Thank you sir🎉

I do have a question regarding the sandy soil structure within salinity ?

Very informative. Thank you.

Veeeeeeeryyyyyyyyyyyyyyyyy boring

i definitely wonder if it is a good thing that some plants go extinct, as they may be very weak plants that have genetics very prone to disease and death. it may be cruel to keep these plants alive if they are simply born to live impossibly difficult lives, whereas plants with better genetics could live happier on the same soil

0:04

So helpful information❤❤

Tysmmmmmm

this take too much time.. saw India video about soil only 20 second huh

Thanks so much

thank you very much

Much love from here .. thank you so much

Just taught me something in 2 minutes that I've been struggling to understand for hours. Thank you, my good sir

You’re a G

Good information! Thank you!

where to buy this soil test kit please....mygreathanks and blessings

Honestly the best freaking video!!

Thank you!

Love you from the bottom of my heart.❤❤❤thank you for making it clear for us to do it❤

Sand sand sand ⏳ , why sand is confusing me😢

I saw this one day before my exam, thank you very much.

Interestingly despite having 5 needles per fascicle torrey pine isn't closely related to our other 5 needle pines in socal (like sugar pine and limber pine) but is thought to be most closely related to the group that contains gray pine, coulter pine, and jeffrey pine which are all 3 needle pines

Great presentation thank you

Good day, sir! If it's possible, may we have the link for the flowchart? Thanks!

What would the line of sight be on this design?

SKETCHUP MAKES THİS DRAWİNG PART EASİER BTW. THANKS FOR VİDEO.

Very good explained

That was very interesting, thank you! Greetings from Germany

Thank you sir

Thank you very much 😢❤ I'll have an exam tomorrow I'm Egyptian 😊❤

This just saved my life 😭 I love u

Thank you so much 😊

gracias

What would you calculate the pressure loss through a 3/4" double check valve and maximum gpm. The service meter is 5/8 but they call it 3/4. They rate the gpm at 20 from the city and the psi is 45. The length from the meter to the backflow is 30ft of 3/4 copper and then 5 more feet of 3/4 copper out of the downstream side of thr doublecheck copper to one inch pvc. I am losing water volume and pressure on one line that is 100 feet from the Backflow. It had 8 , 10ft full pipe spray heads and 5 , 10ft 1/2 nozzles all rainbird. My calculations tell me that the line is requiring 28 gpm but the service line and pressure don't support it. I am replacing all the 3/4 copper with one inch pvc to boost the gpm hoping this solves the problem.

Thanks. It is one of the best lessons for beginners.

Thanks for the video. What's your opinion of electronic NPK sensors? Are they accurate?

Great video mate. I'm researching to design my lawn irrigation. Good info all the way through with no lulls.

Thank you very much now I understand ☺️

Thank u!

Amazing explanation ❤️❤️

What if you have all of these weeds in your yard? It's difficult to get rid of these, as they all grow together. What kind of soil would that indicate? 🤔

Regarding Cercis occidentalis...it does grow in this state also...difficult to get seed to germinate...GREAT PLANT both states...

All of us in Oregon are a part of this too..We share many natives...including almost all trees, shrubs.. california is such a diverse area...as is Oregon...

Exactly the content I was seeking. Very well articulated ~ thank you!!

Thanks for taking the time explaining in more detail, each plant 🙌

Thanks for the demo, is there any chance you could share the composition of reagents and tablets shown in the video ? It would be very helpful. Thank you again

I have a question. You said that pressure is decreased if a residence is near the water source. Does that apply even to a water tower, or just a source on a hill with a residence elevated more due to the hill? Nevermind. Watched rest of video and explains it.

Thanks, Sir. I'd discovered so much today.

Oh my, so Wrong, On the lateral, as the pipe goes from head to head, there is less flow for each section of each lateral between the heads, typically your pressure loss in laterals is less than half of what you say and actually is closer to .50 psi to the worst head (1/2 lb) And since you cut the zone in half with the valve placement you do not even count the heads gong the less gallon way. and even if ou did add the rest of the zone, it would be even less than the .5psi loss. Please explain

boring