The major biotic factors of the open ocean include various marine organisms such as phytoplankton, zooplankton, fish, marine mammals, and benthic organisms. Phytoplankton serve as the primary producers, forming the base of the food web, while zooplankton and fish, including both pelagic and demersal species, act as primary and secondary consumers. Additionally, the interactions among these organisms, such as predation, competition, and symbiosis, play crucial roles in the ecosystem dynamics of the open ocean. Overall, these biotic factors contribute to the complex ecological balance and biodiversity of marine environments.
Waves in the open ocean are called ocean waves. These waves are generated by the wind and can travel vast distances across the ocean. Ocean waves can vary in size and strength depending on factors like wind speed and duration.
The biotic factors of a snowy owl include bacteria, mice, and trees. Abiotic factors of a snowy owl would be water, snow, and dirt.
The Pelagic zone in a body of water is neither near the bottom nor the shore. Its name comes from the Ancient Greek for "open sea". Life can exist in the Pelagic zone so it is biotic, although as it gets deeper and light levels decrease, large parts of it may not see much life at all.
Neritic zones are closer to shore, shallower, and warmer than open ocean zones. They also tend to have higher levels of nutrients and more sunlight penetration, supporting greater biodiversity and productivity compared to open ocean zones.
shore zone,the intertidal zone and the open ocean zone
Waves in the open ocean are called ocean waves. These waves are generated by the wind and can travel vast distances across the ocean. Ocean waves can vary in size and strength depending on factors like wind speed and duration.
cheetah's are found in open partially open savanna
There are two major ocean zones, Pelagic and Benthic zones. The Pelagic zone is the open ocean and the Benthic zone is the ocean bottom.
factors that are nonliving that play a role in the ecosystem. This includes sand and rocks on the ocean floor, shells of organisms, sunlight entering the water, and the water itself.
An open field's abiotic and biotic factors change when it undergoes succession. The biotic factors change from being small insects like ants, spiders, and mites to mice, foxes, birds, and snakes. The open field is a habitat for small insects because it has grass, other insects, and dirt to eat. When the field turns into a forest there comes different animals because there are different things to eat. The forest is a habitat for small animals because there are tree leaves, other animals, berries, and many other things to eat. In addition to animals, other biotic factors appear when the field undergoes succession. Fungus starts to grow in the now, forest. Fungus grows because the tree cover makes it damper on the forest floor. The fungi will grow in the hot, damp places in the forest. Abiotic factors change as well as Biotic factors. In an open field there is nothing stopping the wind from rushing through it. When the field undergoes succession there is less wind because there are trees to block it from blowing in. Temperature changes likewise to wind. In the open field the temperature would be warm because the sun is able to heat the ground where as in a forest the trees shade the forest floor causing it to stay cool. The tree cover also makes the forest floor more damp compared to the open field's ground which will be dry because of the sun's availability to evaporate the damp spots on the ground. All things considered, I believe many abiotic and biotic factors change as an open field undergoes succession.
Insolaration (energy of the Sun reaching the ground) and nearness to open water (the ocean).
Thalassophobia is fear of the open ocean.
surface/ open ocean zone was warmer than the deep ocean. Sunlight can reach the open ocean so the temp. is warm.
glass is nonliving. The non-living factors that are part of the ocean ecosystem include water, the substrate (rock or sand), and the minerals and gases dissolved in the water.
In the open ocean you can find the Blue whale
The open ocean is vast and expansive, typically characterized by deep blue waters. It can vary in appearance based on factors such as weather conditions and time of day. You may see calm waters or rough waves, marine life such as dolphins or whales, and distant horizons with no land in sight.
The waves in the open ocean are usually caused by the friction of the winds over the open ocean of water. The waves in the ocean vary in strength and size depending with the speed of wind and the friction with the surface of water.