Mosses that become compressed and form a blackish-brown material are called peat. Peat is a type of organic matter that forms in waterlogged conditions, where mosses and other plant materials decompose slowly due to the lack of oxygen. Over time, peat can be further transformed into coal through additional geological processes.
Soft animal parts can become fossilized through a process called carbonization, where organic material is compressed and heated under sediment, leaving a carbon residue. This can preserve delicate structures like feathers or skin. Another way is through replacement, where minerals gradually replace the organic material, preserving the shape and detail of the soft tissue.
Mosses are primitive plants that do not hibernate but instead go through a period of dormancy during unfavorable conditions. They can tolerate cold temperatures and lack of water by slowing down their growth and metabolic activities until conditions become more suitable for growth.
Cooler material is more dense and hotter material is less. This means that plates become more dense as they cool.
The material become brittle.
It must erode into sediment and then be compressed to form sedimentary rock.
Over time, the mosses become compressed into layers and form a blackish-brown material, which is called peat. (:
I believe mosses and ferns release spores that become other mosses and ferns later on.
solids cannot be compressed at all, if you compress a liquid enough it will become a solid by freezing, gasses can be compressed however if compressed enough it will become a liquid
Peat forms underground from partially decomposed plant material. Over time, the peat can become compressed and eventually turn into coal through the process of coalification.
Root syndrome occurs when the foramen (the spaces between vertebrae) become compressed, the nerve roots can be compressed or damaged.
Soft animal parts can become fossilized through a process called carbonization, where organic material is compressed and heated under sediment, leaving a carbon residue. This can preserve delicate structures like feathers or skin. Another way is through replacement, where minerals gradually replace the organic material, preserving the shape and detail of the soft tissue.
December 29th.
The limiting factor for sun-loving mosses as taller plants grow during succession would likely be reduced light availability. As taller plants shade the ground below them, the mosses may receive less sunlight, causing them to struggle to photosynthesize and grow. This reduced light can hinder the mosses' ability to compete with the taller plants for resources.
They fragment and become jagged, they become rounded by means of water erosion, which is why rounded rocks are found by rivers, creeks, etc.
the answer the material of the division can become specialized
Yes - even to a liquid. A solid is also possible but is not practical on Earth.
Mosses are primitive plants that do not hibernate but instead go through a period of dormancy during unfavorable conditions. They can tolerate cold temperatures and lack of water by slowing down their growth and metabolic activities until conditions become more suitable for growth.