adjwgt |
Adjust Initial Survey Design Weights |
albersgeod |
Project Albers Projection in Plane to Latitude and Longitude (Spheroid) |
ash1.wgt |
Compute the Average Shifted Histogram for Weighted Data |
attrisk.analysis |
Attributable Risk Analysis for Probability Survey Data |
attrisk.est |
Compute the Attributable Risk Estimate |
cat.analysis |
Categorical Data Analysis for Probability Survey Data |
category.est |
Category Proportion and Size Estimates |
cdf.decon |
Cumulative Distribution Function - Deconvolution |
cdf.est |
Cumulative Distribution Function - Estimation |
cdf.plot |
Plot the CDF and Associated Confidence Limits |
cdf.test |
Cumulative Distribution Function - Inference |
change.analysis |
Change Analysis for Probability Survey Data |
change.est |
Category Proportion and Size Estimates |
cont.analysis |
Continuous Data Analysis for Probability Survey Data |
cont.cdfplot |
Create CDF Plots from the cont.analysis Output Object |
cont.cdftest |
Cumulative Distribution Function Inference for Probability Survey Data |
decon_data |
Small Lakes in Florida |
dsgnsum |
Summarize the Sites Selected for a Survey Design |
examine |
Examine Data Frame Variables |
FL_lakes |
Small Lakes in Florida |
framesum |
Summarize Frame Size for a Survey Design |
geodalbers |
Project Latitude and Longitude (Spheroid) to Albers Projection in Plane |
grts |
Generalized Random-Tessellation Stratified (GRTS) Survey Design |
grtsarea |
Select GRTS Sample of an Area Resource |
grtslin |
Select GRTS Sample of a Linear Resource |
grtspts |
Select GRTS Sample of a Finite Resource |
IN_streams |
Streams in the Upper Wabash Basin in Indiana |
irs |
Independent Random Sample (IRS) Survey Design |
irsarea |
Select an Independent Random Sample (IRS) of an Area Resource |
irslin |
Select an Independent Random Sample (IRS) of a Linear Resource |
irspts |
Select an Independent Random Sample (IRS) of a Finite Resource |
Luck_Ash_streams |
Streams in the Luckiamute Watershed in Oregon |
marinus |
Convert Coordinates from Latitude/Longitude to the Equidistant, Cylindric Map Projection |
NE_lakes |
Lakes in the Southern New England Region of the U.S. |
NLA_2007 |
Western Mountains Ecoregion Lakes in the EPA National Lakes Assessment (NLA) for 2007 |
NRSA_2009 |
Western Mountains Ecoregion Rivers and Streams in the EPA National Rivers and Streams Assessment (NRSA) for 2004 and 2008-2009 |
plot-method |
Class "SpatialDesign" |
plot.SpatialDesign |
Class "SpatialDesign" |
read.dbf |
Read the Attribute (dbf) File of an ESRI Shapefile |
read.sas |
Read SAS Datasets or a SAS XPORT (Transport) File |
read.shape |
Read an ESRI Shapefile |
relrisk.analysis |
Relative Risk Analysis for Probability Survey Data |
relrisk.est |
Compute the Relative Risk Estimate |
SC_estuaries |
Estuaries in South Carolina |
sp2shape |
Convert an sp Package Object to an ESRI Shapefile |
SpatialDesign |
Create Objects of Class SpatialDesign |
SpatialDesign-class |
Class "SpatialDesign" |
spbalance |
Calculate Spatial Balance Metrics for a Survey Design |
spsurvey.analysis |
Create an Object of Class spsurvey.analysis |
summary-method |
Class "SpatialDesign" |
summary.SpatialDesign |
Class "SpatialDesign" |
total.est |
Population Total, Mean, Variance, and Standard Deviation Estimates |
uniqueID |
Create Unique Site ID Values |
UT_ecoregions |
Ecoregions in Utah |
write.dbf |
Write a Data Frame to the Attribute (dbf) File of an ESRI Shapefile |
write.object |
Write an Object to a Plot |