safe, risk-uniform landscape, food patches and nest were offered below a ground cover, RH: r...

Appendix D. A test demonstrating that estimates of quitting-harvest rates (log-transformed giving-up densities) of meadow voles foraging in artificial resource patches confirmed predictions from theories of density-dependent habitat selection.

Douglas W. Morris (2902302)
Jody T. MacEachern (2922495)

August 2016

A test demonstrating that estimates of quitting-harvest rates (log-transformed giving-up densities) ...

Simulated captures showing the proportion of voles caught.

Marc J. Brouard (839278)
Tim Coulson (220660)
Chris Newman (230178)
David W. Macdonald (154641)
Christina D. Buesching (230182)

December 2015

(a) with a 1:1 species ratio of mice to voles, (b) with a 1:4 species ratio of mice to voles in t...

Modelling Effects of Partial Harvesting on Wildlife Species and their Habitat

Vanderwel, Mark Christopher

March 2010

In Canada’s eastern boreal forest region, partial-harvest silviculture has garnered increasing suppo...

Selected vole population-dynamic models.

Juan A. Fargallo (360764)
Jesús Martínez-Padilla (3314274)
Javier Viñuela (374480)
Guillermo Blanco (38294)
Ignasi Torre (374481)
Pablo Vergara (360765)
Liesbeth De Neve (374482)

February 2013

Per capita growth rate of voles Microtus arvalis (Rv). Log-transformed population densitie...

Parameter estimates (β) and 95% confidence intervals (CI) for the best isodar model predicting raccoon abundance (a) and striped skunk abundance (b) in sub-blocks H (NHPC1) as a function of conspecific abundance in sub-blocks L (NLPC1) and the difference in landscape characteristics between sub-blocks H and L (ΔPC1).

Olivia Tardy (749536)
Ariane Massé (749537)
Fanie Pelletier (120001)
Daniel Fortin (327951)

June 2015

Parameter estimates (β) and 95% confidence intervals (CI) for the best isodar model predicting ra...

Summary results of information-theoretic model selection and multimodel inference on the relationships between mosaic occupancy of water voles across spatial resolutions and the mosaic gradients describing habitat-networks (H1, H2, H3) and matrix types (M1, M2, M3), and the autocovariate terms (ATC) for spatially correlated responses (see text).

Ricardo Pita (433825)
António Mira (189252)
Pedro Beja (433826)

July 2013

The table provides Akaike weights of the best fitting models (wi) for each response variable, the...

Three simplified landscapes used for testing the model’s ability to produce vole population cycling.

Christopher J. Topping (134502)
Trine Dalkvist (134505)
Volker Grimm (134506)

September 2012

To test for the emergence of cycles, predator characteristics were varied in conjunction with the...

Habitat suitability index models : southern red-backed vole (western United States) /

Allen, Arthur W.
U.S. Fish and Wildlife Service. Division of Biological Services.
Western Energy and Land Use Team.

January 1983

"FWS/OBS-82/10.42.""April 1983."Distributed to depository libraries in microfiche.Includes bibliogra...

Ratio mice to voles compared for 2001–2003 and 2010 data sets.

Emma R. Bush (333429)
Christina D. Buesching (230182)
Eleanor M. Slade (333431)
David W. Macdonald (154641)

February 2013

Environments: Exclosure (Ex), Open woodland (Ow). The data presented here are the mean ratios mic...

Comparisons of predicted red-backed vole abundances (±SD) in various simulated partial harvesting scenarios.

Abstract

Extracted data

Comparisons of predicted red-backed vole abundances (±SD) in various simulated partial harvesting scenarios.

Abstract

Extracted data

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