EdenEnvy0001
New member
Yeah, I feel with the right complete data we can deconstruct the elements within the specrtral balance of the light in how the intensity builds and the spectrums shift thorought the day for a whole season from sprout to senescence and analyze the soil composition in both the mulch layer as it decomposes on the floor, but the root mass soil chromatography and deeper below the mass to see how it decomposes the runoff and key florae/mychorizae and natural fermetative decomposition throughout. Take samples of air composition at the origin high altitude locations
I know I’m looking for specific recessive phenos with certain correlative qualities between all of this and the terps and subterps yielded
Sooo
Why aren’t any people trying to run a beehive on a field of purple Nepali to see if they yield hallucinationogenic honey?
It’s absolutely be what pollen those Himalayan bees are harvesting
A giant purple Nepali may as well be a Light House to an animal whose visual perception exists in ultraviolet frequencies...
I know I’m looking for specific recessive phenos with certain correlative qualities between all of this and the terps and subterps yielded
Sooo
Why aren’t any people trying to run a beehive on a field of purple Nepali to see if they yield hallucinationogenic honey?
It’s absolutely be what pollen those Himalayan bees are harvesting
A giant purple Nepali may as well be a Light House to an animal whose visual perception exists in ultraviolet frequencies...