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Does anyone know how I would do a very similar ANOVA but with data collected from 6 groups at 12 different timepoints? (i.e. plant height in 6 treatments; 3 plants per treatment, collected at 13 time points)

This tutorial saved my life. Bless you 🙏🙏

Thank you so much

The fill tool keeps returning error

Do you have a shape file for this sir ?

Thank you.

Clear and concise. No wast words.

i will surely appreciate if can give me one more tutorial based on vegetation condition index...thank you so much

that was an excellent explanations thank you for this tutorial. kindly consider putting one more on shapefiles, there was agap where you included the area of interest in the arcgis. thanks again

This helped me fix an issue I had. Thank you! I know I was doing something wrong stepwise

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We don't have the shape file? Can you share this particular one?

When I used the eucledian tool, I did not get the same esult and the output was not in different classifications but instead in a colo scheme from lo wto high. Why?

very clear! great job, thanks

Great tutorial! Is the WorlClim website working? Because Ive tried to download the data, but the download does not went through.

Thanks its really helpful

Great explanation.

very clear! great job, thanks

Are there any sources that confirms the use of the specific percentages for the influential factors?

prity good sound!

Is there a link for your slope making in arcgis?

thank you very much

I am getting an error that the selected points are on non travseable points..kindly helpp

what are the value units for the precipitation data? Millimeters?

Good advice thank you

Shouldnt x be standardised when you input it into ks.test? Aren't you comparing your data to standard normal "pnorm"?

Helpful. thankyou so much

Hello, the research link you provided based on AHP, Table 5 there had values like 0.156, 0.118, 0.178 and so on form DEM, Slope, and Rainfall and so on. But here in your slide, its tiny bit different, is it because assumed just these 5 values and and found average yourself, or did you referred other books or papers?

This is a very productive video. Bless your effort!

Can you draw a normal curve without knowing the standard deviation, but know some x values?

I'm new to statistics and learning bunch of things for weeks, your video made a lot of sense to me. Thank you so much for the easier explanation, it was great with examples and some of it fitted my research data.

thanks for this

Do you have a tutorial for Arc Pro? Some of the settings don’t seem to be found in Arc Pro or perhaps renamed.

amazing !

How did you get the land cover and slope data?

how to select the road (line in polygon overlay) i have a criteria that the suitable location must be within the road i mean there is no buffer

also could you elaborate hw to get soul maps and it's classification

bro you made others seems like amateurs ..excellent work!

Wonderful presentation. Very useful and detailed. Kudos

Thank you for these tutorials, please continue if you have the time and resources.

Thank you so much, is your PowerPoint presentation downloadable? 😅

Thank you for sharing this tutorial, very helpful. I got a question in following, how can I get the path and row number for my area of interest? Thank you!

Thanks for this awesome video!

Hi! 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? ?

I appreciate your approach. It is a nice explanation. Thanks.

hello, thanks for explaining dear

Hello Provide me with the link to the "Travel_Time" calculation please. Thanks