Octopuses Research Paper

This is a type of transparent-headed fish, inhabiting the Pacific, Atlantic, and Indian oceans at a depth of 1100 meters. The telescoping eyes in the transparent barrel-shaped head, secludes it totally from other fishes. These highly sensitive eyes can sense predators easily. The transparent head and tubular eyes help them detect any incident light inside the deep ocean. Barreleye fishes attain up to a maximum size of 6 inches and prefer to remain stationary within the water and feed on jellies.

Evolution has provided the world with animals we could never create with our imaginations. Some creatures obtained interesting beaks, some webbed limbs, but I don’t know of many with characteristics quite like those of the mantis shrimp. Furthermore, going back in history, it’s interesting to see where the peacock mantis shrimp developed its features from. Of course, discovering the various animals today that share these unique qualities is even more engaging. Such adaptations as those of the mantis shrimp cannot simply be left unseen, therefore, it’s best to explore what may be one of the world’s most extraordinary organisms.

Generally, marine biology is the study of organisms, their relationship to the environment, and their behavior, in addition to studying the chemical aspects of bodies of saltwater ("At A Glance" & "NOAA Fisheries").

The majority of the moonfish’s diet consists of squid and krill, as well as some small fish and eats by using its mouth. They catch their prey by diving to about 650 feet below the oceans surface. The Aside from humans, larger sharks such as great white and mako sharks are the moonfish’s primary predators. This fish is the world’s first warm-blooded fish, meaning it is an endotherm instead of an ectotherm. It can retain heat with insulating layers of fat, which insulates the heart

The ocean is a giant body of water that is home to all types of fish. The ocean provides a rich environment for a plethora of animals from the tiniest of fish to the enormous whale. In the ocean, these creatures live and explore. Some of them must hunt other fish in order to survive, which means that others must try to avoid predators. Nature has provided all of these animals with a unique capability to survive. The ocean abounds with interesting animals of all shapes and sizes that have their unique appearances and habitats at different depths of the sea.

To begin, the Leafy Sea Dragon is ingenious at what it does. It looks like seaweed, and too play it off so it doesn’t get eaten, it tumbles along the bottom of the ocean

These three amphibious creatures live in various habitats. The Giant Squid prefers to live as far as three football fields under the ocean surface, “500 to 1,000 meters below” to be exact (Database). Its habitat consists of “continental shelves

Squidward Tentacles is one of the main characters of the children television cartoons, SpongeBob SquarePants. He is a turquoise-colored, six-legged octopus living in a Moai in Bikini Bottom, the town the show is featuring. As a neighbor of the main character SpongeBob SquarePants and his friend Patrick, Squidward is featured in many of the episodes of the show. It is often seen that Squidward is the grumpy and hot-tempered one in the show, often keeping to himself by staying in his home as well as shutting down his neighbours who constantly play near his home. Despite both SpongeBob and Patrick claiming that Squidward is one of their good friends, the feeling is not mutual.

One is the producer-consumer relationship. One example of a producer-consumer relationship is a jellyfish and phytoplankton. The phytoplankton is a photoautotroph (also called a consumer) and gets its energy from the sun. The jellyfish is classified as the next level above, the herbivores. So, the jellyfish eat the phytoplankton making the relationship a producer-consumer one. The second type of relationship is the predator-prey relationship. This is the relationship where the predator eats the prey. A good example of this is a shark and a fish. The shark is classified as a top predator and the fish a smaller carnivore. Since the smaller carnivore is the main source of nourishment for sharks, the sharks eat the fish. This makes the relationship a predator-prey relationship. The last three relationships are different examples of symbiosis, which is the interaction between two living organisms. The first type of symbiosis is a form called mutualism. Mutualism is where both organisms gain something good from their interaction (+,+). An example of mutualism is a clownfish and a sea anemone. This is because the sea anemone is a shelter for the clownfish who are covered in a special mucus allowing them not to be stung. The clownfish is also provided with food while being housed in the anemone. The anemone is also getting positive things. The clownfish cleans away fish and algae leftovers from the anemone and is also

Marine organisms are animals, plants, and other living things that live in the ocean. A Marine biologist is a scientist who studies marine organisms and studies the bodies, behavior, and the history of marine organisms. They also study how marine organisms interact with each other and their environment. I have chosen to research about Marine biology because I would like to learn about sea life, the ocean, and its surrounding environment.

These creatures live in coral reefs for many reasons as I said before, for housing, for finding food and even for hiding from their predators. There are all types of different creatures with shining colors and surprising shapes.

Standard Oil was founded by John D. Rockefeller, later developing into what others have called an empire of oil. As the company grew it started gaining more control over the oil industry until eventually Rockefeller had almost zero competition; becoming one of the monopolies that were taking over America society. Slowly Standard Oil started controlling more aspects of American life, concerning anyone who understood the implications of this. Udo J. Keppler illustrated a political cartoon, which was published on September 7, 1904 on Puck magazine, pertaining to Standard Oil and the control it was gaining. The illustration can be seen as undoubted or controversial depending on the people you ask, but one thing that is sure is that it showed a

The Hawaiian Day Octopus is part of the mollusk family, and are closely related to squid, cuttlefish, and the Nautilus. They don’t have shells, but compensate with their extremely intelligent and ability to adjust color immediately to match their surroundings. When they are startled or leave a certain area, they release an ink cloud. The objective of this ink cloud is to distract possible predators, (*kind of like in Mario Kart when your screen gets inked). They can also squeeze themselves into tiny cracks. The average lifespan for a Hawaiian Day Octopus is about 1-3 years. They normally only mate once in their lives. They can be anywhere from ½ inch - 3 feet long. Their main source of food is crabs. * The reason you get inked by your competitors

They have a wide variety of preys, however they prefer to prey on stingrays (Strong, 1990). Their denticles are used to prey on the stingrays in order to facilitate their feeding. These denticles are used more as teeth than fish scales of how sharp and dangerous they are. They also prey on invertebrates, small boney fish, and other sharks as well. They travel throughout the coastal semi ocean (Carlson, 2002).

“Sepia apama has a bulky body, with 10 appendages (8 short, heavy arms, and 2 larger extensible tentacles)” (Aglibot). These two retractable tentacles are used for catching prey and mating, Sepia apama mate during the Southern Hemisphere winter, June to August. When mating a male's retractable tentacles are extended completely out to make themselves look bigger and they change their color very quickly to attract a mate. They eat crabs, fish, and crustaceans, which are shrimp, lobsters, krill, and barnacles. The retractable tentacles are used to eat these organisms, by grabbing the prey they hold while Sepia apama eats away with its parrot like beak. In order to catch these prey the Australian Giant Cuttlefish use camouflage to while awaiting their