Like I said quote someone that cares troll.
Weird…your summary page says I am the number one person you reply to on this forum.
Anyway, back to budrot prevention…as far as the Trichoderma harzianum goes, check this out:
Doesn’t suggest it’s a cure but can reduce botrytis damage 50%. Seems like this could be a big deal…since systemic fungicides aren’t appropriate for late flower. I do wonder about the water on the buds making things worse though. This experiment was beans not dense buds.
This is the third and last time Vernal. Leave me the FUCK alone. I’m sick of you trolling me, and now you’re stalking my profile page.
The block function was my first tool used here upon return, only once have I used it.
It’s always cool when I see…
“VIEW ONE HIDDEN REPLY”
Much Respect Plant Shepard, your wisdom here flows eternal, not so much for @…
Great Karma For Rest Of Day
Thanks man. I try not to block anyone, but I’m going to make an exception. This is ridiculous.
I don’t block people with the software, I edit them out of my reality…LOL!
Thanks @vernal and @PlantShepherd for the interesting reading. so from what I can glean, botrytis is frequently a systemic infection that is cryptic as well as a spore spread infection that ‘activates’ when certain criteria are present either environmentally or via plant development stages. Regardless, it seems that high sugar levels on the flowers and excessive nitrogen contributes to botrytis virulence.
Harzianim produces a protein; Epl-1 that has multiple targets…. It up-regulates the plants salysilic/jasmonate defence pathways and down-regulates the virulence genes of botrytis. Harziqmum also a direct myco parasite of botrytis. It appears from most of the reading that seed treatment, foliage application and early flowering are all beneficial times to inoculate with Harzianum. I’m going to do some tests with some control plants… not laboratory protocols so results may vary as they say…I might also check Brix levels to see if there is any relationship.