Referenced by ⇅
Year
kernstadapt : Spatio-Temporal Adaptive Kernel Estimators for Intensities (Version 0.0.2)
2022
treetop : A Shiny-Based Application for Extracting Forest Information from
LiDAR Data (Version 0.0.5)
2021
ETAS : Modeling Earthquake Data Using 'ETAS' Model (Version 0.6.1)
2012
ForestGapR : Tropical Forest Canopy Gaps Analysis (Version 0.1.7)
2018
GET : Global Envelopes (Version 1.0)
2019
NTSS : Nonparametric Tests in Spatial Statistics (Version 0.1.2)
2023
SPUTNIK : Spatially Automatic Denoising for Imaging Mass Spectrometry Toolkit (Version 1.4.2)
2018
Seurat : Tools for Single Cell Genomics (Version 5.0.3)
2017
TCIU : Spacekime Analytics, Time Complexity and Inferential Uncertainty (Version 1.2.5)
2020
dbmss : Distance-Based Measures of Spatial Structures (Version 2.9-0)
2012
ecespa : Functions for Spatial Point Pattern Analysis (Version 1.1-17)
2007
funkycells : Functional Data Analysis for Multiplexed Cell Images (Version 1.1.1)
2023
geocausal : Causal Inference with Spatio-Temporal Data (Version 0.3.0)
2023
globalKinhom : Inhomogeneous K- And Pair Correlation Functions Using Global Estimators (Version 0.1.7)
2020
highriskzone : Determining and Evaluating High-Risk Zones (Version 1.4.9)
2012
idar : Individual Diversity-Area Relationships (Version 1.5)
2017
lacunaritycovariance : Gliding Box Lacunarity and Other Metrics for 2D Random Closed Sets (Version 1.1-7)
2019
lgcp : Log-Gaussian Cox Process (Version 2.0)
2011
mxfda : A Functional Data Analysis Package for Spatial Single Cell Data (Version 0.2.1)
2024
onpoint : Helper Functions for Point Pattern Analysis (Version 1.0.5)
2021
ppmlasso : Point Process Models with LASSO-Type Penalties (Version 1.4)
2013
rcarbon : Calibration and Analysis of Radiocarbon Dates (Version 1.5.1)
2017
replicatedpp2w : Two-Way ANOVA-Like Method to Analyze Replicated Point Patterns (Version 0.1-5)
2015
selectspm : Select Point Pattern Models Based on Minimum Contrast, AIC and Goodness of Fit (Version 0.6)
2014
shar : Species-Habitat Associations (Version 2.3)
2019
smacpod : Statistical Methods for the Analysis of Case-Control Point Data (Version 2.6)
2014
sparr : Spatial and Spatiotemporal Relative Risk (Version 2.3-10)
2010
spatialEco : Spatial Analysis and Modelling Utilities (Version 2.0-2)
2015
spatialTIME : Spatial Analysis of Vectra Immunoflourescent Data (Version 1.3.4-3)
2021
spatstat.Knet : Extension to 'spatstat' for Large Datasets on a Linear Network (Version 3.0-2)
2019
spatstat.data : Datasets for 'spatstat' Family (Version 3.0-4)
2017
spatstat.gui : Interactive Graphics Functions for the 'spatstat' Package (Version 3.0-1)
2020
spatstat.geom : Geometrical Functionality of the 'spatstat' Family (Version 3.2-9)
2021
spatstat.linnet : Linear Networks Functionality of the 'spatstat' Family (Version 3.1-5)
2021
spatstat.local : Extension to 'spatstat' for Local Composite Likelihood (Version 5.0-1)
2017
spatstat.model : Parametric Statistical Modelling and Inference for the 'spatstat' Family (Version 3.2-11)
2022
spatstat.random : Random Generation Functionality for the 'spatstat' Family (Version 3.2-3)
2022
spatstat : Spatial Point Pattern Analysis, Model-Fitting, Simulation, Tests (Version 3.0-8)
2002
spatsurv : Bayesian Spatial Survival Analysis with Parametric Proportional Hazards Models (Version 2.0-1)
2014
stlnpp : Spatio-Temporal Analysis of Point Patterns on Linear Networks (Version 0.3.10)
2020
stopp : Spatio-Temporal Point Pattern Methods, Model Fitting, Diagnostics, Simulation, Local Tests (Version 0.2.3)
2023
stpp : Space-Time Point Pattern Simulation, Visualisation and Analysis (Version 2.0-7)
2012
tectonicr : Analyzing the Orientation of Maximum Horizontal Stress (Version 0.2.95)
2023
trajectories : Classes and Methods for Trajectory Data (Version 0.2-8)
2014
trip : Tracking Data (Version 1.10.0)
2006
ttbary : Barycenter Methods for Spatial Point Patterns (Version 0.3-1)
2019
Showing 1-46 of 46
RPKG Scholar presents a tabulation of an author's contribution in the development of R packages stored in the Comprehensive R Archive Network (CRAN).
Within this site, we consider package dependencies (suggests,imports,depends,enhances) as citations because we believe that using one's package to develop another is tantamount to citing the author of the package being imported, suggested or enhanced.
