ever come across studies on Hops? Close cousin to Cannabis...
OHHH, I like the way you think bro...............Check these links, no Endo strain is given tho...
http://www.mail-archive.com/nativenews@mlists.net/msg04358.html
vvvvvvv quote vvvvvv
Mount Angel hops grower John Annen tried some spores to see if they would
help him root a difficult strain of hops in the greenhouse. He began using
them on everything after his success rate nearly doubled.
He said the hops treated with mycorrhizals have bigger root systems, need
less fertilizer and resist insects better, allowing him to skip one
application of insecticide.
"When I first heard about it I was very skeptical," he said. "I checked it
out with a few people at the college, field men, whatnot, and they told me
this was nothing new, it had been studied for years, but nobody went
anywhere with it. What this stuff can do is absolutely amazing."
Plants link up with specific fungi, so Mycorrhizal Applications makes
custom mixes for commercial clients in a liquid, powder or gel. The spores
can be mixed with potting soil, dripped on through irrigation, sprayed on
by crop-duster, or dropped in the soil at planting time.
The above-ground results produced by fungi could be achieved applying
fertilizer every two weeks, but 70 to 90 percent of nitrogen applied in
nurseries is not absorbed by the plants and ends up getting washed into
rivers, where it is a pollutant, Amaranthus said.
One inoculation of fungi lasts all year, costs pennies a plant, and
produces a bigger root system that is also resistant to disease.
"Nature has provided the template," Amaranthus said. "The problem is
education."
Here is a Hops and Phoshate vvvvvv quote vvvvvvv ..... A specific strain not determined. Low colonization levels in Hops.
http://www.springerlink.com/content/fr63157k34017w01/
In a continuing search for field sources of endomycorrhizal fungi that tolerate high levels of available phosphorus in soil, samples were obtained from long-established liberally fertilized hops (
Humulus lupulus L.) and peppermint (
Mentha piperita L.) fields. In hops fields, where extractable P (Bray) levels ranged from 21–196 ppm, spores of two
Acaulospora spp. and six
Glomus spp. were isolated. From peppermint fields with P levels of 44 to 244 ppm, spores of one
Acaulospora sp., four
Glomus spp. and one
Gigaspora sp. were obtained. Vesicular-arbuscular mycorrhizal (VAM) fungi were found colonizing most roots to some extent, despite the very high fertility of several sites. Although percentages of colonization in hops tended to be low, ranging from 0 to 9.3%, colonizations in peppermint roots were considerably higher averaging 26.5% between the sampled fields, notwithstanding P levels as high as 244 ppm. The functional benefit, neutrality, or detriment to plants of such high-P tolerant species remains to be determined.