Oil, if you wait long enough.
Marine biologists study life forms found in the ocean. They research ocean ecosystems, marine organisms, and their interactions with the environment to better understand marine biodiversity and contribute to conservation efforts.
One-celled organisms called diatoms are the beginning of most ocean food chains.
Ocean currents is what forms surface currents. This starts deep in the ocean.
The Indian Ocean forms the eastern boundary of Africa.
Cold environments such as the Arctic or deep ocean waters can slow down the decay process by reducing microbial activity. Dry environments like deserts or certain caves can also inhibit decay by limiting moisture, which is necessary for decomposition. Additionally, certain chemical preservatives such as formaldehyde can be used to prevent decay in laboratory settings.
Calcium carbonate that settles out of ocean water forms sedimentary deposits, primarily in the form of limestone and chalk. These deposits accumulate over time from the shells and skeletons of marine organisms, such as corals and mollusks. When these organisms die, their calcium carbonate structures contribute to the sediment on the ocean floor, eventually lithifying into rock formations. This process plays a crucial role in the carbon cycle and helps regulate Earth's climate.
Organisms that drift with the ocean's currents include plankton, jellyfish, and larvae of marine organisms. These organisms rely on ocean currents for transportation, dispersal, and feeding opportunities as they move through the water column.
almost 90% of organisms in the ocean live in the uppermost zone
It forms almost every ecosystem because they are the producers and pastures of them. Small organisms eat and big follow.
The ocean, hands down. The ocean has the highest rate of biomass than any other place in existence. Especially in estuaries which are the nurseries of the ocean. 80% of ocean organisms spend time in the estuary during their life.
Organisms in the ocean with the smallest total biomass are most likely the what?
Scientists refer to the unique and often bizarre organisms that inhabit the deep ocean as "benthic" organisms. These creatures thrive in the ocean's depths, where light is scarce and conditions are extreme. The term "benthic" encompasses a wide variety of life forms, including deep-sea fish, crustaceans, and invertebrates, many of which are adapted to survive in high-pressure environments. Researchers often explore these habitats to uncover new species and understand the biodiversity of the ocean floor.