Splendid! but would minerals also be bound to particles in lower ph? im doing a little research on how excess nutrients affects soil quality during the application of chemical fertilizers.
the iron in the soil will continue to be locked out, and it's unlikely stomata will be enough to take in enough iron for the plant. I'm not sure what "FE EDTA" is, but your questions implies that the lock out will not be fixed in the soil... and regardless of what the item you're referring to is, it's highly unlikely to be very effective. If you're looking for more detailed info like "would these nutes be absorbed by the stomata at all..... You'd have to look it up, cuz I wouldnt' know the answer to that.
PH isn't most important factor determining whether iron is available. The redox potential, or how much oxygen reacted with the soil is stronger, how much soil life 2nd, pH is 3rd. Want low iron? Plow often, accept low organic content soil. This sort of simplistic explanation only works well when animated. Dora the Explorer searches for iron.
PH is not the most important factor determining whether iron is available. The redox potential, or how much oxygen has reacted with the soil is stronger as is how much soil life, pH is 3rd. Want low iron? Plow frequently and accept low organic content soil. This sort of simplistic explanation only works well when animated. Dora the Explorer searches for iron.
Can you give us a link to part 2 please? Great video.
Interesting video. But where is part 2?
Just amazing. Can't wait for part two!
Can't wait for 7+ years ... :'(
It's now 9 years
ruclips.net/video/Ix_VdQen9mg/видео.html
it is really interesting video and I also want to get part 2. Thank for sharing knowledge.
it was very useful to understand the basic of nutrient absorption I am looking for part two as well
Well done video. I may show it to my nutrition students.
I would also love to see part 2.please give us a link 🔗
Great video, thanks. Where is part 2?
ruclips.net/video/Ix_VdQen9mg/видео.html
Biological processes of plants 👆
very good video. but where is part 2?
Effective content ,it helps in easily solve the remaining doubts 👍
very interesting video. could u please upload the second part of the video? thank you.
Highly informative!
Great video.
If only we had this when I was in school. I might have been a biologist today!
Botonist
ruclips.net/video/Ix_VdQen9mg/видео.html
Excellent video, congratulations. I hope you post much more interesting videos like this one!
can't find part two
Splendid! but would minerals also be bound to particles in lower ph? im doing a little research on how excess nutrients affects soil quality during the application of chemical fertilizers.
i wish they wuld just upload part 2 alreadyyyy
Fantastic video!
Great and simple explanation!
Very nice information madam thanks
I wanna find the paper that this video used to study this process.
Exactly the content i was searching.
Nice video thank you 😊
Nice soooo l like it
it is really interesting and informative for me
That was great I don't care how old it is
where is the part 2 ?
totally !
Wow nature is crazy smart
Can FE EDTA be applied to foliage and if so how effective would it be at treating Iron def in plants grown at a high pH?
the iron in the soil will continue to be locked out, and it's unlikely stomata will be enough to take in enough iron for the plant.
I'm not sure what "FE EDTA" is, but your questions implies that the lock out will not be fixed in the soil... and regardless of what the item you're referring to is, it's highly unlikely to be very effective.
If you're looking for more detailed info like "would these nutes be absorbed by the stomata at all..... You'd have to look it up, cuz I wouldnt' know the answer to that.
@@upplsuckimcool16 You should do your homework. EDTA is a chelating compound which allows the Iron to remain water soluble after application.
@@bitTorrenter Yeah and? It's highly unlikely that it's sufficient intake through the leaves.
ruclips.net/video/Ix_VdQen9mg/видео.html
Biological processes of plants 👆
Where's the part 2?
Buen video.
I like it..................
what app that you use to create animation video?
Part 2?
How do the Mn levels effect this?
Part 2 never happened did it?
what paper oxygen plays in this process?
very good explanation
fascinating!
take you up good man
thank you dear
good explanation
PH isn't most important factor determining whether iron is
available. The redox potential, or how much oxygen reacted
with the soil is stronger, how much soil life 2nd, pH is 3rd.
Want low iron? Plow often, accept low organic content soil.
This sort of simplistic explanation only works well when
animated. Dora the Explorer searches for iron.
rochrich 💯
They’re still working on how to pronounce roooht!🙏
Useful
PH is not the most important factor determining whether iron is
available. The redox potential, or how much oxygen has reacted
with the soil is stronger as is how much soil life, pH is 3rd. Want
low iron? Plow frequently and accept low organic content soil.
This sort of simplistic explanation only works well when
animated. Dora the Explorer searches for iron.
are roots able to absorb glucose?
Plants create carbohydrates via photosynthesis and the absorption of CO2.
part two, three ?
Basically, I can give my plants ph of 8 if my medium is on point
I tested ny rain water and its an 8😃
ruclips.net/video/Ix_VdQen9mg/видео.html
Biological processes of plants 👆
good vdo
Gud👍
Tyfs to you
This is not favorable for IRAN'S system as download ?
thank you🇮🇳🙏😍😍
nice good
like if you are because you have a biology test tomorrow
ehm!it is a good video:)
I maintain acid soil with oak leaves coffee grounds urine and Epsom salt
OMG thank goodness didnt wanna hear an indian person explaining this.
dude i new electrons were involved
Quem ta assistindo pq ta estudando pra prova?
Failing to plan is planning to fail
Why is she saying root like foot?
Hi
The LORD by wisdom founded the earth
Hello guys I am gamer HDT and I need subscriptions and advise on which game should I record.
wrong place, pal
ا
Never explain how to make root cell produce more Hydrogen ions. This video is pointless
No information aboit microbial life 😂