Food
There are many marine plants in the ocean supporting like but the most important of them all is phytoplankton. Phytoplankton (tiny single celled plants that live in the water) are alone responsible for 50% of the oxygen in the atmosphere and the majority of the food in the ocean.
Plankton (tiny animals living in the water) feeds on phytoplankton and in turn, much of the marine life in the ocean, from tiny fish to giant shark and whales, feeds on Plankton.
The annual bloom of the phytoplankton determines the breeding cycles for most marine life. Fish, mammals and crustaceons travel vast distances across the oceans in search of the blooms.
Without phytoplankton, the oceans would be a great marine desert as many of its inhabitants would starve.
Oxygen
The plant life in the oceans releases huge amounts of oxygen into the water, allowing marine life to breath.
It is beacuase if the lack of plant life in the great ocean depths (they can't photosynthesize without sunlight) that marine life there is so sparse.
Shelter
The ocean is a vast empty space. There isn't much to hide behind to avoid predators but floating seaweed or other plant life provides a great escape for small fish and crustaceons that would otherwise be quickly devoured.
The kelp forest of the oceans are a sanctuary for marine life. Kelp can grow to be several metres tall and houses many fish, crustaceons nd even some mamals in the relative safety of it's leaves and stems.
Aquatic plants under high salinity conditions.
Yes, there are veterinarians who specialize in marine animals and are trained to provide medical care for them. These professionals often work in aquariums, marine parks, research facilities, and wildlife rehabilitation centers to ensure the health and well-being of marine life.
The era that marks a significant increase in the complexity of life, particularly with the diversification of marine life and the emergence of plants on Earth, is the Paleozoic Era. This era began around 541 million years ago with the Cambrian Period, known for the "Cambrian Explosion," when many phyla of marine organisms rapidly evolved. The Paleozoic also saw the first land plants appear, contributing to the complexity of ecosystems.
The New Caledonia Reef is known for its diverse range of sea plants including seaweeds, seagrasses, and coral reef-building algae like calcareous red algae. These plants provide important habitats and food sources for marine life in this unique ecosystem.
Marine algae are simple, photosynthetic organisms that lack true roots, stems, and leaves, such as seaweed. Marine plants are more complex, multicellular organisms with roots, stems, and leaves, such as seagrasses. While both contribute to marine ecosystems, marine algae are typically found in intertidal and subtidal zones, while marine plants are found in shallow coastal waters.
they studdy marine life such as plants and animals
Marine animals such as manatees, sea turtles, and various fish species feed on marine plant life like sea grasses, seaweeds, and algae. These plants provide important nutrients and energy to support the diverse marine food web.
Many of the plants, animals, and life support the marine biome.
The cracks of the ocean are filled with seawater, sediment, and marine life such as small organisms and plants. These crevices provide habitats for a variety of marine species from bacteria to large fish and other creatures.
There are no plants in Antarctica. Seals are marine animals and use sea life not land life, to survive.
aquatic fishes, and marine life plants
Marine biologists are scientists who study marine life and ecosystems, including animals, plants, and other organisms that live in the ocean and other saltwater environments. They conduct research to better understand marine biodiversity, conservation, and the effects of human activities on marine environments.
Animal life depends on plants in two ways. Plants provide food for many animals and also, the plants provide oxygen for animals
Types of life in water include fish, plants, marine mammals, invertebrates, and amphibians.
Aquatic plants under high salinity conditions.
Sea weed, green algae, sea sponges, sea urchin, sea anemone, kelp, sea grass, phytoplankton.
plants "breathe" carbon dioxide which is what animals exhale. the plant life in the ocean provides oxygen for the marine life.