How to aggregate various spatial with different spatial resolutions ? my case is to resample and aggregate global forests cover data ,cloud ,evapotranspiration ,land surface temperature (reanalysis data).
I jogged my mind and estimated bare land area and classified vegetation lifeforms based on quantiles of canopy heights, see rpubs.com/Wyclife/NEON_DSM_DTM and .Rmd at github.com/Wycology/spatialanalysisR/blob/main/NEON_Harvard_Trees.Rmd
Thank you! This video is fantastic. It is clean, calming, easy to absorb, and not distracting in anyway. Will be sharing with my lab group!
I know I am kinda randomly asking but does anyone know a good place to watch new movies online ?
@Chance David Lately I have been using FlixZone. Just google for it :)
@Chance David Try flixzone. You can find it by googling :)
This was so helpful!! Thank you so much. Others are right: your voice is so nice and calming!
This video help me so much. Thank you very much for spending time to create this wonderful R tutorial. Very clear and easy to follow...GBU
It was clear and usefull. Good job.
Where are the x, y coordinates relative to the raster cell? A corner or the center?
Great video, thank you!
Thank you for this video....How can we do suitability analysis using machine learning algorithm in R programming??
Super cool presentation. A very clear and gentle voice. Could you share the raster files? I would love to practice with them.
Thanks. The raster files can be downloaded here and saved to your data directory: catherinehulshof.github.io/Fall2020-biology/data/NEON-airborne.zip
@@biodiversitydatascience Thank you so much. I managed to download the data and am progressing with the practice.
Great video, thanks for video
How to aggregate various spatial with different spatial resolutions ? my case is to resample and aggregate global forests cover data ,cloud ,evapotranspiration ,land surface temperature (reanalysis data).
Thank you very much
Still watching this, it's hot mam ,how could I get you on any social media, gotta learn most from you. Cheers
Thank you !
Thank you!!! very muchh
I jogged my mind and estimated bare land area and classified vegetation lifeforms based on quantiles of canopy heights, see rpubs.com/Wyclife/NEON_DSM_DTM and .Rmd at github.com/Wycology/spatialanalysisR/blob/main/NEON_Harvard_Trees.Rmd