They eat food smaller than them and get eaten by fishes, seals and penguins.
Parasitism is a relationship in which one species in the relationship benefits while the other is harmed.Example: Mosquitos and humans. Mosquitos suck our blood for their benefit while we are being harmed by itchy bumps and even diseases.Mutualism is a relationship in which both species in the relationship benefit.Example: Goby fish and snapping shrimp. The shrimp builds a sand burrow and shares it with the goby fish. The shrimp is almost blind so the goby fish warns the shrimp when danger is coming by flicking its fins, and both go into their burrow
Yes, sea sponges can have symbiotic relationships with other organisms, such as certain types of bacteria that live within their tissues and aid in nutrient cycling. Additionally, some small marine animals may seek refuge and protection within the structure of a sea sponge, benefiting both parties.
Yes, shrimp are bottom feeders, meaning they primarily feed on food at the bottom of the water, such as algae, decaying plants, and detritus. They play an important role in the ecosystem by cleaning up and recycling nutrients in aquatic environments.
Narwhals are found in the Arctic ecosystem, inhabiting the icy waters of the Arctic Ocean. They rely on sea ice for hunting, primarily feeding on fish, squid, and shrimp. Narwhals also coexist with other Arctic marine mammals such as polar bears, seals, and beluga whales in their ecosystem.
personally i do not no how coral reef feeds, that's what i was trying to fond out but now i am writing this. if you want to no how coral reef feeds i suggest you go on to wikipedia and type in coral reef
Shrimp and goldfish have a predator-prey relationship in an aquatic ecosystem. Goldfish may feed on shrimp as part of their diet, which can impact the population of shrimp in the ecosystem.
A symbiotic relationship is shared by two creatures, and will benefit at least one of them. Sea anemones and shrimp do have this relationship.
Sea cucumbers often share a symbiotic relationship with crabs and shrimp, particularly in terms of habitat and protection. Crabs and shrimp can be found living on or around sea cucumbers, benefiting from the shelter they provide from predators. In return, these small crustaceans help keep the sea cucumbers clean by feeding on parasites and debris on their surface. This mutualism enhances the survival and health of both parties involved.
The Goby fish provides both the shrimp and the goby protection from predators. The goby warns the shrimp by its tail when a predator is near,so it can retreat to safety.
Parasitism is a relationship in which one species in the relationship benefits while the other is harmed.Example: Mosquitos and humans. Mosquitos suck our blood for their benefit while we are being harmed by itchy bumps and even diseases.Mutualism is a relationship in which both species in the relationship benefit.Example: Goby fish and snapping shrimp. The shrimp builds a sand burrow and shares it with the goby fish. The shrimp is almost blind so the goby fish warns the shrimp when danger is coming by flicking its fins, and both go into their burrow
The symbiotic relationship between shrimp and goby fish is a mutualistic one, where both species benefit from each other. The shrimp, which has poor vision, digs and maintains a burrow for shelter, while the goby fish, with excellent eyesight, stands guard outside the burrow. When danger approaches, the goby signals the shrimp, allowing both to quickly retreat into the safety of the burrow. This partnership enhances their survival and offers protection from predators.
Yes, the relationship between shrimp and goby fish is a classic example of mutualism. In this symbiotic relationship, the shrimp excavates and maintains a burrow that provides shelter for both species, while the goby fish serves as a sentinel, alerting the shrimp to potential predators. This cooperation benefits both: the shrimp gains protection and the goby has a safe place to live. Together, they enhance each other's survival in their shared habitat.
The answer is parasitism.
Yes, mudskippers have a mutualistic relationship with the burrowing mud shrimp. The shrimp creates burrows that the mudskippers use for protection during low tide, and in return, the mudskippers keep the burrows well-aerated and free of debris, benefiting both organisms.
The harlequin shrimp and the starfish exhibit a predatory relationship. Harlequin shrimp are known to prey on certain species of starfish, particularly those that can be found in coral reefs. They skillfully flip the starfish over to expose its vulnerable underside, allowing the shrimp to feed on its soft tissue. This interaction highlights the shrimp's specialized feeding behavior and its role in the marine ecosystem.
Sea cucumbers, crabs, and shrimp can engage in symbiotic relationships primarily for mutual benefit. For instance, certain shrimp and crabs may inhabit the crevices of sea cucumbers, gaining protection from predators while helping to keep the sea cucumber clean by removing debris and parasites. This relationship enhances the survival of both parties, as the shrimp and crab receive shelter and food, while the sea cucumber benefits from reduced parasitic load.
they didnt