Search Results for: Cheese containing veins produced by Penicillium roqueforti
moisture for prolonged periods, for example in soil or compost, wool fibre will readily decompose. the warmer and wetter the conditions, the faster the breakdown. bacteria and fungi break down the wool. the fungi first destroy the ends of the wool fibre, and bacteria then digest the weakened fibre by
secreting enzymes. a wide range of fungi and bacteria are involved, including: fungi: microsporum, trichophton, fuasarium, rhizopus, chaetomium, aspergillius and penicillium bacteria: actinomycetes, streptomyces, pseudomonas, proteus, bacillus a soil burial study undertaken by agresearch showed that...
http://www.iwto.org/biodegradeability
moisture for prolonged periods, for example in soil or compost, wool fibre will readily decompose. the warmer and wetter the conditions, the faster the breakdown. bacteria and fungi break down the wool. the fungi first destroy the ends of the wool fibre, and bacteria then digest the weakened fibre by
secreting enzymes. a wide range of fungi and bacteria are involved, including: fungi: microsporum, trichophton, fuasarium, rhizopus, chaetomium, aspergillius and penicillium bacteria: actinomycetes, streptomyces, pseudomonas, proteus, bacillus a soil burial study undertaken by agresearch showed that...
https://www.iwto.org/biodegradeability
moisture for prolonged periods, for example in soil or compost, wool fibre will readily decompose. the warmer and wetter the conditions, the faster the breakdown. bacteria and fungi break down the wool. the fungi first destroy the ends of the wool fibre, and bacteria then digest the weakened fibre by
secreting enzymes. a wide range of fungi and bacteria are involved, including: fungi: microsporum, trichophton, fuasarium, rhizopus, chaetomium, aspergillius and penicillium bacteria: actinomycetes, streptomyces, pseudomonas, proteus, bacillus a soil burial study undertaken by agresearch showed that...
http://www.iwto.org/biodegradeability