Some symbiotic relationships are obligate, meaning that both symbionts entirely depend on each other for survival cannot live on their own. Others are facultative, meaning that they can, but do not have to live with the other organism.
Symbiotic relationships include those associations in which one organism lives on another
(ectosymbiosis, such as mistletoe), or where one partner lives inside the other
(endosymbiosis, such as lactobacilli and other bacteria in humans.
Competition happens when two parties want the same thing, but there isn’t enough of it to go around. You see it every day at work, sports events, etc. In nature, it would be seen between two packs of wolves or prides of lions.
Organisms compete for the resources they need to survive: air, water, food, and space. In areas where these are sufficient, organisms live in comfortable co-existence, and in areas where resources are abundant, the ecosystem has a rich diversity.
Predators feed on other organisms and need them for life and to reproduce.
A red-tailed hawk is a generalist predator; they eat anything from rodents to reptiles to other birds. They are good competitors with other Birds of Prey because they consume a wide variety of prey so their options are many. Specialist predators, however, like the osprey, which eats strictly fish, are limited in their prey selection as well as their geographic range because they have to live in areas where their prey resides.
A biotic factor refers to any living component of an ecosystem that can affect other organisms, including interactions such as predation, competition, and symbiosis. Two examples of biotic factors are plants, which provide food and habitat for various organisms, and animals, which can be predators, prey, or competitors within a community. These interactions play a crucial role in shaping the structure and dynamics of ecosystems.
Symbiosis is a relationship where one organism depends on another for survival. This can include mutualism, where both organisms benefit, or parasitism, where one benefits at the expense of the other. Examples include lichens (mutualism) and ticks feeding on blood (parasitism).
it is helped very well because it is
Predation is an organism pursuing another organism and examples of that would be, 1. A Cat pursuing (eating) a mouse 2. A Lion pursuing (eating) a Zebra
They are called symbiotic organisms. There are 4 basic forms of symbiosis: A "commensal" organism is one that lives in, on, or with another, and benefits in some way without affecting the other. (e.g. an orchid) A mutualistic organism is one that benefits and provides a benefit. (e.g. gut bacteria) An "amensal" organism does not benefit, but does harm. (e.g. accidental predation) A "parasite" (parasitic organism) is a plant or animal that lives on or within another living organism at the expense of that organism. (e.g. toxic bacteria)
Competition is not an example of symbiosis because both organisms are affected negatively by competing for resources, while predation is not an example of symbiosis because instead of being a relationship like parasitism where one benefits and the other is harmed in parasitism it tries to keep the host alive while in predation the predator eats the prey and benefits from it whenever it is able to eat.
Predation-The Polar Bear eats the fox. predation isn't a type of symbiosis
A biotic factor refers to any living component of an ecosystem that can affect other organisms, including interactions such as predation, competition, and symbiosis. Two examples of biotic factors are plants, which provide food and habitat for various organisms, and animals, which can be predators, prey, or competitors within a community. These interactions play a crucial role in shaping the structure and dynamics of ecosystems.
The most common form of symbiosis is parasitism, so in a sense, yes. There are many instances of host-specific parasites, but few of prey-specific predators. IF one kind of predator (say an orca) specialized in one kind of prey (say a grey whale) and followed their pods around so that practically everywhere you saw a grey whale, you would see an orca, then we could say that was predator-prey symbiosis.
Prokaryotic symbiosis does not commonly involve interactions with multicellular organisms. Examples of prokaryotic symbiosis include mutualistic relationships like nitrogen-fixing bacteria in plant roots or pathogenic relationships like bacteria causing diseases in animals.
Bacterial symbiosis in nature includes examples like gut bacteria aiding in digestion, nitrogen-fixing bacteria helping plants grow, and bioluminescent bacteria providing camouflage for host organisms. These relationships benefit both the bacteria by providing a stable environment and nutrients, and the host organisms by aiding in digestion, nutrient absorption, and protection from predators.
No
A wolf and a bear.
shark
In the polar regions, symbiosis between organisms is crucial for survival, as extreme conditions make it challenging to thrive individually. Examples include lichens, a symbiotic relationship between fungi and algae that can withstand harsh conditions. Additionally, organisms like Antarctic krill rely on symbiotic relationships for food and protection. Overall, symbiosis plays a significant role in maintaining the delicate balance of ecosystems in polar regions.
Examples of coactions include two species of plants that rely on the same pollinator for reproduction, or two predator species that both prey on the same prey species. In these interactions, the presence or behavior of one species affects the other.
Organisms use a variety of resources to live, including food for energy, water for hydration, oxygen for respiration, and shelter for protection. In addition, organisms also rely on other organisms for processes such as mutualism, parasitism, and predation to support their survival and reproduction.