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move (version 4.1.12)

Visualizing and Analyzing Animal Track Data

Description

Contains functions to access movement data stored in 'movebank.org' as well as tools to visualize and statistically analyze animal movement data, among others functions to calculate dynamic Brownian Bridge Movement Models. Move helps addressing movement ecology questions.

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Version

Install

install.packages('move')

Monthly Downloads

2,686

Version

4.1.12

License

GPL (>= 3)

Maintainer

Bart Kranstauber

Last Published

January 20th, 2023

Functions in move (4.1.12)

MoveStack-class

The MoveStack class

MoveBurst class

DBBMMStack-class

The DBBMMStack class

MovebankLogin-class

The MovebankLogin class

Headings of the segments of a movement track

Creating UDStack objects

The DBBMM class

DBBMMBurstStack-class

The DBBMMBurstStack class

brownian.motion.variance.dyn

Calculates the dynamic brownian motion variance

Returns a Data Frame

brownian.bridge.dyn

Calculates a dynamic Brownian Bridge

Bursting a track

dBGBvariance-class

The dynBGBvariance class

Extract the track coordinates from a Move or MoveStack object

Corridor behavior identification

Returns or sets the burstId

Extract the citation of a Move or MoveStack object

getDataRepositoryData

Download data from the Movebank Data Repository

duplicatedDataExample

Tracking data example with duplicated timestamps

Checks projections for being equal

Earth movers distance

Calculation of the dynamic Bivariate Gausian Bridge

Calculates the Bivariate Gaussian Bridge motion variance

The dBMvariance class

Distance between the locations of a movement track

The dynBGB class

Movebank Study ID

getMovebankData

Download data from Movebank as a Move object

getMovebankSensorsAttributes

Available attributes of Movebank sensors

getMovebankReferenceTable

Download all reference data of a Movebank study

Download Data from Movebank

getMovebankAnimals

Animals, tags and IDs in a Movebank study

getMovebankSensors

Information about Movebank sensors

Extract the license terms of a Move or MoveStack object

GPS track data from a fisher

getMotionVariance

Extracts the estimated motion variance

Calculates and plots the area of the Minimum Convex Polygon of a track

dynamic Bivariate Gausian Bridge example object

getMovebankStudies

All studies on Movebank

getDuplicatedTimestamps

Identifies duplicated timestamps

getMovebankLocationData

Download location data from Movebank as a table

interpolateTime

Interpolate a trajectory

getMovebankNonLocationData

Download non-location data from Movebank

Obtain or replace the idData slot of a Move object

getMovebankStudy

Returns information of a Movebank study

Plotting the lines of a track

An overview of the functions in this package

Login into Movebank

Creating a MoveStack

Extract the number of individuals of a MoveStack

Extract the number of locations of a Move or MoveStack object

Utilization distribution (UD)

Transform projection of movement track

outerProbability

Calculates the probabilities at the edges of a raster

Show a Move, DBBMM, dynBGB object

Extract the names of the individuals of a move or moveStack object

Convert a Move or MoveStack object to a SpatialPointsDataFrame

Create a Move object

Plotting the points of a track

Extract the sensor of a Move unUsedRecords object

Segment lengths of a track

Extract raster topology from DBBMM or dynBGB

Extract or set the timestamps of a Move or MoveStack object

Returns trackId

Plotting track or raster

Convert raster to contour lines

searchMovebankStudies

Search for a study on Movebank

utilization density data

Dynamic brownian bridges

Turning angles on great circle tracks

Speed between the locations of a movement track

unUsedRecords<-

Extracts or creates the unUsedRecords

Summary of Move, DBBMM, dynBGB objects

.unUsedRecords-class

The .unUsedRecords and .unUsedRecordsStack class

Subset movement tracks

Splitting a MoveStack, MoveBurst or DBBMMStack

Time lags between the locations of a movement track

Plotting the centroids of a bursted track

Thinning trajectories to a specific time interval or distance.