At lower temperatures microscopic life forms such as bacteria rate of activity is slowed or even halted entirely. Without these lifeforms digesting the dead organisuim the decay rate is significantly reduced. Lack of moisture can also slow or halt decay.
Bacteria and other small organisms, such as insects are responsible for the decay of dead organisms.
Bacteria and other small organisms, such as insects are responsible for the decay of dead organisms.
decomposition
The term for an organism that causes decay is decomposers, such as bacteria and fungi. they chemically break down organic matter for food. the decay caused by the decomposers is part of a process that produces detritus, small pieces of dead and decaying plant/animal remains.
From dead and decay matter.
Decomposers eat the dead organisms. For example, worms and weeds, and sometimes scavengers like crows, vultures and ravens, eat dead organisms. EDIT: Bacteria
Radio carbon dating
I think its called a decomposer.
Dead organisms (unless specially preserved) will decay, and the soft tissue will rot and eventually disappear, leaving behind only bones or shells (for those organisms that have bones or shells).
The decay of dead organisms in the soil makes the biochemical constituents of that organism more readily available for use by plant life; in other words, it turns dead things into fertilizer, and is a form of recycling. Therefore, it is useful.
A dead animal would decay faster in a rainforest due to the warm and humid conditions that accelerate the decomposition process. In contrast, the dry conditions of a desert would slow down the decay process due to the lack of moisture and slower microbial activity.
Decay of dead organisms is important because it recycles nutrients back into the ecosystem, allowing other living organisms to benefit from those nutrients. It also helps to break down organic matter, preventing the build-up of waste. Additionally, decay releases energy stored in the dead organism as it breaks down, contributing to the overall energy flow in ecosystems.