I am too late to this. But what do you suggest for soil borne fungal infections on plant ? Like, root rot, stem rot etc ? Right now, the only way to get rid off the infection is to use fungicide through drip irrigation.
Hello, newly subbed. I have just learned about mycorrhizal fungi and I’m very excited and fascinated. I collect rainwater and use the commercial mosquito dunks in my rain barrel to prevent mosquitoes. I’m wondering if the bacillus in the mosquito dunks is hospitable to the fungus? Any advice you can share is greatly appreciated
I'd love to know what you think about the book Teaming with Fungi by J. Lowenfels. Wondering specifically what you think about his supposition that while woodland/orchard areas are naturally finally dominated soils, vegetable/grain production areas are bacterially dominated soils and benefit less from fungal/mycelial infiltration/integration?
I had assumed that mycorrhizal fungi were basically growing through all soil anyway, just at incredibly low levels, or that spores remained where the fungi had existed once, and all that would be needed was to provide the conditions needed for the fungi to flourish (or the spores to grow) instead of needing to manually introduce spores or fungi. I realise assumption is dangerous... can anyone provide any links to research on that? Ie if we provide an environment (plants etc) that support and work with mycorrhizal fungi, will the fungi basically always just show up or do we actually need to introduce the fungi? Edited: I just did a little searching, it appears that the spores only live about 18 months and the actual fragments only a few months (once separated from roots). So under some circumstances it does seem that soil could actually, literally not contain any of these fungi in either form.
Exudates. Simple sugars hence "The Liquid Carbon Pathway" Christine Jones ... But think of it as more of a trade of Carbon for Nitrogen, Phosphate, and Potassium (among all the others). Also they "Quorum Sense" using an entirely newly discovered plethora of signalling exudates and receptor systems. Finally remember the soil bacteria adhere to minerals and invade the plants provided they escape the bacteriophage viruses. It's a right circus!
He specifically said that the fungi are connected via many plants, so most likely when the plant was killed either they went dormant or died also. But it didnt lose any of the beneficial properties as their attached to other plants and when new plants are established, im pretty sure the hyphae will regain their hold on those new plants too. Kind of like if your arm is infected with a virus and you cut it off, everything connected to your arm inside and out is lost but your body still functions without it and you can live on. Fungi is the same.
R E what about grain that’s “round up ready” (Majority of road crops) would the mycos that’s connected to the plant die off? I know the plant can send signals and what not just curious...
36:15: not much manure is used in agriculture; mostly artificial nitrogen (hugely polluting in its production) is applied. If you say 'manure', then you ought to point at livestock droppings form meat- and dairy cattle (not to mention methane et al). Just reduce your meat consumption to a tiny amount to remedy that one. Simple. Grow your own veg/fruit according to regenerative principles, and the world will be a better place on mány levels. Something to work toward, right?
GMO's? so like 90% of our agriculture? how could you have an opinion on that? I think you may be worried about him having an opinion on GEO's, which most people have an opinion about.
Actually if he has not studied GMO then by saying he has no opinion on it he CREDITED himself as a scientist. A scientist is aware of what they know (have researched) and what they do not know (everything else).
@@glennjgroves It takes less than 5 minutes to find sources of research on the impact GMOs may have on animal health and welfare. And you're saying that the lack of opinion about GMOs actually portrays him as a scientist?
@@StanOwden it certainly qualifies him as a scientist far more than suggesting that 5 minutes of searching is sufficient does. The 5 minute comment implies a lack of training and experience in science. A core skill/ability that a scientist needs, is to know what they know, versus what they do not know. He does not know GMOs. Given that he was giving a presentation based on scientific research, for him to comment on GMOs when he has no actual knowledge of GMOs would have been... questionable.
![[Podcast] The Magical Underground World of Mycorrhiza](http://i.ytimg.com/vi/9-ZMXhRuS6U/mqdefault.jpg)
I am too late to this. But what do you suggest for soil borne fungal infections on plant ? Like, root rot, stem rot etc ?
Right now, the only way to get rid off the infection is to use fungicide through drip irrigation.
Doom and Gloom conversation should have happened years ago and loud enough and persistent enough to reach and teach everyone
Hello, newly subbed. I have just learned about mycorrhizal fungi and I’m very excited and fascinated. I collect rainwater and use the commercial mosquito dunks in my rain barrel to prevent mosquitoes. I’m wondering if the bacillus in the mosquito dunks is hospitable to the fungus? Any advice you can share is greatly appreciated
can we make mycorrhizal fungi from mushrooms??? at home?? is that possible??
I'd love to know what you think about the book Teaming with Fungi by J. Lowenfels. Wondering specifically what you think about his supposition that while woodland/orchard areas are naturally finally dominated soils, vegetable/grain production areas are bacterially dominated soils and benefit less from fungal/mycelial infiltration/integration?
I had assumed that mycorrhizal fungi were basically growing through all soil anyway, just at incredibly low levels, or that spores remained where the fungi had existed once, and all that would be needed was to provide the conditions needed for the fungi to flourish (or the spores to grow) instead of needing to manually introduce spores or fungi. I realise assumption is dangerous... can anyone provide any links to research on that? Ie if we provide an environment (plants etc) that support and work with mycorrhizal fungi, will the fungi basically always just show up or do we actually need to introduce the fungi?
Edited: I just did a little searching, it appears that the spores only live about 18 months and the actual fragments only a few months (once separated from roots). So under some circumstances it does seem that soil could actually, literally not contain any of these fungi in either form.
In what form is the carbon in? What do you mean when you say carbon? Carbon is a single element and clarification of this would be great
Also what are the sugars that plants give to the Fungi?
Exudates. Simple sugars hence "The Liquid Carbon Pathway" Christine Jones ... But think of it as more of a trade of Carbon for Nitrogen, Phosphate, and Potassium (among all the others).
Also they "Quorum Sense" using an entirely newly discovered plethora of signalling exudates and receptor systems. Finally remember the soil bacteria adhere to minerals and invade the plants provided they escape the bacteriophage viruses.
It's a right circus!
WHAT IS THE EFFECTS OF ROUNDUP ON SOIL,FUNGI ETC
hans lombard Not good. Also Roundup contains glyphosate which is really bad for you.
@@TITAN0402 that is my confusion. It should effect the results
He specifically said that the fungi are connected via many plants, so most likely when the plant was killed either they went dormant or died also. But it didnt lose any of the beneficial properties as their attached to other plants and when new plants are established, im pretty sure the hyphae will regain their hold on those new plants too. Kind of like if your arm is infected with a virus and you cut it off, everything connected to your arm inside and out is lost but your body still functions without it and you can live on. Fungi is the same.
Thank you
@@re2590
R E what about grain that’s “round up ready” (Majority of road crops) would the mycos that’s connected to the plant die off? I know the plant can send signals and what not just curious...
Microbial talk and you used round up?
I can’t believe roundup was actually used when we are talking about the environment.
36:15: not much manure is used in agriculture; mostly artificial nitrogen (hugely polluting in its production) is applied. If you say 'manure', then you ought to point at livestock droppings form meat- and dairy cattle (not to mention methane et al).
Just reduce your meat consumption to a tiny amount to remedy that one. Simple. Grow your own veg/fruit according to regenerative principles, and the world will be a better place on mány levels. Something to work toward, right?
quiz answers unintelligible for several answers
kind of...
The moment he said he has no opinion on GMO he discredited himself as a scientist.
What makes you say that?
GMO's? so like 90% of our agriculture? how could you have an opinion on that? I think you may be worried about him having an opinion on GEO's, which most people have an opinion about.
Actually if he has not studied GMO then by saying he has no opinion on it he CREDITED himself as a scientist. A scientist is aware of what they know (have researched) and what they do not know (everything else).
@@glennjgroves It takes less than 5 minutes to find sources of research on the impact GMOs may have on animal health and welfare. And you're saying that the lack of opinion about GMOs actually portrays him as a scientist?
@@StanOwden it certainly qualifies him as a scientist far more than suggesting that 5 minutes of searching is sufficient does. The 5 minute comment implies a lack of training and experience in science. A core skill/ability that a scientist needs, is to know what they know, versus what they do not know. He does not know GMOs. Given that he was giving a presentation based on scientific research, for him to comment on GMOs when he has no actual knowledge of GMOs would have been... questionable.