Комментарии:
also could you elaborate hw to get soul maps and it's classification
Ответитьbro you made others seems like amateurs ..excellent work!
ОтветитьWonderful presentation. Very useful and detailed. Kudos
ОтветитьThank you so much, is your PowerPoint presentation downloadable? 😅
ОтветитьThanks for this awesome video!
ОтветитьHi! Thanks for the explanation, it was very clear so I could apply it to my own work.
I wanted to point out something though, when you reclassify the DEM from 2 - 10, you are assigning the value 10 to "flat areas", but isn't the DEM about topographic altitudes? Shouldn't you consider lower numbers as lower altitudes, and not as flat areas (isn't that why you have the slope there)? I say this because in my area, for example, I have the flat areas in higher altitudes (plains) and they can't get flooded even if they are flat, so I had to modify things a bit to get a more accurate end result (according to my area, of course).
Anyways, thank you so much for explaining your process in such a detail way, it was really helpful!
Why are you reclassifying the generated layers?
?
what is slope ? ,
ОтветитьExcellent tutorial. Do you have a reference I can cite for the weights chosen? Or can you recommend peer reviewed papers that offer some guidance for weighting? I would like to cite in a report. Thanks.
ОтветитьPlease provide a link to obtain the world rainfall data
ОтветитьMy area is small so precipitation on that area have two pixel value only which I can't weightend sum. Pls help me with this
ОтветитьHow did your pre layer go from stretch symbology to unique values after you clipped it?
ОтветитьHello, please can i use euclidean distance to locate states in my country that are susceptible to flooding when a particular dam in a neighbouring country is opened?
ОтветитьPlease my prox to steam output is on 0.1
It analysed the whole boundary instead of the stream network
What I'm I not doing right
Thanks a lot
ОтветитьThat was fun, thank you!
ОтветитьHow I can convert HGBDR format to Tif in arc gis
ОтветитьI really like how clear the explanation is in this video, finally i get it after multiple tries. Thanks fam !
ОтветитьAmazing! Very clear and workable, Thank you ❤
Ответитьthank u so much
please where can I download required Data for this analysis
thank u so much. like this video, i am doing same process but while fill up hill shade, error has been shown. can u give me a idea
Ответитьwhere can i see the tutorial on getting the DEM/Slope data?
ОтветитьVery nice information
ОтветитьThank you so much for this great tutorial!
ОтветитьHi there, This work is just excellent and was working out for me.
Until I started using the euclidian analyst tool. It is showing an error while saving the output file. Can you please help me out with that?
Thanks.
How can we calculate the flood water depth
Is it possible to do it in ArcGIS or do we need HecRas or any other tools ?
Is it possible with the open-source data
How to validate this final map result?
ОтветитьWhat do the 'value' and 'Count' in the attribute table of prc represents?
Ответитьexcellent thank you very much.
ОтветитьThe precipitation raster layer is not reclassifying while other layers reclassified smoothly. What could be the possible reason?
Ответитьhello, can you tell me if you Know the application of ESTIMATION OF INSTANT HYDROGRAPH UNIT WITH CLARK TECHNIQUE IN GIS;
ОтветитьThat is just amazing work! if you allow me, from where you got the Landcover layer?
Ответить"This is what I like to see."
ОтветитьI was working on GeoHECRAS and this helped a lot. Special thanks for sharing the timestamps; they helped me get to the part that directly.
ОтветитьThanks for the great tutorials. Can you please share any reference that supports the factors used to create the map just in case it needs to be used for research purpose? Thank you.
ОтветитьHi, what would be the classification for water, trees, flooded vegetation, crops, built are, bare gound and rangeland? Thank you in advance!
ОтветитьNice work mate. 👍
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