Rcpp, boot, MASS, sp, geosphere, ggplot2, ggmap, numDeriv

person("Jakob", "Schwalb-Willmann", email = "movevis@schwalb-willmann.de",
role = c("aut", "cre"))
Tools to visualize movement data (e.g. from GPS tracking) and temporal changes of environmental data (e.g. from remote sensing) by creating video animations.
raster, sp, sf, move, RStoolbox, geosphere, slippymath,
lubridate, rlang, ggplot2, cowplot, gifski, magick, av,
pbapply, curl, plyr, dplyr, zoo, methods, grDevices

raster, sp, sf, move, RStoolbox, geosphere, slippymath,
lubridate, ggplot2, cowplot, gifski, magick, av, pbapply, curl,
plyr, dplyr, zoo, magrittr, methods, grDevices

move, raster, sf, lwgeom, slippymath, lubridate, curl,
ggplot2, cowplot, magick, gifski, av, pbapply, magrittr,
methods, stats

Tools to visualize movement data of any kind, e. g by creating path animations from GPS point data.
animation, xts, maptools, ggplot2, grid, rasterVis, raster,
sp, geosphere, dismo, utils, grDevices, methods, stats, move,
RCurl

animation, xts, maptools, ggplot2, grid, rasterVis, raster,
sp, geosphere, dismo, utils, grDevices, methods, stats, move,
RCurl, gridExtra, reshape, graphics

Tools to visualize movement data of any kind, e. g. by creating path animations from GPS point data.

maptools, ggplot2, grid, rasterVis, raster, sp, geosphere,
dismo, utils, grDevices, methods, stats, move, RCurl,
gridExtra, graphics, simecol, plyr, zoo, lubridate, parallel,
pbapply, RStoolbox

maptools, ggplot2, grid, rasterVis, raster, sp, geosphere,
dismo, utils, grDevices, methods, stats, move, gridExtra,
graphics, simecol, plyr, zoo, lubridate, parallel, pbapply,
RStoolbox

convert from ImageMagick, ffmpeg from FFmpeg

maptools, ggplot2, grid, rasterVis, raster, sp, geosphere,
rosm, utils, grDevices, methods, stats, move, gridExtra,
graphics, simecol, plyr, zoo, lubridate, parallel, pbapply,
RStoolbox

Estimate Wind Speeds from Bird Trajectories
c(person("Bart", "Kranstauber", email = "bart.kranstauber@ieu.uzh.ch", role = c("aut", "cre")),person("Rolf", "Weinzierl", role = c("aut")))
Estimating wind speed form trajectories of individually tracked birds using a maximum likelihood approach.
Bart Kranstauber [aut, cre],
Rolf Weinzierl [aut]