moose12687: Radio telemetry data for one Minnesota moose (ID #12687) from...

Description Usage Format Source See Also

Description

A dataset including presence locations and randomly-generated available locations of a moose in Minnesota in 2013 and 2014. Data was derived from Street et al. (2016).

Usage

1

Format

A data frame with 15158 rows and 13 variables:

CollarID

The unique identifier for the GPS collar.

datetime

The timestamp for each record.

stratum

The stratum identifier. One stratum is included for each observed location (presence==1) and its associated available locations generated by the random movement paths (presence==0).

X

The X coordinate (meters; NAD1983 UTM Zone 15N).

Y

The Y coordinate (meters; NAD1983 UTM Zone 15N).

step

Step length (mm) from the previous location. Original step length in meters was divided by 1000 to make coefficients similar within the step-selection function. See Fieberg et al. (In Review) for more information.

bearing

The bearing relative to true north.

presence

Binary indicator for each observed location (presence==0) and its associated available locations generated by the random movement paths (presence==0).

decid50

Percent cover of deciduous forest from 2011 NLCD (Jin et al. 2013).

mixed50

Percent cover of mixedwood forest from 2011 NLCD (Jin et al. 2013).

conif50

Percent cover of conifer forest from 2011 NLCD (Jin et al. 2013).

treedwet50

Percent cover of treed wetlands from 2011 NLCD (Jin et al. 2013).

year

The year for each point (2013 or 2014).

Source

Original MN moose data was derived from Street et al. (2016) (http://doi.org/10.1007/s10980-016-0372-z). National Land Cover Data was derived from: Jin et al. (2013) A comprehensive change detection method for updating National Land Cover Dataset to circa 2011, Remote Sensing of the Environment. A full archive of the data and code necessary to replicate the manuscript can be found at http://doi.org/10.13020/D6T590

See Also

uhcsimstrat


aaarchmiller/uhcplots documentation built on May 10, 2019, 2:05 a.m.