Witches broom.
It is a symptom of woody plants where compact clusters of numerous twigs and branches are formed. The mass of shoots comes from a common point, giving a broom-like appearance. The witches broom may last several years. Although some people consider witches broom unsightly, serious injury seldom results. Witches brooms can be caused by various sources including mites, viruses, fungi, mistletoes, insects, and nematodes. Knowing the type of host plant can help determine the cause of the witches broom..
Unregulated cell growth that causes a clump of cells to form is typically caused by genetic mutations in the cells that disrupt normal cell cycle regulation. Factors such as exposure to carcinogens, viruses, or certain lifestyle choices can also contribute to uncontrolled cell growth leading to the formation of a clump of cells, known as a tumor.
The clumps of growth are called colonies.
alcohol of any sort
the answer is Who cares?
Gravity does this in our atmosphere.
Condensate is when temperatures are near absolute zero and the process causes atoms to begin to clump. When the temperatures gets colder and colder, the atoms aren't able to move.
u use some gel otherwise dunno!
Indeed, a clump of what?
Feathers that are in a clump.
A clump of trees, a pile of leaves.
To improve your skills in identifying clump grass, you can start by studying the characteristics of different types of clump grasses, such as their leaf shape, size, and growth patterns. Practice observing and comparing these features in real-life settings, such as in a field or garden. Additionally, consider using field guides or online resources to help you learn more about clump grasses and their distinguishing traits. Regular practice and exposure to different species will help you become more proficient in identifying clump grasses.
If you are referring to the historical experiment where a scientist placed two hollow hemispheres together, ensured that their contact was air-tight, and then removed the air from between them, the removal of air amounts to a decrease in pressure inside the sphere.