much faster
bacteria reproduce quicker then elephants.
By biodiversity animals not being able to live where they are native
bacteria are organisms that face changes all the time. if the change wipes out all the bacteria and leaves only one, sexual reproduction is a bad survival technique even if it mutates. They can grow to larger Populations more quickly. Apex- T.F.
It's not unusual for salt marshes to burn, but they regenerate quickly. The animals that live there are very resilient, having adapted to that environment, and soon replenish the populations.
Armidillos defend themselves because in the habitat that they live on, they are prey to many animals within the same habitat. For instance, one of the armidillo's predaters is a panther. Living in South America (just like the armadillo), you would think the panther would have a nice meal quickly against the little armadillo. Yet, the armadillo has its shell for protection, so the panther can't get at his soft underbelly.
No, if the population drops below a certain level, there is no way for the animals or plants to reproduce quickly enough to repopulate the species.
St. Augustine grass is good for horses, but it doesn't repopulate very quickly. The best option for horses is Tifton 9 Bahia.
they chew through walls and poop everywhere and repopulate in your house and they chew chords and cables they also like to eat your food in the cabinet.My suggestion get rid of them quickly!
reproduce
it makes species become smaller or disappear quickly
Bacteria is the answer
Bacteria reproduce very quickly.
Salt can eliminate bacteria relatively quickly by causing dehydration and disrupting their cell membranes. The exact speed at which salt eliminates bacteria can vary depending on factors such as the concentration of salt, the type of bacteria, and environmental conditions.
Bacteria reproduce very quickly.
Leaves rot very quickly in the rainforest because bacteria thrive here. Bacteria are responsible for decomposing organic material in the environment.
Disinfectants can significantly reduce bacterial populations, but they may not eliminate all bacteria due to factors like biofilm formation, bacterial resistance, and the presence of spores or dormant cells that are less susceptible to chemical agents. Additionally, improper application or insufficient contact time can result in incomplete disinfection. Bacteria can also reproduce rapidly, allowing surviving cells to repopulate an area quickly. Therefore, a comprehensive approach, including cleaning and proper sanitation practices, is often necessary to achieve complete bacterial control.
Bacteria can reproduce extremely quickly if in the right environment. Under favorable conditions, a single bacteria can reproduce 108 bacteria in twelve hours.