Decomposition and recreation describes what happens to matter in a compost pile. The composting process requires carbon for energy, moisture to keep decomposition-friendly macro- and micro-organisms alive, nitrogen for protein synthesis and oxygen for aerobic decomposition. Algae, bacteria, fungi, insects, nematodes, protozoa, slugs and worms will prey upon the carbon- and nitrogen-rich compostables and recyclables and release them as nutrient-rich wastes that become part of the final product: dark-colored, fresh-smelling, nutrient-rich compost.
A compost pile is compost in a pile or heap. a compost pit is compost in a pit or hole in the ground.
The snow on a compost pile melts faster than the snow on the ground because the compost pile generates heat as it decomposes organic matter. This heat speeds up the melting process of the snow on top of the compost pile. Additionally, the dark color of the compost absorbs more sunlight, further accelerating the melting.
Only cover the pile when you don't want animals to eat the compost. Otherwise leave it uncovered to help the bacteria to compost the matter and ensure moisture gets in the pile. -Super Llama
Mother Nature doesn't compost, She mulches. But, anything that is from the Earth, will return to it, eventually. Put matter in a pile and eventually you will have compost.
Heat is the event which happens in the middle of the compost pile. A properly constituted and layered compost pile must be built around the middle, as the center of activity deciding for or against successful decomposition. Temperatures tend to reach as high as 160 degrees Fahrenheit (71.11 degrees Celsius) when proper procedures are followed and proper recyclables are included.
Organic matter in a compost bin decomposes as a result of bacteria action.
Insects in compost help break down organic matter by feeding on it and speeding up the decomposition process. They also aerate the compost pile as they move through it, which helps beneficial bacteria thrive and break down the material further. This contributes to the overall health of the compost pile by creating a balanced environment for decomposition to occur efficiently.
Yes, a leaf in a compost pile is biodegradable. It will break down into nutrient-rich material on its own and through consumption and excretion by macro- and micro-organisms supported by decomposition-friendly air, heat and moisture. In or out of a compost pile a leaf will contribute to the formation of dark-colored, fresh-smelling, nutrient-rich organic matter called compost or humus.
If you do not flip you compost pile, most of them will not fully work throughout the pile. Compost piles are part organic foods and plant parts. Air allows bacteria to break down, heat up and somewhat purify the composting material, as long as the layers are not flipped more than once weekly.
compost pile
Yes, compost requires air to properly decompose. Oxygen is necessary for the aerobic bacteria and other microorganisms in the compost pile to break down organic matter efficiently.
Someone can find out how to build a compost pile on the website Ehow. Also one can try the websites Ask, Yahoo Answers, and wiki.answers to see how to build a compost pile.