My Good Green Bokashi Plus 菌种混合物 - 1 公斤

Ceramic powder mainly improves the root-zone environment by supporting stable structure and thin water films that help roots breathe and absorb nutrients more consistently. It’s unique because it’s typically fired and inert, so it focuses on long-term stability and smoother water and nutrient flow rather than acting like a fertilizer or a fast pH changer.

They support a balanced microbial community that helps break down organic matter into plant-available nutrition and keeps the root zone more stable, which can improve uptake and reduce stress. They’re unique because they work as a mixed team of microbes rather than a single strain, so the benefits are often broader and more about steady root-zone function than one specific nutrient effect.

Molasses is important because it feeds beneficial microbes that support nutrient cycling and root-zone health, which can help plants grow more steadily. It’s unique because it works mainly by energizing the living ecosystem around roots rather than directly supplying plant nutrients like most feed ingredients.

Sea salt can sometimes help in tiny amounts because it contains chloride and trace minerals, but its main effect is adding sodium and raising salinity in the root zone, which can block water and nutrient uptake. That makes it unique from most plant inputs: instead of reliably feeding growth, it primarily changes the plant’s stress level, so careful restraint matters more than dosage excitement.

Trace minerals act as critical enzyme helpers that let plants convert light, water, and major nutrients into real growth, so even a small shortage can slow key processes like chlorophyll formation, energy transfer, and new tissue development. They’re unique because the ideal range is narrow, meaning balance and availability matter more than sheer quantity.

Yes, wheat bran can be good for plant soil because it quickly feeds beneficial microbes that improve nutrient cycling and root-zone structure, but it’s unique because it works through biology rather than acting like a direct nutrient dose, so using too much or keeping soil too wet can cause temporary nitrogen tie-up or low-oxygen stress.