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What structural of archaebacteria allows them to live in extrem environments?
cell wall
Is archaebacteria aquatic or terrestrial?
Archaebacteria are primarily aquatic, often found in extreme environments such as hot springs, salt lakes, and deep-sea hydrothermal vents. However, some archaea can also be found in terrestrial environments, including soils and the human gut. Their adaptability allows them to thrive in various habitats, but their most notable presence is in aquatic ecosystems.
What structural characteristic of Archaebacteria allows them to live in extreme environments What structural characteristic of Archaebacteria allows them to live in extreme environments?
cell wall
Identify a characteristic that was most significant to arthropod success?
The exoskeleton, made of chitin, is a characteristic that was most significant to arthropod success. It provides protection, support, and allows for efficient movement, enabling arthropods to thrive in diverse environments.
What structural charateristics of archaebacteria allows them to live in extreme environments?
This is a sac like organelle/structure called the endospore which is found in the nucleoid region of a particular archaebacteria. It contains the major chromosome that dictates all necessary cellular functions such as metabolism. It(endospore) is enclosed by a durable wall and even when the outer cell is destroyed the endospore contained survives all sorts of trauma, including lack of food,water, extreme fluctuations in temperature and most toxins. I mean you can't even boil some prokaryotes. They are freakin' crazy!This is a sac like organelle/structure called the endospore which is found in the nucleoid region of a particular archaebacteria. It contains the major chromosome that dictates all necessary cellular functions such as metabolism. It(endospore) is enclosed by a durable wall and even when the outer cell is destroyed the endospore contained survives all sorts of trauma, including lack of food,water, extreme fluctuations in temperature and most toxins. I mean you can't even boil some prokaryotes. They are freakin' crazy!
The characteristic that most distinguishes arthropods from other invertebrates is?
The presence of segmented bodies with jointed appendages is the characteristic that most distinguishes arthropods from other invertebrates. This feature allows arthropods to exhibit a wide range of movement and adaptability in their environments.
Does bacillus live in extreme enviorments?
Yes, some species of Bacillus can thrive in extreme environments. Certain strains are known to survive high temperatures, extreme pH levels, and even high salinity, making them resilient microorganisms. Their ability to form endospores allows them to endure harsh conditions that would be lethal to many other organisms. This adaptability enables them to inhabit diverse environments, from hot springs to salt flats.
What is the Reproduction of archaebacteria?
Archaebacteria reproduce asexually through binary fission, where a single cell divides into two identical daughter cells. Some species of archaebacteria can also exchange genetic material through a process called horizontal gene transfer, which allows for genetic diversity within the population.
What characteristic allows enzymes to function a specific way?
Each enzyme has a characteristic shape
What process allows us to adjust to either extreme cold or extreme heat?
homeostasis
Do eagles live in extreme environments?
Yes, eagles can inhabit extreme environments, including high mountain ranges, arctic tundras, and deserts. Species like the Golden Eagle thrive in rugged terrains, while the Bald Eagle is often found near large bodies of water, which can be in harsh climates. Their adaptability allows them to survive in diverse habitats, utilizing their keen hunting skills and impressive flight capabilities.
What environment do prokaryotes live in?
Prokaryotes can thrive in a wide range of environments, including extreme conditions where many other organisms cannot survive. They inhabit diverse settings such as soil, water, and the human body, as well as extreme environments like hot springs, deep-sea vents, and polar ice. Their adaptability allows them to utilize various energy sources and nutrients, making them essential for ecosystems and nutrient cycling.
