N. Thompson Hobbs, Chris Geremia, John Treanor, Rick Wallen, P. J. White, Mevin B. Hooten, and Jack C. Rhyan. 2015. State-space modeling to support management of brucellosis in the Yellowstone bison population. Ecological Monographs 85:525–556. http://dx.doi.org/10.1890/14-1413.1
Supplement
R and JAGS code needed for model.
Ecological Archives M085-020-S1.
Authors
File list (downloads)
Description
N. Thompson Hobbs
Natural Resource Ecology Laboratory
Colorado State University
Fort Collins CO 80524
E-mail: [email protected]
Chris Geremia
National Park Service
PO Box 168
Mammoth WY 82190
E-mail: [email protected]
John Treanor
National Park Service
PO Box 168
Mammoth WY 82190
[email protected]
Rick Wallen
National Park Service
PO Box 168
Mammoth WY 82190
[email protected]
P. J. White
National Park Service
PO Box 168
Mammoth WY 82190
E-mail: [email protected]
Mevin B. Hooten
U.S. Geological Survey
Colorado Cooperative Fish and Wildlife Research Unit
Department of Fish, Wildlife, and Conservation Biology
Colorado State University, Fort Collins, CO 80523
E-mail: [email protected]
Jack C. Ryan
U.S. Department of Agriculture, Animal and Plant Health Inspection Service
Veterinary Services
National Wildlife Research Center
Fort Collins, CO 80521
E-mail: [email protected]
File list
/Model Code/
A_WORKFLOW.R (MD5: )
Generate initial state matrix.R (MD5: )
/Model Code/Analyses/
Final Analysis of R0 for submission.R (MD5: )
Final Analysis of lambda for submission.R (MD5: )
/Model Code/Density Dependent/
Call_one_beta_model_final.R (MD5: )
One_beta_model_finalJAGS.R (MD5: )
/Model Code/Figures and tables/
Calls for effect of management plots.R (MD5: )
Table and plotting code final IV.R (MD5: )
Effect of management plotsII.R (MD5: )
data_plot.R (MD5: )
/Model Code/Forecasts/With management uncertainty/
Call_one_beta_model_final_mgmt_unc_IV.R (MD5: )
One_beta_model_finalJAGS.R (MD5: )
/Model Code/Forecasts/Without management uncertainty/
Call_one_beta_model_final_VII_revised.R (MD5: )
One_beta_model_finalJAGS_VII_revised.R (MD5: )
/Model Code/Freq and Dens Dependent/
Call_one_beta_model_final.R (MD5: )
One_beta_model_finalJAGS.R (MD5: )
/Model Code/Frequency Dependent/
Call_one_beta_model_final.R (MD5: )
One_beta_model_finalJAGS.R (MD5: )
Description
/Model Code/
A_WORKFLOW.R -- R script for linking all scripts below to recreate the entire analysis reported in the manuscript
Generate initial state matrix.R -- R script for generating initial values for population states
/Model Code/Analyses/
Final Analysis of R0 for submission.R -- R script for computing posterior distribution of the basic reproductive ratio
Final Analysis of lambda for submission.R -- R script for computing posterior distribution of population growth rates
/Model Code/Density Dependent/
Call_one_beta_model_final.R -- R script for implementing JAGS model of density dependent model of transmission
One_beta_model_finalJAGS.R -- JAGS code for density dependent model of transmission
/Model Code/Figures and tables/
Calls for effect of management plots.R -- R script for producing Figure 14
Table and plotting code final IV.R -- R script for creating manuscript tables and figures
Effect of management plotsII.R -- R script for function needed by Calls for effect of management plots.R
data_plot.R -- R script for producing Figure 1 of manuscript
/Model Code/Forecasts/With management uncertainty/
Call_one_beta_model_final_mgmt_unc_IV.R -- R script for implementing analysis of alternatives for management including uncertainty in ability to implement alternatives
One_beta_model_finalJAGS.R -- JAGS code for analysis of alternatives for management including uncertainty in ability to implement alternatives
/Model Code/Forecasts/Without management uncertainty/
Call_one_beta_model_final_VII_revised.R -- R script for implementing analysis of alternatives for management without uncertainty in ability to implement alternatives
One_beta_model_finalJAGS_VII_revised.R
JAGS code for analysis of alternatives for management without uncertainty in ability to implement alternatives
/Model Code/Freq and Dens Dependent/
Call_one_beta_model_final.R -- R script for implementing JAGS model of combined transmission
One_beta_model_finalJAGS.R
JAGS code for the combined model of transmission
/Model Code/Frequency Dependent/
Call_one_beta_model_final.R -- R script for implementing JAGS model of combined transmission
One_beta_model_finalJAGS.R -- JAGS code for frequency dependent model of transmission
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