The reference parameter (i.e., the intercept) predicts detection probability at zero distance in difficult visibility during the first year at the Big Horn I (BH I) and Big Horn II (BH II) wind energy facilities. Note that this reference condition does not occur in the data because difficult visibility areas were not searched at the Big Horn I (BH I) and Big Horn II (BH II) wind energy facilities.</p
Wind-speed forecasts from numerical-weather-prediction (NWP) models are important for daily wind-res...
Top models for decoy detection all included the main effects of distance, visibility, facility, and ...
Measure-correlate-predict (MCP) algorithms are used to predict the wind resource at target sites for...
Searcher efficienciesa for the different studies at the Juniper Canyon (JC), Big Horn I (BH I), Big ...
Overall probability of detectiona by facility, bird type, and search interval for Juniper Canyon (JC...
Carcass persistence distributions, model parameters and probabilities of persistencea by facility, b...
We conducted scanning searches at the Juniper Canyon (JC), Big Horn I (BH I), Big Horn II (BH II), a...
Decoy detection within visibility classes at the Juniper Canyon, Big Horn I/Big Horn II, and Shiloh ...
Rapid deployment of terrestrial wind power plants (WPPs) is a function of accurate identification of...
Carcass persistence modelsa with corrected Akaike’s information criterion (AICc) and delta (Δ) AICc ...
Cover was a categorical variable and, when significant in a model, hardwood cover served as the refe...
<p>Footnote: All models with <b>Δ</b>AICc <2.0, plus the intercept-only models, are reported. K is t...
Wind-speed forecasts from numerical-weather-prediction (NWP) models are important for daily wind-res...
<p>For each categorical predictor variable the number and percentage of species in each category is ...
Measure-correlate-predict (MCP) algorithms are used to predict the wind resource at target sites for...
Wind-speed forecasts from numerical-weather-prediction (NWP) models are important for daily wind-res...
Top models for decoy detection all included the main effects of distance, visibility, facility, and ...
Measure-correlate-predict (MCP) algorithms are used to predict the wind resource at target sites for...
Searcher efficienciesa for the different studies at the Juniper Canyon (JC), Big Horn I (BH I), Big ...
Overall probability of detectiona by facility, bird type, and search interval for Juniper Canyon (JC...
Carcass persistence distributions, model parameters and probabilities of persistencea by facility, b...
We conducted scanning searches at the Juniper Canyon (JC), Big Horn I (BH I), Big Horn II (BH II), a...
Decoy detection within visibility classes at the Juniper Canyon, Big Horn I/Big Horn II, and Shiloh ...
Rapid deployment of terrestrial wind power plants (WPPs) is a function of accurate identification of...
Carcass persistence modelsa with corrected Akaike’s information criterion (AICc) and delta (Δ) AICc ...
Cover was a categorical variable and, when significant in a model, hardwood cover served as the refe...
<p>Footnote: All models with <b>Δ</b>AICc <2.0, plus the intercept-only models, are reported. K is t...
Wind-speed forecasts from numerical-weather-prediction (NWP) models are important for daily wind-res...
<p>For each categorical predictor variable the number and percentage of species in each category is ...
Measure-correlate-predict (MCP) algorithms are used to predict the wind resource at target sites for...
Wind-speed forecasts from numerical-weather-prediction (NWP) models are important for daily wind-res...
Top models for decoy detection all included the main effects of distance, visibility, facility, and ...
Measure-correlate-predict (MCP) algorithms are used to predict the wind resource at target sites for...