they have a symbiotic relationship with dinosaurs and ptaters
Living things interact in a number of ways. They have symbiotic relationships that can either hurt or be good for the organisms. Most organisms also produce products that other organisms need.
Narwhals primarily exhibit a commensal relationship with certain species of fish and invertebrates. These organisms often inhabit the same Arctic waters, benefiting from the narwhals' movements, which can stir up sediment and make prey more accessible. Additionally, narwhals may also have interactions with larger predators, such as orcas, where the relationship can lean toward predation rather than symbiosis. Overall, while narwhals don't have a highly defined symbiotic relationship, they do play a role in the marine ecosystem that supports various other species.
A symbiotic relationship is a relationship were two different organisms benefit from each other. The bacteria Listonella anguillarum and Vibrio campbellii have a symbiotic relationship to the mangrove trees in estuaries.
Examples of symbiotic competitive relationships include the interactions between predator and prey species, where predators compete with each other for limited prey resources. In mutualistic relationships, species may compete with each other for shared resources, such as plants competing for sunlight in a forest canopy. Additionally, in some symbiotic relationships, organisms may compete for the same host or habitat space, such as different species of parasites coexisting on a single host organism.
There are three most common symbiotic relationships. They are Commensalism, Mutualism, and Parasitism. Commensalism: Good for one organism, but the other is unaffected. Mutualism: Good for both organisms. Parasitism: Good for one organism, but bad for the other. One thing you have to remember about Symbiotic relationships is that no one ever dies. Even when you are a parasite you don't want your host to die, because if it did, the parasite would also die. There are also two more types of relationships. They are less common though. They are both considered Competition, but they are split into two different groups, Intraspecific and Interspecific.
Symbiotic relationships.
A mutualistic (where both organisms benefit) relationship can be found between the Stentor and Algae, where the Stentor can get food from the Algae and the Algae can be protected from other organisms.
Mutualism-Both organisms benefit Commensalism-One organism benefits, and the other does not benefit or get harmed Parasitism-One organism benefits, and the other is harmed.
Living things interact in a number of ways. They have symbiotic relationships that can either hurt or be good for the organisms. Most organisms also produce products that other organisms need.
There are three main types of symbiotic relationships: mutualism, where both organisms benefit; commensalism, where one organism benefits and the other is unaffected; and parasitism, where one organism benefits at the expense of the other. Within these three categories, there are many specific examples of symbiotic relationships in nature.
Mutualism-Both organisms benefitCommensalism-One organism benefits, and the other is not affected in any manner.Parasitism-One organism benefits, and the other is harmed.
Physarum polycephalum is a type of slime mold that does not typically form symbiotic relationships with other organisms. It is a type of protist that feeds on decaying organic matter and does not rely on other organisms for its survival.
Narwhals primarily exhibit a commensal relationship with certain species of fish and invertebrates. These organisms often inhabit the same Arctic waters, benefiting from the narwhals' movements, which can stir up sediment and make prey more accessible. Additionally, narwhals may also have interactions with larger predators, such as orcas, where the relationship can lean toward predation rather than symbiosis. Overall, while narwhals don't have a highly defined symbiotic relationship, they do play a role in the marine ecosystem that supports various other species.
Some examples of symbiotic relationships in nature include mutualism, where both organisms benefit, like bees and flowers; commensalism, where one organism benefits and the other is unaffected, like barnacles on whales; and parasitism, where one organism benefits at the expense of the other, like ticks on dogs. These relationships benefit the organisms involved by providing resources, protection, or other advantages that help them survive and thrive.
Symbiotic relationships involve two different species living closely together and benefiting from each other, such as in mutualism, commensalism, and parasitism. Non-symbiotic relationships do not involve this close interaction, and the species do not rely on each other for survival or benefit.
A symbiotic relationship is the same as a mutualistic relationship, where both organisms benefit- For example, lions hunting for food- this enables a vast group of organisms to benefit and means that resources can be shared
They form a spectacular symbiotic relationships with other organisms.