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 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
This was so helpful!! Thank you so much. Others are right: your voice is so nice and calming!
Where are the x, y coordinates relative to the raster cell? A corner or the center?
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.
Thank you for this video....How can we do suitability analysis using machine learning algorithm in R programming??
It was clear and usefull. Good job.
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).
Great video, thank you!
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