a<p>AIC<i><sub>c</sub></i> model weight.</p>b<p>Number of estimated parameters.</p><p>Body condition parameters included % ingesta-free body fat (%IFBF), concentration of FT4 thyroid hormones (FT4), and concentrations of FT3 thyroid hormones (FT3). Data were modeled using study area (Area), year (Year), individual pregnancy status (PRG), chest girth (Chest), age (Age) and hind foot length (Foot).</p><p>Best predictive multiple linear regression models, based on Akaike's Information Criteria (AIC<i><sub>c</sub></i>), for 3 different body condition related parameters in adult female mule deer in southwest Colorado.</p
<p>Each model contained predictor variables for litter type (LitType), age of the mother and its qua...
<p>Headers denote the source of variation (SOV), mean squares (MS), degrees of freedom for the numer...
<p><i>Notes</i>: The <i>Harvest-adult-M</i> category is used as the reference class in these analyse...
<p>Data were collected in southwest Colorado during early March, 2007–2009. A balanced model set was...
<p>Data were collected during early March in a treatment study area (Billy Creek State Wildlife Area...
The relationships between habitat, body condition, life history characteristics, and fitness compone...
<p>Litter types (LitType) were comprised of singleton female and male (F, M), twin females and males...
<p>Each model contained predictor variables for litter type, age of the mother, and study program an...
<p><sup>a</sup>Indicates that models differed only in how maternal age affected social rank</p><p><i...
<p>The independent variables were age (2–7 years <i>vs</i>. 8+ years), body mass (covariate), body m...
<p>Scaled estimates of late winter percent ingest free body fat (%IFBF), with 95% prediction interva...
<p>The independent variables were age (yearlings <i>vs</i>. adults), body mass (covariate), body mas...
<p>Litter types (LitType) were comprised of singleton female and male (F, M), twin females and males...
<p>Summed Akaike weights (from competing models) for each biological covariate affecting neonatal wh...
<p>Body size was also included as predictor in some of the models to check for its effect on dominan...
<p>Each model contained predictor variables for litter type (LitType), age of the mother and its qua...
<p>Headers denote the source of variation (SOV), mean squares (MS), degrees of freedom for the numer...
<p><i>Notes</i>: The <i>Harvest-adult-M</i> category is used as the reference class in these analyse...
<p>Data were collected in southwest Colorado during early March, 2007–2009. A balanced model set was...
<p>Data were collected during early March in a treatment study area (Billy Creek State Wildlife Area...
The relationships between habitat, body condition, life history characteristics, and fitness compone...
<p>Litter types (LitType) were comprised of singleton female and male (F, M), twin females and males...
<p>Each model contained predictor variables for litter type, age of the mother, and study program an...
<p><sup>a</sup>Indicates that models differed only in how maternal age affected social rank</p><p><i...
<p>The independent variables were age (2–7 years <i>vs</i>. 8+ years), body mass (covariate), body m...
<p>Scaled estimates of late winter percent ingest free body fat (%IFBF), with 95% prediction interva...
<p>The independent variables were age (yearlings <i>vs</i>. adults), body mass (covariate), body mas...
<p>Litter types (LitType) were comprised of singleton female and male (F, M), twin females and males...
<p>Summed Akaike weights (from competing models) for each biological covariate affecting neonatal wh...
<p>Body size was also included as predictor in some of the models to check for its effect on dominan...
<p>Each model contained predictor variables for litter type (LitType), age of the mother and its qua...
<p>Headers denote the source of variation (SOV), mean squares (MS), degrees of freedom for the numer...
<p><i>Notes</i>: The <i>Harvest-adult-M</i> category is used as the reference class in these analyse...