42
Two main abiotic factors that affect organisms in marine ecosystems are temperature and salinity. Temperature influences metabolic rates and reproductive cycles of marine species, while salinity affects osmoregulation and the distribution of organisms. Together, these factors help shape the diversity and abundance of life in various marine environments, from coral reefs to deep-sea habitats. Changes in these abiotic factors, often due to climate change, can have significant impacts on marine ecosystems.
The ozone layer protects marine life by absorbing the majority of the sun's harmful ultraviolet radiation, which can damage the DNA of marine organisms. If the ozone layer is depleted, marine life could be adversely affected by higher levels of UV radiation, leading to negative impacts on growth, reproduction, and survival of marine species.
Ocean currents significantly influence the climate and marine ecosystems along the U.S. West Coast. The California Current brings cold, nutrient-rich waters southward, supporting diverse marine life and fisheries. This current also contributes to the region's cooler coastal temperatures and fog patterns, impacting weather and coastal agriculture. Additionally, changes in these currents due to climate change can affect marine species distribution and ocean health.
Yes, forest fires can indirectly affect the ocean through the release of smoke particles and greenhouse gases into the atmosphere. These emissions can lead to changes in air quality and climate patterns, which in turn can impact ocean temperatures and marine ecosystems. Additionally, runoff from burned areas can introduce ash, sediment, and debris into nearby waterways, potentially affecting water quality and marine life.
Marine life in Antarctica is diverse and unique, with species adapted to the extreme cold temperatures. Iconic animals include penguins, seals, whales, and krill. The ecosystem is sensitive to climate change and human impact, making conservation efforts crucial for preserving this delicate environment.
Thorium doesn't affect the marine life.
Salinity, pressure and temperature are naturally occuring factors that affect marine life.
Tsunamis can affect marine life by moving their habitats. For instance, if the water a fish is in move to shore, then the fish will move with it.
Marine life dies and goes extinct. That's what happens when where they live gets destroyed.
the sun blindes the marine life , which makes it difficult for the marine to find food .
Yes, oil spills can affect marine life very much! It is sad to think about how much an oil spill can kill.
Sonar can be very loud underwater, reaching levels up to 235 decibels. This can disrupt marine life by causing hearing damage, changes in behavior, and even physical harm to animals like whales and dolphins.
No
it affects everything
upwelling affects the marine life because of the steagmagmaticbuoyant force of the air that goes through the water evaporates and crash out marine lives
climate marine life
During an ice age, large ice sheets form on land, causing global sea levels to drop. This leads to changes in ocean circulation patterns and can affect marine ecosystems. Additionally, the lower sea levels can expose new areas of the continental shelf, affecting coastal habitats and marine life.