I think that the bird and the tree are in a recharge area, because from there we can see a down flow of water from piezometer C to A (a decrease in the hydraulic head values from C to A) , so then there's probably an influx of water going into the acquifer thus making it an area of recharge Is this correct? Am I correct though?
Hi Just had a question of how to find elevation and pressure head when dealing with caps above the ground and when the depth of the well is higher than land elevation,
You know this info is easier to understand if you were not physically on the screen. Your movement is distracting from the material at hand. Also addressing the core principals, what you are searching would be important throughout the video. Great Editing
This couldn’t have been explained better. Thank you.
I think that the bird and the tree are in a recharge area, because from there we can see a down flow of water from piezometer C to A (a decrease in the hydraulic head values from C to A) , so then there's probably an influx of water going into the acquifer thus making it an area of recharge
Is this correct?
Am I correct though?
Hi Just had a question of how to find elevation and pressure head when dealing with caps above the ground and when the depth of the well is higher than land elevation,
I too was wondering if his DTW measurement was implying that he already subtracted the "stick up" , or cap height.
how are able to write backwards? amazing sir...
Hello, I can't be able to establish if the nested piezometers are in recharge or discharge area, please help.
Thank you.
You know this info is easier to understand if you were not physically on the screen. Your movement is distracting from the material at hand. Also addressing the core principals, what you are searching would be important throughout the video. Great Editing