<p>The predicted effect of climatic variables on antler size for mule deer (<i>Odocoileus hemionus;</i> A) and American elk (<i>Cervus canadensis;</i> B). Relative effects of climatic conditions during year-of-birth (solid lines) and year-of-harvest (dashed lines) over a continuum of favorable to unfavorable climatic variation. Data were collected from 20 areas in western North America during 1981–2010.</p
Phenological events of plants and animals are sensitive to climatic processes. Migration is a life-h...
The Western Elk Research Collaborative has pooled elk (Cervus elaphus) telemetry data from seven sta...
Spatial variation in landscape composition can influence phenotypic expression in wildlife species a...
<p>Potential explanatory variables included site, age, and climate for year-of-birth and year-of-har...
<p>Preliminary models exploring which year-of-birth and year-of-harvest effects best predicted antle...
<p>Potential explanatory variables included site, age, and climate for year-of-birth and year-of-har...
<p>Preliminary models described the response of antler size to year-of-birth or year-of-harvest weat...
For long-lived species, environmental factors experienced early in life can have lasting effects per...
<p>Relationship between age and index of antler size (i.e., Boone and Crockett score in cm) for mule...
Antler size of an individual cervid is a result of age, genetic, and environmental factors. Antlers ...
Fundamental understanding of the factors influencing cervid antler size, development and investment ...
<p>Models described the response of antler size to factors we investigated as potential contributors...
Fluctuating asymmetry (FA) is a measure of the deviation from perfect bilateral symmetry, and has be...
This study investigates whether tree-rings can be used as an accurate proxy for modeling deer popula...
Understanding factors affecting antler size, and the extent to which harvesting is selective for the...
Phenological events of plants and animals are sensitive to climatic processes. Migration is a life-h...
The Western Elk Research Collaborative has pooled elk (Cervus elaphus) telemetry data from seven sta...
Spatial variation in landscape composition can influence phenotypic expression in wildlife species a...
<p>Potential explanatory variables included site, age, and climate for year-of-birth and year-of-har...
<p>Preliminary models exploring which year-of-birth and year-of-harvest effects best predicted antle...
<p>Potential explanatory variables included site, age, and climate for year-of-birth and year-of-har...
<p>Preliminary models described the response of antler size to year-of-birth or year-of-harvest weat...
For long-lived species, environmental factors experienced early in life can have lasting effects per...
<p>Relationship between age and index of antler size (i.e., Boone and Crockett score in cm) for mule...
Antler size of an individual cervid is a result of age, genetic, and environmental factors. Antlers ...
Fundamental understanding of the factors influencing cervid antler size, development and investment ...
<p>Models described the response of antler size to factors we investigated as potential contributors...
Fluctuating asymmetry (FA) is a measure of the deviation from perfect bilateral symmetry, and has be...
This study investigates whether tree-rings can be used as an accurate proxy for modeling deer popula...
Understanding factors affecting antler size, and the extent to which harvesting is selective for the...
Phenological events of plants and animals are sensitive to climatic processes. Migration is a life-h...
The Western Elk Research Collaborative has pooled elk (Cervus elaphus) telemetry data from seven sta...
Spatial variation in landscape composition can influence phenotypic expression in wildlife species a...