The gill provide a very large surface area for the space that they have.
large surface areas
Spore prints are a method of obtaining spores by placing a mushroom cap on a piece of tinfoil or paper to allow the cap to 'drop spores' as it finishes growing and producing them over a period of 24 hours or so. This allows the collector to save the spores or 'mushroom seeds' for as long as 25 years for later growing.
The spores are produced inside the cap on the surfaces of the structures called the gills as the mushroom grows. When the mushroom fully matures, the canopy opens and a little piece of the mushroom underneath the cap called the veil tears. This exposes the gills that by then are fully covered with spores, which can now fall out and propagate more mushrooms.The way people collect the spores are they take the cap off right when the veil breaks and press the cap against aluminum foil or plastic wrap to allow the spores to collect into a "spore print."
Spore prints are a method of obtaining spores by placing a mushroom cap on a piece of tinfoil or paper to allow the cap to 'drop spores' as it finishes growing and producing them over a period of 24 hours or so. This allows the collector to save the spores or 'mushroom seeds' for as long as 25 years for later growing.
Spores allow fungi to reproduce sexually or asexually. Spores are either dropped from the fungi to disperse or will burst forth in an explosive manner.
large surface area.
Trees, grass, mums, raspberry bushes, etc. Hope this helps.
Some microorganisms do reproduce by forming spores, which are a specialized reproductive structure. Spores are resistant to harsh conditions and allow the microorganism to survive unfavorable environments until conditions become more favorable for growth and reproduction.
You mean flagella? allowing certain cells to move.. like sperm? spores no, they don't allow movement.
No, it has pores which allow the sponge to filter feed.
Sorry, but the limitations of answers.com do not allow us to sketch anything.
Spores are a form of reproductive structure that bacteria can produce to survive harsh environmental conditions. They can protect the bacteria from desiccation, heat, radiation, and chemical damage. Spores allow bacteria to remain dormant until conditions improve, at which point they can germinate and resume growth.