one place fungi would not likely thrive would be in the desert because fungi only lives in wet places
The word fungi is a plural noun.The singular noun is fungus.This is a Latin plural more commonly used than the English plural which would be funguses.
(verb) to prosper; to develp or grow vigorously
Because 'cactus' would be 'cacti' and 'fungus' should be 'fungi', it would be grammatically correct for 'digitus' to be 'digiti' .
Emerson would likely feel Watada is doing the right thing by following his own beliefs
Failure to Thrive
Most likely in Alaska
The Eumycota are fungi that thrive on the dead tissues of plants and animals. They get their nutrients from decomposed matter and store them as energy.
This organism would likely be classified as a member of the Fungi kingdom, as fungi are multicellular heterotrophs with chitin cell walls.
spores
A plant with long red leaves that would thrive in a sunny environment is likely a type of cordyline plant.
Without human interference, animals that are adept at surviving in natural environments would likely thrive. Species such as wolves, bears, deer, and birds of prey would likely see population increases, while urban-adapted species like rats and pigeons might struggle. Ultimately, the balance of nature would shift, with different species thriving and declining based on their ability to adapt to changing conditions.
Pseudomonas aeruginosa is more likely to thrive in aerobic environments, which have oxygen present.
Pilobolus fungi can be found on herbivore dung in grasslands and pastures around the world. They thrive in areas with abundant organic matter and sunlight.
No, there are many species of fungi all over the planet. They live in conditions that are very different. From rotting wood, to inside the human body!
A forest without trees would be tree graveyard. There would be no life since all trees rely on fungi to aquire water and nutrients. As the trees died of dehydration, there would be nothing to decay them, since fungi are the main organisms to degrade the recalcitrant components of wood (e.g. lignin). Many animals would also die, since they rely on edible mushrooms (most of these would be insects). The few organisms that would survive would be plants that do not associate with fungi, bacteria, and the microbes that hunt bacteria.
Extremophile is a term used to describe organisms that thrive in extreme environments, such as high temperatures, acidic conditions, or high pressure. Both bacteria and fungi can be extremophiles, depending on the specific conditions in which they flourish.
Saprophytes are plants and fungi that thrive on dead tissues of plants and animals. They play a vital role in decomposition by breaking down organic matter into nutrients that can be recycled in the ecosystem. Examples include mushrooms, mold, and some types of bacteria.