Andrew4385

Andrew here with another update in the grow room.

Today I spend a little time with the fish that are part of my garden.

Today I answer a question posed to me by several other growers as to why I don't defoliate in accordance with industry standard practices. GROW ROOM DETAILS: This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside each pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. I run under the ION 720 LED grow light with CO2 enrichment up to 1000 ppm while maintaining an average temperature of 82 degrees F @ 56% RH. Stay tuned for future updates! If you have any questions, comments, or concerns, leave them in the comment section down below and I will be sure to get to them as I am able! Instagram: instagram.com/AndrewsHomeGrown Twitter: twitter.com/AndrewsHomeGrow CannaBuzz: @AndrewsHomeGrown

Andrew here with another update in the grow room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside each pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

Andrew here with another update in the grow room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside each pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant

Andrew here with another update in the grow room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside each pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

Andrew here with another update in the grow room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside each pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil stru demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

Andrew here with another update in the grow room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside each pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

Andrew here with another update in the flowering room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics Super Soils, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside the pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

Andrew here with another update in the flowering room. Today I go in to the underlying concepts that powers my living organic ecosystems and how I harness that power to cultivate some dank organic bud. This is my prototype cannabis grow methodology which combines Living Organics, Aquaponics, and Ancient Deep Water Culture methodologies. Currently there are over 20 species of aquatic plants and critters living inside the pond as well as hundreds of species of other beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

Mushi does her dooty in contributing to the ecosystem.

Andrew here with another update in the flowering room. Got some trellis set up over the living soil bed. Kush Train in flowering, harvested Sundae Driver. Changing a few things up, details in the video. This is my prototype cannabis grow methodology which combines Living Organics, Aquaponics, and Ancient Deep Water Culture methodologies. A more detailed video is in the making going into further on this method once I've had more time to test and adjust things. Currently there are over 10 species of aquatic plants and critters living inside the pond as well as hundreds of species of beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

This is my prototype cannabis grow methodology which combines Living Organics, Aquaponics, and Ancient Deep Water Culture methodologies. A more detailed video is in the making going into further on this method once I've had more time to test and adjust things. Currently there are over 10 species of aquatic plants and critters living inside the pond as well as hundreds of species of beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anaerobic conditions. Simply put, no root rot, water on demand, constant microbes and nutrient enrichment. Stay tuned for future updates!

An update on my full living organics system.

Stoner segways aside, in tonights update I loosely ramble on about the goings ons in my veg space. Still undergoing a lot of work, so pardon the rough edges. Next update the veg room will be much more fleshed out and full of new plants so make sure to stay tuned!

Today I've decided to try and solve the mystery of why my natural deep water system is putting out such high PPM using my bluelab Truncheon meter. I kinda gloss over the specifics in the video so I'll put them here. Water used to fill the aquarium comes out at 250 ppm (+/- 2%) at a pH of 9.5. The 4'x4'x7" flood table holds 25 gallons of water in addition to roughly 4 cubic feet of mixed substrate. The aquarium substrate consists of multiple layered constituents, low quantity high variety. Happy Frog, Ocean Forest, Michigan Made Mix, Great Lakes Water Only, Hydroton, Aquarium Sand, Aquarium Pebbles and lastly my own secret recipe compost mix. I also added 3 cups of dolomite limestone and 2 tbsp of each of the following to feed the microbes, algae , shrimp, snails, and fish: Sulfured High Brix Molasses, Blood Meal, Bone Meal, Seabird Guano, Bat Guano, Insect Frass, (High Phosphorous), Kelp Meal, Alfalfa Meal, Neem Seed Meal, Azomite, Langbeinite, Michigan Glacial Rock Dust, and 1 milliliter of Great White, Orca, King Crab, Mammoth P, Superthrive, Max Microbe, few other microbial / fungal inoculate, as well as a local sample of microbes taken from a rice grain culture I placed at the base of an oak outside my house. Its been almost 2 months and the PPM is always over 1800/2500 (500 TDS / 700 TDS) at 8.5 pH, ambient air temps are at 78f and aquatic temps are at 72f atmospheric CO2 is enriched to 900 ppm and its under 720 watts of 4000k LED lighting (ION 720). I need naturally stabilize it at about 7.0 pH and 1,000 ppm ideally so that my cherry shrimp and other crustaceans don't have issues anymore. Any insight is much appreciated. If you enjoyed this video, like and subscribe so you don't miss out on my updates. Also, check out my instagram: www.instagram.com/andrewshomegrown

This is my prototype cannabis grow methodology which combines Living Organics, Aquaponics, and Ancient Deep Water Culture methodologies. A more detailed video is in the making going into further on this method once I've had more time to test and adjust things. Currently there are over 10 species of aquatic plants and critters living inside the pond as well as hundreds of species of beneficial micro and macro-organisms, with more additions planned. This self contained ecosystem enriches the water for the cannabis plants which is wicked up the soil structure in a way which does not displace the pockets of atmosphere thus diminishing the risk of anerobic conditions. Simply put, no root rot, water on demand, constant microbial and thus nutrient enrichment. Stay tuned for future updates!