"points", "text", "stripchart", "barplot", "rug", "axis", "legend", "box")

importFrom("stats", "cor", "dnorm", "qnorm", "runif", "var")

importFrom("graphics", "abline", "mtext", "par", "plot", "title")

importFrom("plotrix", addtable2plot, color2D.matplot, color.gradient, color.legend)
importFrom("parallel", clusterApply, makeCluster, detectCores, stopCluster)

importFrom(plotrix, addtable2plot, color2D.matplot, color.gradient, color.legend)
importFrom(parallel, clusterApply, makeCluster, detectCores, stopCluster)

export(bio.convert, bio.type, bio.sum, bio.link, bio.select, updateTerm)

export(bio.convert, bio.type, bio.sum, bio.link, bio.select, updateTerm, bio.gui)
import("RCurl", "XML", "RGtk2", "gWidgetsRGtk2", "lattice")

export(bio.convert, bio.type, bio.sum, bio.link, bio.select, updateTerm, bio.gui)
import("RGtk2", "gWidgets")

export(bio.convert, bio.type, bio.sum, bio.link, bio.select, updateTerm, bio.gui)
import("RGtk2", "gWidgets")

export(bio.convert, bio.type, bio.sum, bio.link, bio.select, updateTerm, bio.gui)
import("RGtk2", "gWidgets")

export(bio.convert, bio.type, bio.sum, bio.link, bio.select, updateTerm, bio.gui)
import("RGtk2", "gWidgets")

export(pclda.coef, plsda.coef, vip.coef, studentt.coef, shrinkt.coef,
pclda.stab, plsda.stab, vip.stab, shrinkt.stab, studentt.stab,
gen.data, get.biom, ROC, ROC.default, AUC, roc.value,

importFrom("graphics", "abline", "identify", "lines", "matplot",
importFrom("stats", "aggregate", "coef", "pt", "rnorm", "sd")

importFrom("stats", "qnorm", "quantile", "reshape", "rexp", "rnorm", "rweibull", "sd", "stepfun", "time")

importFrom("graphics", "hist", "par", "persp", "rect")
importFrom("stats", "as.formula", "lm", "qchisq", "qf", "qnorm",

importFrom(graphics, barplot, boxplot, legend, lines, par, persp,
importFrom(stats, as.formula, median, pwilcox, qchisq, runif)

import(stats, Rcmdr, vegan)
importFrom(tcltk, tkfont.create, tkbutton)
export(BiodiversityRGUI, check.datasets, check.ordiscores, spatialsample, makecommunitydataset, stackcommunitydataset,
removeNAcomm, replaceNAcomm, removeNAenv, subsetcomm, removezerospecies, balanced.specaccum, accumresult, accumplot, accumcomp,
diversityresult, diversitycomp, diversityvariables,
rankabundance, radfitresult, rankabunplot, rankabuncomp, renyiresult, renyiplot,
renyiaccumresult, renyicomp, importancevalue, importancevalue.comp, prepare.bioenv,
deviancepercentage, residualssurface, crosstabanalysis, dist.zeroes, dist.eval, PCAsignificance, add.spec.scores,
NMSrandom, nnetrandom, ordibubble, ordisymbol, ordicluster2, ordinearest, ordivector, ordiequilibriumcircle, distdisplayed,
ordicoeno, CAPdiscrim, caprescale, multiconstrained, disttransform, same.sites, loaded.citations, nested.anova.dbrda, nested.npmanova,
ensemble.raster, ensemble.calibrate.models, ensemble.calibrate.weights,
ensemble.calibrate.models.gbm, ensemble.calibrate.models.nnet, ensemble.formulae,
ensemble.drop1, ensemble.batch, evaluation.strip.data, evaluation.strip.plot, ensemble.weights,ensemble.strategy,
ensemble.simplified.categories, ensemble.accepted.categories, ensemble.dummy.variables, ensemble.habitat.change,
ensemble.mean, ensemble.plot, ensemble.centroids, ensemble.zones, ensemble.novel, ensemble.novel.object, ensemble.area,
ensemble.analogue, ensemble.analogue.object, ensemble.ecocrop, ensemble.ecocrop.object, ensemble.threshold,
ensemble.bioclim.object, ensemble.bioclim, ensemble.bioclim.graph, ensemble.bioclim.graph.data, ensemble.VIF,
ensemble.spatialThin, BiodiversityR.changeLog, ensemble.pairs, ensemble.chull.create, ensemble.chull.apply, ensemble.red,
.onAttach)
if(tools:::.OStype() == "windows") {
export(import.from.Excel,import.from.Access,import.from.Excel2007,import.from.Access2007)
}