ABeginnersGuide | A beginners introduction and guide to RMark |
add.design.data | Add design data |
adjust.parameter.count | Adjust count of estimated parameters |
adjust.value | Adjust over-dispersion scale or a result value such as... |
Blackduck | Black duck known fate data |
brownie | San Luis Valley mallard data |
Burnham | Burnham Live-Dead Model |
cleanup | Removes unused MARK output files |
coef.mark | MARK model beta parameters |
collect.model.names | Collect names of MARK model objects from list of R objects... |
collect.models | Collect MARK models into a list and optionally construct a... |
compute.design.data | Compute design data for a specific parameter in the MARK... |
compute.link | Compute estimates of link values |
compute.links.from.reals | Compute link values from real parameters |
compute.real | Compute estimates of real parameters |
convert.inp | Convert MARK input file to RMark dataframe |
convert.link.to.real | Convert link values to real parameters |
covariate.predictions | Compute estimates of real parameters for multiple covariate... |
crdms | Example data for Closed Robust Design Multistrata |
create.mark.mcmc | Create mcmc object for analysis with coda |
create.model.list | Creates a dataframe of all combinations of parameter... |
deer | White-tailed deer double observer spotlight capture-recapture... |
deltamethod.special | Compute delta method variance for sum, cumsum, prod and... |
Density | Density Estimation with Telemetry |
deriv_inverse.link | Derivatives of inverse of link function (internal use) |
dipper | Dipper capture-recapture data |
Donovan.7 | Exercise 7 example data |
Donovan.8 | Exercise 8 example data |
edwards.eberhardt | Rabbit capture-recapture data |
example.data | Simulated data from Cormack-Jolly-Seber model |
export.chdata | Export capture-history data to MARK .inp format |
export.MARK | Export data and models for import in MARK |
export.model | Export output files for appending into MARK .dbf/.fpt format |
extract.indices | Various utility functions |
extract.mark.output | Extract results from MARK output file (internal use) |
fill.covariates | Fill covariate entries in MARK design matrix with values |
find.covariates | Find covariates in MARK design matrix |
get.link | Compute sets of link values for real parameters |
get.real | Extract or compute sets of real parameters |
IELogitNormalMR | Example of Immigration-Emigration LogitNormal Mark-Resight... |
import.chdata | Import capture-recapture data sets from space or... |
inverse.link | Inverse link functions (internal use) |
killdeer | Killdeer nest survival example data |
larksparrow | Lark Sparrow |
load.model | Load external model |
LogitNormalMR | Example of LogitNormal Mark-Resight model |
make.design.data | Create design dataframes for MARK model specification |
make.mark.model | Create a MARK model for analysis |
make.time.factor | Make time-varying dummy variables from time-varying factor... |
mallard | Mallard nest survival example |
mark | Interface to MARK for fitting capture-recapture models |
mark.wrapper | Constructs and runs a set of MARK models from a dataframe of... |
mark.wrapper.parallel | Constructs and runs in parallel a set of MARK models from a... |
mata.wald | Model-Averaged Tail Area Wald (MATA-Wald) confidence... |
merge_design.covariates | Merge time (occasion) and/or group specific covariates into... |
merge.mark | Merge mark model objects and lists of mark model objects |
model.average | Compute model averaged estimates |
model.average.list | Compute model averaged estimates of real parameters from a... |
model.average.marklist | Compute model averaged estimates of real parameters |
model.table | Create table of MARK model selection results |
MS_popan | Convert Multistate data for POPAN-style abundance estimation |
mstrata | Multistrata example data |
MStruncate | Truncate capture histories for multi-state models |
NicholsMSOccupancy | Multi-state occupancy example data |
NSpeciesOcc | Multiple Species Occupancy |
Paradise_shelduck | Mulstistate Live-Dead Paradise Shelduck Data |
PIMS | Display PIM for a parameter |
PoissonMR | Example of Poisson Mark-Resight model |
Poisson_twoMR | Example of Poisson Mark-Resight model |
popan.derived | Computes some derived abundance estimates for POPAN models |
predict_real | Compute estimates of real parameters with individual and... |
print.mark | Print MARK objects |
print.marklist | Print MARK list objects |
print.summary.mark | Prints summary of MARK model parameters and results |
process.ch | Process release-recapture history data |
process.data | Process encounter history dataframe for MARK analysis |
RDMultScalOcc | Multi-scale dynamic occupancy models in RMark |
RDOccupancy | Robust Design occupancy example data |
RDSalamander | Robust design salamander occupancy data |
readMarkVcv | Reads binary file output from MARK and returns a list of the... |
release.gof | Runs RELEASE for goodness of fit test |
remove.mark | Remove mark models from list |
rerun.mark | Runs a previous MARK model with new starting values |
robust | Robust design example data |
run.mark.model | Runs analysis with MARK model using MARK.EXE |
run.models | Runs a set of MARK models |
salamander | Salamander occupancy data |
setup.model | Defines model specific parameters (internal use) |
setup.parameters | Setup parameter structure specific to model (internal use) |
skagit | An example of the Multistrata (multi-state) model in which... |
splitCH | Split/collapse capture histories |
store | Store models externally or restore to workspace from external... |
strip.comments | Strip comments |
summary_ch | Provides a summary for the capture histories |
summary.mark | Summary of MARK model parameters and results |
TransitionMatrix | Multi-state Transition Functions |
valid.parameters | Determine validity of parameters for a model (internal use) |
var.components | Variance components estimation |
var.components.reml | Variance components estimation using REML or maximum... |
weta | Occupancy data for Mahoenui Giant Weta |
Whatsnew | Summary of changes by version |
wwdo.popan | White-winged dove Jolly-Seber POPAN Analysis Details |
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