I've seen that picture somewhere before... I would hope that's not you LLB lol
TM i am currently now obsessed...thanks.
Been reading 'Teaming' and i was hooked as soon as i saw the shot of the nematode entering the tomato root (gave me nightmares).
Ive been using the info on BAS to create my mix locally, with some topdressing and SST.
Thanks for sharing bro! (i'm a fan)
In befor the bin.lol jus playing.im along for the ride brother.awsome setup .
TM can the seed sprout teas be kept mixed in a cool dark place for awhile to be used for several uses or simply make and drench? trying to get an idea of timing…from seeding the sprouts to blending to using, then getting ready again a few days later for the next SST. Could you explain possibly your way of doing it, I only grow 2 plants so not a big deal time wise as far as making, but, trying to figure a good schedule. I was wondering if it is possible to sprout a large amount of barly/corn or whichever I use then store the sprouted seeds in the refrigerator till next feeding?
I have a question
have you used Bt foliar sprays before outdoors to control pests like caterpillars? have you tried using the botanigard wettable powder dusted on a dew covered leaf? supposed to actually inoculate the leaf material or surface I guess lying in wait for predators to consume it. I was reading that some universities are seeing promising results using it towards BM attacks using the botanigard sprays.
along for the ride, last run looked killer
Recent Research. Advances in biotechnology have produced improved prospects for developing new Bt insecticides and an ability to place Bt toxins within crop plants in a variety of ways. For example, genes directing the production of Bt toxins can be incorporated into certain plant-dwelling bacteria. When these altered bacteria grow and multiply within an inoculated host plant, the Bt toxin is produced within the plant. Genes coding the production of Bt toxins have also been inserted directly into the chromosomes of certain crop plants. Although the development of this technology may seem ideal, the season-long, high-level control it can provide will also pose a great risk for the development of insect resistance to the Bt toxin. Bt products have been used successfully for many years, but resistance in field or laboratory populations of the diamondback moth, Indian meal moth, Colorado potato beetle, and tobacco budworm has been reported. One mechanism for resistance is the reduced binding of the Bt toxin to the midgut receptor sites. As genes for production of insecticidal compounds are added to crop plants, developers must devise methods of preventing or managing insecticide resistance in target pests. Current plans to develop and use "Bt-corn", "Bt-potatoes", and other crops that produce Bt toxins are progressing much more rapidly than plans and actions designed to manage resistance in target pests.
http://www.entomology.wisc.edu/mbcn/fea207.htmlRecent Research. Advances in biotechnology have produced improved prospects for developing new Bt insecticides and an ability to place Bt toxins within crop plants in a variety of ways. For example, genes directing the production of Bt toxins can be incorporated into certain plant-dwelling bacteria. When these altered bacteria grow and multiply within an inoculated host plant, the Bt toxin is produced within the plant. Genes coding the production of Bt toxins have also been inserted directly into the chromosomes of certain crop plants. Although the development of this technology may seem ideal, the season-long, high-level control it can provide will also pose a great risk for the development of insect resistance to the Bt toxin. Bt products have been used successfully for many years, but resistance in field or laboratory populations of the diamondback moth, Indian meal moth, Colorado potato beetle, and tobacco budworm has been reported. One mechanism for resistance is the reduced binding of the Bt toxin to the midgut receptor sites. As genes for production of insecticidal compounds are added to crop plants, developers must devise methods of preventing or managing insecticide resistance in target pests. Current plans to develop and use "Bt-corn", "Bt-potatoes", and other crops that produce Bt toxins are progressing much more rapidly than plans and actions designed to manage resistance in target pests.