R: Surface Energy Balance and Crop Coefficient Evapotranspiration Estimation

# Surface Energy Balance and Crop Coefficient Evapotranspiration Estimation

## Documentation for package ‘sebkc’ version 1.0-6

- DESCRIPTION file.

## Help Pages

biomass | Biomass and yield estimation of crops and plants
cal.kc | Calibration of crop coefficients
coldhot | Automatic computation of hot and cold pixels from Radiometric Surface Temperature (Ts)
coldhot.default | Automatic computation of hot and cold pixels from Radiometric Surface Temperature (Ts)
coldTs | Automatic computation of cold pixel Radiometric Surface Temperature
coldTs.default | Automatic computation of cold pixel Radiometric Surface Temperature
coldTs2 | Optional Automatic computation of cold pixel Radiometric Surface Temperature
coldTs2.default | Optional Automatic computation of cold pixel Radiometric Surface Temperature
cropsebkc | Reprojecting and cropping images
dl | Day length calculation
ETo | 24 Hour FAO 56 and ASCE-EWRI Reference Evapotranspiration ETo
ETo.default | 24 Hour FAO 56 and ASCE-EWRI Reference Evapotranspiration ETo
ETohr | Hourly FAO-56 and ASCE-EWRI Reference Evapotranspiration
ETohr.default | Hourly FAO-56 and ASCE-EWRI Reference Evapotranspiration
fit.kc | Estimating FAO56 Single and Dual Crop coefficients with a water balance model in R
fitting | Goodness of fit Test
hotTs | Automatic computation of hot pixel Radiometric Surface Temperature (Ts)
hotTs.default | Automatic computation of hot pixel Radiometric Surface Temperature (Ts)
hotTs2 | Automatic computation of hot pixel Radiometric Surface Temperature (Ts)
hotTs2.default | Automatic computation of hot pixel Radiometric Surface Temperature (Ts)
invdist | Inverse distance interpolation
kc | Estimating FAO56 Single and Dual Crop coefficients with a water balance model in R
kc.default | Estimating FAO56 Single and Dual Crop coefficients with a water balance model in R
kumasi1960_2015 | Historical Weather data of Kumasi from 1960 to 2015
kumasircp262016_2050 | A 2.6 RCP downscaled Weather data of Kumasi from 2016 to 2050
kumasircp452016_2050 | A 4.5 RCP downscaled Weather data of Kumasi from 2016 to 2050
kumasircp852016_2050 | A 8.5 RCP downscaled Weather data of Kumasi from 2016 to 2050
landsat578 | Radiometric correction and processing of Landsat Images
landsat578.default | Radiometric correction and processing of Landsat Images
lonlatreproject | Reproject WGS 84 longitude and latitude into a new raster coordinates and vice versa
mapmatrix | Internal function for doing interpolation
plot.kc | Estimating FAO56 Single and Dual Crop coefficients with a water balance model in R
rastercon | Spatial Conditional function on raster object
sebal | R computation of Surface Energy Balance Algorithm for Land and METRIC
sebal.default | R computation of Surface Energy Balance Algorithm for Land and METRIC
sebi | SEBI Evapotranspiration Fraction Estimation in R
sebi.default | SEBI Evapotranspiration Fraction Estimation in R
sebkc.tryCatch | Internal function to Catch errors and warnings
sebkcstack | Stacking, gap-filling, cloud removal of Landsat image ET Model
sebkcstack.default | Stacking, gap-filling, cloud removal of Landsat image ET Model
sebs | SEBS Estimation of Evapotranspiration Fraction
sebs.default | SEBS Estimation of Evapotranspiration Fraction
sseb | Simplified Surface Energy Balance
sseb.default | Simplified Surface Energy Balance
ssebi | S-SEBI Evapotranspiration Fraction
ssebi.default | S-SEBI Evapotranspiration Fraction
tseb | Computing Two Source Surface Energy Balance (TSEB) in R
tseb.default | Computing Two Source Surface Energy Balance (TSEB) in R
wdi | Water Deficit Index (WDI)
weather | Retrieval of Weather Data from WMO and NASA Surface meteorology and Solar Energy
writesebkc | Writing sebkc object to a folder
xyextract | Reprojecting and extracting Raster values