# data[].attributes.body
The interaction between the Nile Crocodile and Egyptian Plover is mutualistic. This is because the Egyptain Plover consumes food when eating the leach out of the Nile Crocodile's mouth, benefiting the Egyptian Plover, and the Nile Crocodile loses the parasitic leaches in its mouth, which benefits the Nile Crocodile.

# data[].attributes.body
The interaction between the bumblebee and the red clover is mutualistic. Bumblebees consume the nectar secreted by the red clover, which provides nutrients and energy for the bumblebee and therefore benefit it, and the pollen produced by the red clover is dispersed by the bumblebee as it rubs against the plant and flies off, dropping the pollen over a large region of dirt. This benefits the red clover because its population increases, and its habitat expands in land area.

# data[].attributes.body
The interaction between the resplendant quetzal and the avocado is mutualistic because the resplendant quetzal consumes the avocado, which provides nutrients and energy for the resplendant quetzal, which benefits it. The avocado's seeds are dispersed as a result of the resplendant quetzal regurgitating the seeds in the surrounding environment. The avocado benefits because its population increases over a larger surface area in its ecosystem.

# data[].attributes.body
The interaction between the ants and aphids is commensalistic. Aphids do not necessarily become harmed as a result of the ants milking them for sap; they do not benefit from the interaction. However, ants obtain sap from the aphids, which provides the ants with nutrients and energy, which benefits the ants.

# data[].attributes.body
The interaction between the fungi and lichen are mutualistic. The algae produce simple sugars from atmospheric carbon and water through photosynthesis. The fungus are able to feed on this sugar and provide shelter and protection for the algae.

# data[].attributes.headline
The Shark Remora and the Great White Shark

# data[].attributes.subject
The Shark Remora and the Great White Shark

# data[].attributes.body
The relationship between the Shark Remora and the Great White Shark can be described as commensalism. The Shark Remora uses its dorsal fin to temporarily attach to the the Great White Shark. As the Great White Shark searches for prey and finds it, the remora feeds on the excess scraps of food. The Great White Shark has no interest in eating the Shark Remora. In this situation, the Shark Remora benefits off of the Great White Shark while the Great White does not benefit off the remora and stays mutual.

# data[].attributes.body
The interaction between the clownfish and sea anemones is mutualistic. The clownfish use the anemones as shelter and avoids the poisonous tentacles. This makes it so that the poisonous tentacles are left for the prey. The clownfish attract other fish possibly through the bright colors of themself and the anemones. As this happens, the anemone's tentacles snatch their prey and paralyzes them.

# data[].attributes.body
The relationship between the cattle egrets and cows can be described as commensalism. The cattle egrets tend to follow the cows around as the cows walk because cows many times, kick up dirt or mud that contain insects for the cattle egrets to feed on. In this relationship, the cattle egrets are benefitting from the cows while the cows do not benefit from the cattle egrets and stay mutual

# data[].attributes.body
The interaction between Domestic Chinese Pug and Humans is mutualism. The dogs provide the humans with protection and companionship. Humans provide dogs with food, protection, and also companionship.

# data[].attributes.body
The relationship between the Oxpecker and  the Rhinocerous can be described as mutualism. The Oxpecker use their broad, thick, laterally flattened beaks to eat insects or parasites off of the Rhinocerous's skin. Oxpeakers also protect animals from danger by setting up ratting cries. The Rhinocerous offers the Oxpeaker protection with their horn composed of compressed fibrous keratin.

# data[].attributes.body
The relationship between Ticks and Dogs can be described as  parasitism. Ticks are bloodsucking parasites that feed on humans, wild and domestic mammals, birds, reptiles
and others. When dogs roam the earth ticks often jump on to them burrowing into their skin to suck their blood. This can cause dogs to be at discomfort and get many diseases.

# data[].attributes.body
The relationship between tapeworms and cows can be described as parasitism. Cows ingest tapeworms from fecal material. After the tapeworm gets into the cow, they start growing and feeding off of the cow's digested food for nutrition. This causes the cow to lose nutrition and be at discomfort.

# data[].attributes.body
The interaction between the Pacific Lamprey and the Yellowfin Tuna consists of a parasitism. Pacific lamprey attach themselves to the bodies of yellowfin tuna in the water. Their razor-sharp teeth rip a hole in the fish's body. They subsequently start sucking in nutrients, such as blood, in order to get enough energy.

# data[].attributes.body
The interaction between both the Mistletoe and Mangroves is a parasitic relationship. The mistletoes gain water and nutrients off of their host. The mistletoes are known for growing on the mangroves themselves. The mistletoe penetrates the mangrove's bark and consumes some of the mangrove's food. It injects its roots into the mangrove's phloem, which is the mangrove's principal nutrient transport system.

# data[].attributes.body
Gray whales and barnacles show commmensalism since the barnacles attach onto the whales. They attach onto the whales and leave patches that change the pigment of their skin, but otherwise do not cause any harm to the whale. They attach to whales and use them as a source of transportation and a way to filter their food to them, which benefits the barnacles.

# data[].attributes.body
Human Hair and Lice shows parasitism with the lice feeding off of human hair. Head lice are blood-sucking insects with no wings. They reside in your hair and feed on the blood that runs through your scalp.