Organisms in the intertidal zone need to be adapted to survive rapid changes in temperature, salinity, and oxygen levels as the tide rises and falls. They must also be able to withstand the physical stress of waves, strong currents, and exposure to air during low tide. Additionally, they need ways to avoid desiccation and cope with competition and predation in a dynamic and crowded environment.
Yes, the amount of rain in an area determines the types of organisms that can live there. Organisms have adapted to the specific amount of rainfall in an area, with some species requiring more water while others can thrive in dry conditions. Rainfall affects the availability of water, which is essential for the survival of plants and animals in an ecosystem.
There are two main kinds of organisms that have prokaryotic cells: Bacteria and Archaea. These organisms lack a true nucleus and other membrane-bound organelles in their cells.
The water's temperature is the number one factor that determines the types of organisms that can live in a body of water. Organisms are adapted to specific temperature ranges, so water temperature directly influences the diversity and distribution of aquatic life.
autotroph is a type of organism in an ecosystem, but what is the name to categorize all organisms.
Desert biomes have harsher environmental conditions, such as high temperatures and limited water availability, which make it difficult for many organisms to survive. Forest biomes, on the other hand, typically have a more stable and favorable environment with abundant water and resources, which can support a greater diversity of organisms.
Snails that live in the intertidal zone are adapted to withstand both wet and dry conditions. They typically have a strong, thick shell to protect them from predators and desiccation during low tide. These snails often consume algae and other small organisms found in the intertidal area.
Many organisms are especially adapted to certain conditions, such as a high or a low temperature, a life in water, a life away from water, etc. Pressumably these changes occured as a result of evolution.
Factors that determine the organisms in a saltwater ecosystem include salinity levels, temperature, oxygen availability, and nutrient levels. Organisms must be adapted to handle high salt concentrations and fluctuations in conditions like tides and currents.
Mudflats, Sandy beaches, and Rocky shores
Mudflats, Sandy beaches, and Rocky shores
Yes, the amount of rain in an area determines the types of organisms that can live there. Organisms have adapted to the specific amount of rainfall in an area, with some species requiring more water while others can thrive in dry conditions. Rainfall affects the availability of water, which is essential for the survival of plants and animals in an ecosystem.
algea, maybe coral and some others
There are many different kinds of sheep. Some types have adapted to their desert or cold environments, and for dry conditions.
Bacteria are the kinds of organisms that were missing from the first classification system.
Rocky shores: Areas that have rock formations where marine life can cling onto and survive between the tides. Sandy beaches: Shorelines with sandy substrate where organisms burrow or forage for food. Mudflats: Coastal wetlands with muddy sediment that are exposed during low tide, providing habitat for a variety of organisms.
Three kinds of intertidal areas are rocky shores, sandy shores, and mudflats. Rocky shores are characterized by exposed rocks and tide pools, sandy shores have sandy beaches with fluctuating water levels, and mudflats are flat areas covered with mud that are exposed during low tide.
There are more kinds of organisms in a Genus because species is a subset of genus. Therefore, Genus is superior.