JAMES D. FORESTER

Landscape and Local Factors Affecting Northern White Cedar (Thuja Occidentalis) Recruitment in The Chequamegon-Nicolet National Forest, Wisconsin (U.S.A.) (2008)

James D. Forester, Dean P. Anderson, Monica G. Turner

Northern white cedar (Thuja occidentalis L.) stands throughout the upper Midwestern United States have failed to recruit individuals to the canopy consistently for several decades. To examine local...

When to Slow Down: Elk Residency Rates on a Heterogeneous Landscape (2008)

Dean P. Anderson, James D. Forester, Monica G. Turner

It remains unclear if patterns of habitat use are driven by animals moving to and increasing residency time in selected areas, or by animals simply returning frequently to selected areas. We studied...

Do high-density patches of coarse wood and regenerating saplings create browsing refugia for aspen (Populus tremuloides Michx.) in Yellowstone Nationa Park USA (2007)

Forester, James D, Anderson, Dean P, Turner, Monica G

SCALE-DEPENDENT SUMMER RESOURCE SELECTION BY REINTRODUCED ELK IN WISCONSIN, USA (2005)

DEAN P. ANDERSON, MONICA G. TURNER, JAMES D. FORESTER, JUN ZHU, MARK S. BOYCE, HAWTHORNE BEYER, ...

Identifying how habitat use is influenced by environmental heterogeneity at different scales is central to understanding ungulate population dynamics on complex landscapes. We used resource selection...

Animal movement and habitat use in heterogeneous landscapes : elk (Cervus elaphus) responses to forage, predation and disturbance in Yellowstone National Park, USA. / (2005)

Forester, James D.

Thesis (Ph. D.)--University of Wisconsin--Madison, 2005.

Animal movement and habitat use in heterogeneous landscapes : elk (Cervus elaphus) responses to forage, predation and disturbance in Yellowstone National Park, USA. / (2005)

Forester, James D.

Thesis (Ph. D.)--University of Wisconsin--Madison, 2005.

Dynamic patterns and ecological impacts of declining ocean pH in a high-resolution multi-year dataset

Wootton, J. Timothy, Pfister, Catherine A., Forester, James D.

Increasing global concentrations of atmospheric CO2 are predicted to decrease ocean pH, with potentially severe impacts on marine food webs, but empirical data documenting ocean pH over time are...