hSDM-package | hierarchical Bayesian species distribution models |
altitude | Virtual altitudinal data |
cfr.env | Environmental data for South Africa's Cap Floristic Region |
data.Kery2010 | Count data for the Willow tit (from Kéry and Royle 2010) |
datacells.Latimer2006 | Data of presence-absence (from Latimer et al. 2006) |
frogs | Counts of the number of frogs in a water body |
hSDM | hierarchical Bayesian species distribution models |
hSDM.binomial | Binomial logistic regression model |
hSDM.binomial.iCAR | Binomial logistic regression model with CAR process |
hSDM.Nmixture | N-mixture model |
hSDM.Nmixture.iCAR | N-mixture model with CAR process |
hSDM.Nmixture.K | N-mixture model with K, the maximal theoretical abundance |
hSDM.poisson | Poisson log regression model |
hSDM.poisson.iCAR | Poisson log regression model with CAR process |
hSDM.siteocc | Site occupancy model |
hSDM.siteocc.iCAR | Site-occupancy model with CAR process |
hSDM.ZIB | ZIB (Zero-Inflated Binomial) model |
hSDM.ZIB.iCAR | ZIB (Zero-Inflated Binomial) model with CAR process |
hSDM.ZIB.iCAR.alteration | ZIB (Zero-Inflated Binomial) model with CAR process taking into account site alteration |
hSDM.ZIP | ZIP (Zero-Inflated Poisson) model |
hSDM.ZIP.iCAR | ZIP (Zero-Inflated Poisson) model with CAR process |
hSDM.ZIP.iCAR.alteration | ZIP (Zero-Inflated Poisson) model with CAR process taking into account site alteration |
inv.logit | Generalized logit and inverse logit function |
logit | Generalized logit and inverse logit function |
neighbors.Latimer2006 | Neighborhood data (from Latimer et al. 2006) |
predict.hSDM | Predict method for models fitted with hSDM |
punc10 | Occurrence data for _Protea punctata_ Meisn. in the Cap Floristic Region |