Compost consist of food scraps and other organic materials so f
ungi feeds on the living or dead tissues of plants or animals.
The fungi is already feeding on the leftovers, helping with the decomposistion, now it is releasing its spores from its fruiting body.
The advancement of the process of breakdown of compostable materials is the way in which microbes can be useful in compost bins. The microbes in question may appear as beneficial bacteria and fungi. They decompose carbon- and nitrogen-rich recyclables and thereby generate the energy and heat which ensure efficient decomposition in less than a year.
Fungi and Bacteria causes compost to rot because they are microbes...
Aeration and convenience are reasons why many compost bins are plastic. Plastic bins facilitate the aeration that composting requires to break carbon- and nitrogen-rich recyclables down into dark-colored, fresh-smelling, nutrient-rich organic matter called compost or humus. They tend to be easier to make and to move.
Amendments, fertilizers, and mulches are by-products of compost bins. The containers in question hold dark-colored, fresh-smelling, nutrient-rich organic matter at the end of properly monitored decomposition of recyclable materials and therefore serve as sources of soil enricheners and weed-controllers.
Yes, hoverflies nest in compost. The insects in question (Syrphidae family) may be attracted to compost heaps, piles, and piles and to uncovered compost bins and containers. They particularly will be attracted to carbon- and nitrogen-rich materials -- especially kitchen scraps and plant parts -- which are in the process of breaking down into dark-colored, fresh-smelling, nutrient rich humus.
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Yes, dirt and water can be added to compost bins. Dirt contains bacteria and fungi that help activate decomposition when sprinkled atop the alternating layers of carbon- and nitrogen-rich recyclables. Water may be added to keep the pile the consistency of a wrung-out sponge.
The advancement of the process of breakdown of compostable materials is the way in which microbes can be useful in compost bins. The microbes in question may appear as beneficial bacteria and fungi. They decompose carbon- and nitrogen-rich recyclables and thereby generate the energy and heat which ensure efficient decomposition in less than a year.
it save energy by.............................................
compost bins help us by taking certain live trash and making it a nutrient rich fertilizer for our gardens . it is the complete cycle of a vegetable.
Where do you get parts for Soilsaver Compost Bin?Read more: Where_do_you_get_parts_for_Soilsaver_Compost_Bin
You won't have any compost next Spring.
compost will kill us in the near future
Fungi and Bacteria causes compost to rot because they are microbes...
There are certainly compost bins that can be kept in the house year round. The website "http://www.naturemill.com/" provides composters designed for inside use.
No, caterpillars cannot be put in compost bins. Caterpillars represent the larval stages of butterflies and moths. A compost bin will not support the life cycles and natural histories that lepidopterans must experience to breed, feed and fly.
Aeration and convenience are reasons why many compost bins are plastic. Plastic bins facilitate the aeration that composting requires to break carbon- and nitrogen-rich recyclables down into dark-colored, fresh-smelling, nutrient-rich organic matter called compost or humus. They tend to be easier to make and to move.