This file contains information and explanation for the variables used for black-backed woodpecker juvenile survival and movement models. Data accompany the following publication: Stillman, A.N., T.J. Lorenz, P.C. Fischer, R.B. Siegel, R.L. Wilkerson, M. Johnson, and M.W. Tingley (2021). "Juvenile survival of a burned forest specialist in response to variation in fire characteristics". Journal of Animal Ecology. All analyses were completed using JAGS and the package “R2jags” in R version 3.6.3. __________________________________ Dataset: DSR_data.csv This file contains interval-formatted survival data from black-backed woodpecker telemetry. birdid = Unique numeric ID for each tagged individual interval = The numbered ID for each interval between visits int_fate = The assigned fate for each interval. Binary: "dead" or "alive" int_length = The number of days between consecutive visits for that interval (i.e., the "exposure period") med_age = The median number of days (over each interval) since the individual fledged from the nest High = A binary variable for whether the individual primarily used high-severity burn during the first tracking bout of each interval. See main text for details. simpsons_pyro = The inverse Simpsons diversity (1/D) of burn severity classes within a 100m buffer of tracking points during the first tracking bout of each interval. See main text for details. state = The U.S. state of origin for each tagged bird t.fire = The number of years since fire for the burned area where each bird was tagged fledge_date = The date that each bird fledged from the nest (month/day/year) Dataset: BBWO_Movement.csv This file contains input data for the model of black-backed woodpecker movement rates. BirdID = Unique numeric ID for each tagged individual NestID = Unique numeric ID for nest of origin Move_rate = The rate of movement during each tracking bout (meters/hour) Day_age = The number of days since the individual fledged from the nest S_Age = Standardized "Day_age" variable for modeling