Johnson Su Bioreactor Compost For High Microbe Diversity

Johnson su composting stands apart from traditional windrow and pile composting by creating an organism-rich compost that contains microorganisms to inoculate the soil with and help plants improve soil health, sequester carbon and increase yields.

Compost builds up slowly over a year in an aerobic process and should maintain 70% moisture.

High fungal content

The Johnson-Su composting bioreactor offers farmers a simple and inexpensive solution for improving soil health while decreasing reliance on chemical fertilisers. It uses finely chopped woody material as fuel for feeding fungi that transform organic matter into stable humus – this allows soils to sequester carbon while contributing to climate change mitigation by lowering greenhouse gas emissions; in turn, yields increase thanks to improved plant nutrition.

Johnson su compost also utilizes fungi to break down weed seeds and provide nourishment for plants, which reduces the need for manual weeding and herbicide spraying. Fungi also help aerate and break down hard materials for an impressive, dark, crumbly result in its final form.

Johnson-Su composting bioreactors offer an alternative to commercial windrow composting processes, which typically involve regular turning. By eliminating disturbance, fungi networks form easily to form an ecosystem-rich microbiome community ideal for producing nutrient-rich compost and liquid fertilizers.

Producers can use compost to produce teas rich in microbes and minerals, which they can apply directly as foliar sprays or drench into soil to enhance plant growth. Furthermore, these teas help prevent disease and insect damage while improving soil structure and increasing drought resistance. Research demonstrates that soil with diverse microbial communities are more resilient against environmental stresses, with fungi networks protecting from pests, diseases, heat waves and sudden cold fronts.

Carbon sequestration

A Johnson su bioreactor is a passive, no-turn composting system designed to produce high-quality fungal-dominant compost to improve soil health. Created by David Johnson and Hui-Chun Su in New Mexico, it uses various organic materials including hay, straw, manure and wood chips as feedstock. With passive aeration and moisture-control measures in place, beneficial microorganisms thrive to break down organic matter while simultaneously providing nutrients to plants.

Johnson su bioreactor compost is abundant with carbon, helping contribute to carbon sequestration and sustainable agriculture. Furthermore, Johnson su compost also aids soil moisture retention which plays an integral part in crop productivity improvement and research shows it increases seed germination rates when used to coat seeds as well as increasing microbial diversity in the soil.

The Johnson su bioreactor offers an economical alternative to commercial windrow or home composting methods that require constant turning of piles to achieve aerobic conditions, including fly infestation. Furthermore, its closed design prevents fly infestation and thus eliminates the need for chemical insecticides. Moreover, it can be used to make compost tea which strengthens microbial communities and may be applied directly onto crops; its compost and tea can improve fertility in soil, potentially eliminating or at least reducing fertilizer requirements entirely – aligning itself with regenerative principles by supporting self-sustaining ecosystems while supporting damaged landscapes back onto life again.

Regenerative principles

The Johnson su bioreactor compost is a flexible system designed to enable farmers to easily create high-quality compost and liquid fertilizers. Suitable for regenerative farming, as it increases soil health and fertility while decreasing chemical inputs; additionally it enhances crop growing as it increases seed germination rates while improving plant growth as well as water retention capacity and carbon sequestration capabilities of soil.

Composting involves mixing green (nitrogen-rich) and brown (carbon-rich) materials such as leaves, straw, manure and wood chips together in a balanced mix to produce an evenly mixed environment for microbe growth. Compost should be stored at ambient temperatures to promote this growth while being kept moist by regularly adding water to it; moisture is especially essential at the beginning of composting as too little will increase fly infestation risks.

Compost can be used both as potting soil and as an organic tea to apply on row crops, providing healthy microbes directly to the soil and helping restore healthy microbial communities. It may also be used to inoculate seeds. Compost has the power to drastically increase crop yields while improving biological health of any field it’s applied on; making it an excellent solution for soils degraded due to conventional agricultural practices.

Easy to maintain

The Johnson-Su bioreactor is an easy and efficient composting system developed by molecular biologist David Johnson and his wife Hui-Chun Su. Utilizing a static aerobic process that requires no turning or large composting machines – instead relying on pre-set ventilation shafts at the base of each compost pile to aerate its contents – this yields richly fungal-dominated compost suitable as soil amendment or seed coating material.

Johnson-Su compost is made up of materials available on local farms, such as hay, straw, animal manure, wood chips and humic acid – combined in an even ratio of one third carbon to two thirds nitrogen. Other key ingredients in Johnson-Su compost include humic acid and kelp – with all these elements interacting symbiotically to sequester carbon, increase soil structure and water infiltration rates, fix nitrogen fixations rates as well as increasing plant growth rates and crop yields.

Fungi in compost play an essential role in providing nutrients to plants, as they release them in an easily absorbable form that is released back into the soil where other organisms can access them. This creates a resilient ecosystem capable of withstanding pests, disease and environmental stress – and these fungi also improve seed germination rates and boost plant health!