i think lake trout
Some species of algae can tolerate and even thrive in high acid environments, such as those found in extreme conditions like volcanic lakes or acidic hot springs. These algae have developed various adaptations, such as specialized cellular mechanisms to maintain pH balance and protect against damage from acidity. However, not all algae can survive in such conditions, and their ability to do so often depends on the specific species and the severity of the acidity.
Pioneer species are the first to colonize an area after a natural disaster due to their ability to tolerate harsh conditions. These species play a crucial role in ecosystem recovery by breaking down rock or soil and creating conditions for other plant species to establish themselves. Over time, the pioneer species are outcompeted by other plants better suited to the changing environment.
Ecological valence refers to the range of environmental conditions, including factors like temperature, humidity, and resources, that a species can tolerate and thrive within. It reflects how well a species can adapt to varying ecological conditions and influences its distribution and abundance in different habitats. Essentially, it measures the suitability of an environment for a particular species, impacting its survival and reproductive success.
species richness is related to species diversity. It refers to the number of different species present in an environment. species evenness refers to how close in numbers each species in an environment are. For example an environment with three species A, B, C A has 56 B has 54 C has 55 This environment is low in species richness but high in evenness.
The highest taxonomic category is domain, while the lowest taxonomic category is species.
It is the ability for a species to adjust to changes in the environment.
Some species of algae can tolerate and even thrive in high acid environments, such as those found in extreme conditions like volcanic lakes or acidic hot springs. These algae have developed various adaptations, such as specialized cellular mechanisms to maintain pH balance and protect against damage from acidity. However, not all algae can survive in such conditions, and their ability to do so often depends on the specific species and the severity of the acidity.
Porcellio scaber is a species of woodlouse that is commonly found in Europe. They are known for their ability to tolerate drier conditions compared to other woodlice species. Porcellio scaber typically feed on decaying organic matter in their environment.
It's basicly a unique area that contains the highest number of plant and animal species.
Yes, Thiobacillus species are acidophilic bacteria that can survive and thrive in extremely acidic environments, including sulfuric acid. They are capable of using sulfur compounds as an energy source and can tolerate high levels of acidity.
A species either survives in its environment or the environment kills it.if a species is well adapted to the environment it thrives.
The archaebacteria are the only anaerobic species, who do not tolerate free oxygen.
Pioneer plant species are the first to colonize an area after a disturbance like a fire or landslide. They are often fast-growing and can tolerate harsh conditions, helping to stabilize the environment and create soil for other plant species to grow.
Pioneer species are the first to colonize an area after a natural disaster due to their ability to tolerate harsh conditions. These species play a crucial role in ecosystem recovery by breaking down rock or soil and creating conditions for other plant species to establish themselves. Over time, the pioneer species are outcompeted by other plants better suited to the changing environment.
The archaebacteria are the only anaerobic species, who do not tolerate free oxygen.
Among the following species, the one with the highest ionization energy will be the species that requires the most energy to remove an electron.
Ecological valence refers to the range of environmental conditions, including factors like temperature, humidity, and resources, that a species can tolerate and thrive within. It reflects how well a species can adapt to varying ecological conditions and influences its distribution and abundance in different habitats. Essentially, it measures the suitability of an environment for a particular species, impacting its survival and reproductive success.