Optimizing the photosynthesis coefficient: Is nano-scale hydroponic composting the future?
I'm a budding photosynthesizer dabbling in the world of green chlorophyll art, also known as urban gardening. As I delve deeper into this, I'm looking for ways to create a biodynamic, isotonic compost pile that will not only provide my plants with nutrients, but also optimize their pH and improve their electrolytic balance. Does anyone have experience with nano-scale hydroponic composting? Are there specific microbes or mycorrhiza I should add to maximize my plants' photosynthesis coefficient? I've heard that adding aerobic bacteria and a dash of binomial nomenclature can help. And what about residual nitrogen and osmosis behavior in kitchen scraps? A colleague mentioned that I should treat my plants with a mix of post-photosynthetic materials and semi-permeable membranes for optimal results. Any advice?
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I don't understand her technical terms, but Brenesseljauch in the compost is also great.
Much bombastic…
Box of waste, worms in, keep damp, some holes for air… then you have your compost. It will always be too concentrated to cultivate plants directly in it. But you don't have so much waste anyway… no garden produces enough biomass to operate it as a closed cycle if the area is only 30%. So put compost under what you have, it'll be too little anyway. The PH value regulates itself even when you pour rainwater. Otherwise just peat if it should be sour, and lime if it should become alkaline. In the case of hydroponic fins, I can only shake my head, which does not even count on a professional scale.