EBVstats: EBV Stats

In ecochange: Integrating Ecosystem Remote Sensing Products to Derive EBV Indicators

EBV Stats

Description

This function is a wrapper of cellStats used to compute statistics for spatial indicators in the EBV class ecosystem structure. To derive the spatial indicators see functions echanges and sampleIndicator

Usage

EBVstats(ccp, stats, 
    ...)

Arguments

ccp	echanges, or RasterStack or NULL. If NULL then NULL is returned.
stats	character. vector of stats defined in cellStats. If missing then six summary statistics, including 'mean', 'sd', 'min', 'max', are computed.
...	Additional arguments in cellStats

Value

tibble.

Author(s)

Wilson Lara Henao <[e-mail]> [aut, cre], Victor Gutierrez-Velez [aut], Ivan Gonzalez [ctb], Maria C. Londono [ctb]

Examples

## RasterBrick of structural Essential Biodiversity Variables
## covering the extent of a location in the northern Amazon basin
## (Colombia) is imported:
path. <- system.file('amazon.grd',package = 'ecochange')
amazon <- brick(path.)

## Changes in layers of tree-canopy cover (TC) are computed by
## processing the 'amazon' brick:
def <- echanges(amazon, eco = 'TC',
                change = 'lossyear',
                eco_range = c(1,80),
                get_unaffected = TRUE,
                binary_output = FALSE,
                mc.cores = 2)

## Function 'EBVstats' is used to compute ecosystem statistics
st_amazon <- EBVstats(def)

## A plot of the 'st_amazon' object
plot.EBVstats(st_amazon,
               cex = 1.5,
               xlab = 'Year',
               ylab = 'Canopy cover (%)',
               main = 'Ecosystem changes',
               sub = 'Northern Amazon',
               fill = 'Layer')

ecochange documentation built on March 7, 2023, 7:16 p.m.