Thats not the only thing it does, it also can connect entire forrests. Lets say, one tree is sick, and will die. Said tree will put most of its nutrients in roots and fungi. The fungi will give this to other trees and try to stop sickness.
They can also choose to feed their “offspring” over another tree type. Example I was taught is a maple surrounded by saplings it would feed the maple saplings over an oak, prioritizing its offspring’s nutrition first
It should be noted that this video is visually describing Arbuscular mycorrhizae & their Common mycelial networks or CMNs. But there are also Arbutoid Mycorrhizae, Ericoid Mycorrhizae, Monotropoid mycorrhizae, Orchidaceous mycorrhizae, Ectomycorrhiza, Ectendomycorrhizae, fine root endophytes & dark septate endophytes. Each with their own unique niches/physiologies, life habits and from a wide array of fungal phyla. Likewise there are other fungi in the rhizosphere ( root zone) to consider, such as yeast, pathogenic fungi & mycoparasitic fungi ( fungi that eat other fungi, such as Trichoderma species). CMNs are not strictly positive however, these Symbiosis come at a cost of carbon in the form of photosynthate from the plant ( except in the case of monotropoids & orchidaceous as these fungi are parasatized by monotrop & orchid plants) & the root zone is a highly competitive environment. The composition of symbiotic fungi is selected for by the plant and will often change fungal partners as conditions for their growth does. Just like any system of relationships there are also cheaters & fungi are no exception. ( If interested look up Game theory models of mycorrhizal relationships) So it is most accurate to say that mycorrhizae economize the soil, and that this symbiosis sits on a wide spectrum between the poles of mutualism & parasatism.
Thank you for the information. I remember freshman year my Bio Prof wouldn't allow me to do a project on mychrrhizal fungi because there was not enough research out there...... yet
In practice I'm researching this subject because of my internal debate on how to prep, sow and weed control my crops. Leave grass, plow narrow slots for new seed and let grow together then chop or lightly cultivate the surface. Or just rely on winter crop root development to deposit enough nutrients, terminate it, and till and build rows and control weeds, grass, alphalfa etc that competes for root space. I prefer to not till and leave as much of the root systems intact all year long tbh and go with the former over the latter.
Does this only happen with certain trees and root systems or can this benefit most types. I'm amazed by this, I really want to know more. I came here after a podcast on Joe Roqan featuring Graham Hancock... They were talking about the soil types of the Amazon. A very bright individual passed on his knowledge to us in the comments and so I thought I need to know more. Thanks.
The visual of your tree has the trunk flare / root crown under the soil. This is incorrect as the root crown should be at grade. One never sees forest trees planted too deep whether they are planted or self-seeded. Please correct your visual as this is one of the major reasons for early tree decline and death in the urban environment.
Yes, You can use as basal, if you are sowing wheat by using seed drill you can directly use Mycorrhizal granules in seed drill, If you miss both you can broadcast with first top dressing of Urea or at first irrigation after germination.
so, after a two-year comparison of not using myco and then using myco - non myco plants were the usual size. The myco induced plants were 3 times the size and production was quadrupled but with those myco induced plants I had to tend to other things like botrytis which I may link to myco inoculation because it was never ever a problem until the myco grow, but that's one grow it could be just coincidence
You lost me at 450 million years ago...you might "believe" that, you cannot "prove" that. How about "a long time ago". Gives more credibility. No this video did NOT change my life Doc :-)
@@voidisyinyangvoidisyinyang885 There are many paths. Some are rarely tread, and others tread so much as to be like roads. Be cautious as to the answers you give without knowing the story of who you speak to and where they are in their own lives. For I have met some who have had experiences where they were almost a danger to themselves with their journeys with mushrooms. Nature should be respected and tempting the fate of another should not be done so cookie cutter like. For what they may experience may differ widely from your own experiences. Does a craftsman build a house on a cracked foundation or does one address the foundation first before building the house?
Remember, at one time there were no plants on land, only fungi. Plants evolved at the permission of and only to serve fungi.
Thats not the only thing it does, it also can connect entire forrests. Lets say, one tree is sick, and will die. Said tree will put most of its nutrients in roots and fungi. The fungi will give this to other trees and try to stop sickness.
They can also choose to feed their “offspring” over another tree type. Example I was taught is a maple surrounded by saplings it would feed the maple saplings over an oak, prioritizing its offspring’s nutrition first
@@5h1tfuk this is for specific trees but yeah
Are u referring to VOCs, HIPVs etc
And you can feed the fungi by dropping seeds and fruits on the soil, and covering them with carbon/leaves like trees do.
It should be noted that this video is visually describing Arbuscular mycorrhizae & their Common mycelial networks or CMNs.
But there are also
Arbutoid Mycorrhizae,
Ericoid Mycorrhizae,
Monotropoid mycorrhizae,
Orchidaceous
mycorrhizae,
Ectomycorrhiza,
Ectendomycorrhizae,
fine root endophytes
& dark septate endophytes.
Each with their own unique niches/physiologies, life habits and from a wide array of fungal phyla.
Likewise there are other fungi in the rhizosphere ( root zone) to consider, such as yeast, pathogenic fungi & mycoparasitic fungi ( fungi that eat other fungi, such as Trichoderma species).
CMNs are not strictly positive however, these Symbiosis come at a cost of carbon in the form of photosynthate from the plant ( except in the case of monotropoids & orchidaceous as these fungi are parasatized by monotrop & orchid plants) & the root zone is a highly competitive environment. The composition of symbiotic fungi is selected for by the plant and will often change fungal partners as conditions for their growth does. Just like any system of relationships there are also cheaters & fungi are no exception. ( If interested look up Game theory models of mycorrhizal relationships)
So it is most accurate to say that mycorrhizae economize the soil, and that this symbiosis sits on a wide spectrum between the poles of mutualism & parasatism.
Brilliantly insightful comment, cheers!
Thank you for the information. I remember freshman year my Bio Prof wouldn't allow me to do a project on mychrrhizal fungi because there was not enough research out there...... yet
In practice I'm researching this subject because of my internal debate on how to prep, sow and weed control my crops. Leave grass, plow narrow slots for new seed and let grow together then chop or lightly cultivate the surface. Or just rely on winter crop root development to deposit enough nutrients, terminate it, and till and build rows and control weeds, grass, alphalfa etc that competes for root space. I prefer to not till and leave as much of the root systems intact all year long tbh and go with the former over the latter.
I am in awe of nature and I really appreciate you for this animation
I love this animation!! This is such an education video! I really appreciate the wonderful knowledge! Thank you
Thanks 😊. Merry Christmas ⛄🎄⛄
Very well explained . thank you for this amazing video
Very helpful information.
Excellent educational video. Regards.
Prakriti Rakshati Rakshitah!!! (Mother earth protects, if she is protected.) ...Save mother's life, Save Nature❤
Does this only happen with certain trees and root systems or can this benefit most types. I'm amazed by this, I really want to know more. I came here after a podcast on Joe Roqan featuring Graham Hancock... They were talking about the soil types of the Amazon. A very bright individual passed on his knowledge to us in the comments and so I thought I need to know more. Thanks.
All plants. It benefits perennials more because they live longer but annual plants also form relationships with fungi.
Profound!
Thank you so much for this
Amazing!!!....perfect
it's really helpful and amazing
Healpful thank you!
Finally i understood... Thnks
short and sweet
To the point answer👌🏻
What are the fruits that come from fungi called
I'm interested with this type of fertilizer, where can I get it in Mombasa
Helpful thank you !
Amazing..!!
0ykhv
I want what they have
fungi are truly the most interesting lifeforms on the planet.
On the "plane"
OK, but why do I have embed CC when I can already select CC if I need it?
thank you
how long does it take from the time mycorrhizae is added for it to colonize and for the plant to start benefitting from it?
Maybe a week.
This a very species specific question but anywhere from 24h+
@@yoriichi3347 How long for an apple tree in clay soil?
You should try doing it in real life..!! I wanna see that..!!
Check out Cannabis gardens. It's a STAPLE.
The visual of your tree has the trunk flare / root crown under the soil. This is incorrect as the root crown should be at grade. One never sees forest trees planted too deep whether they are planted or self-seeded. Please correct your visual as this is one of the major reasons for early tree decline and death in the urban environment.
What does it mean to be "at grade"?
everyone wants to be a fu#@king armchair expert. Give the guy a break it's a pretty good video.
can we use it in wheat farming with Basal dose of NPK
Yes, You can use as basal, if you are sowing wheat by using seed drill you can directly use Mycorrhizal granules in seed drill, If you miss both you can broadcast with first top dressing of Urea or at first irrigation after germination.
Watch the Tom Wessels TH-cam videos. He's in touch with what's going on under our feet.
Sofia Route
Kirlin Prairie
Reagan Mall
BVB
so, after a two-year comparison of not using myco and then using myco - non myco plants were the usual size. The myco induced plants were 3 times the size and production was quadrupled but with those myco induced plants I had to tend to other things like botrytis which I may link to myco inoculation because it was never ever a problem until the myco grow, but that's one grow it could be just coincidence
You lost me at 450 million years ago...you might "believe" that, you cannot "prove" that. How about "a long time ago". Gives more credibility. No this video did NOT change my life Doc :-)
God bless you brother.
Check this very intresting playlist.
th-cam.com/play/PLeROpayG6Sh0bWacT6oRO1dWqhmEWkRDX.html
Hyphy mud.
this is a very incomplete view
What is the full story?
@@SivanandaSaiChilukuri sacred medicinal mushrooms tell you the whole story
@@voidisyinyangvoidisyinyang885 There are many paths. Some are rarely tread, and others tread so much as to be like roads. Be cautious as to the answers you give without knowing the story of who you speak to and where they are in their own lives. For I have met some who have had experiences where they were almost a danger to themselves with their journeys with mushrooms. Nature should be respected and tempting the fate of another should not be done so cookie cutter like. For what they may experience may differ widely from your own experiences. Does a craftsman build a house on a cracked foundation or does one address the foundation first before building the house?
450 million years ago. What a crock of crap!
😂 it existed for over 450 million years. Stop with the propaganda.
I agree brother , check this awsome playlist.
th-cam.com/play/PLeROpayG6Sh0bWacT6oRO1dWqhmEWkRDX.html
"450 million years" you have ZERO proof that is true. Please stick to provable facts.