Good job, but how one can process if the data is in grided form (4x4km rainfall data from meteorological station of Ethiopia)rather than station rainfall data?
RUSLE and SDR Model Based Sediment Yield Assessment in a GIS and Remote Sensing Environment; A Case Study of Koga Watershed, Upper Blue Nile Basin, Ethiopia Habtamu Sewnet Gelagay
You can get the rain fall data from the national meteorological agency or online weather generating tools(WGT). But when you used the WGT you must validate with actual on-station data for the accuracy of the tools.
Your videos are very helpful😊
Thank You Ayele. Your Teaching is excellent
Sir please prepare a video to show how to combine all the factors of RUSLE in arcmap
Can you please provide the pdf you are referring to ?
Good job, but how one can process if the data is in grided form (4x4km rainfall data from meteorological station of Ethiopia)rather than station rainfall data?
how we calculate gull erosion and how to integrate with RUSEL
wonderful.
where did you get your data from? please tell
Good job
please ayele show us how to calculate main channel slope (%)
RUSLE and SDR Model Based Sediment Yield Assessment in a GIS and
Remote Sensing Environment; A Case Study of Koga Watershed, Upper
Blue Nile Basin, Ethiopia
Habtamu Sewnet Gelagay
thanks ayele D,please add another factor
I realize it's pretty off topic but do anybody know of a good website to watch newly released series online ?
@Richard Paul Flixportal :P
@Benedict Adonis Thanks, signed up and it seems to work :) I really appreciate it !
@Richard Paul happy to help :)
Thank youuu for this video, please where can i get rainfall data
You can get the rain fall data from the national meteorological agency or online weather generating tools(WGT). But when you used the WGT you must validate with actual on-station data for the accuracy of the tools.
@@ayeledesalegn5367 thqnk youuu so much sir
What it the unit of R Factor (Erosivity ?)
MJ mm ha− 1 h− 1
Which formula used to calculate R factor please can you put a reference of the used one ? With Thank's :)
Hurni (1985) which was adopted as R= -8.12 + 0.562P
Where R is the rainfall erosivity factor and P is the mean annual rainfall (mm)
Your videos are very helpful😊