Water evaporates much faster in hot, dry climates which cause the ocean or sea in that area to have slightly more salinity
One of the many ways in which the oceans affect the climate of coastal areas is by buffering temperature. Water holds heat better than air- it takes longer to heat up and cool down. Because of this, areas near the water tend to have more stable temperatures than those farther away.
One of the many ways in which the oceans affect the climate of coastal areas is by buffering temperature. Water holds heat better than air- it takes longer to heat up and cool down. Because of this, areas near the water tend to have more stable temperatures than those farther away.
Higher levels of salinity produce brine shrimp that are smaller, but reach sexual maturity faster than those in lower levels. Also lower levels of salinity tend to allow more predators into the ecosystem.
because the oceans hold lots of heat
Depending on the emissions, volcanoes can either cause warming or cooling. Effusive eruptions of basaltic lava tend to produce carbon dioxide, which warms the climate. Explosive eruptions of rhyolitic or dacitic ash and pumice tend to produce sulfur dioxide, which causes cooling. In both cases the eruption needs to be exceptionally large to have a noticeable effect on climate.
Enclosed bays tend to have high salinity
AnswerAll oceans have salt in them. The average salinity of all oceans is 35 parts per thousand. Salinity does vary according to depth and location. Areas of the ocean located near onshore river runoff typically have a lower salinity. Areas near the tropics with high evaporation rates tend to have higher salinity.
the dead sea
One of the many ways in which the oceans affect the climate of coastal areas is by buffering temperature. Water holds heat better than air- it takes longer to heat up and cool down. Because of this, areas near the water tend to have more stable temperatures than those farther away.
One of the many ways in which the oceans affect the climate of coastal areas is by buffering temperature. Water holds heat better than air- it takes longer to heat up and cool down. Because of this, areas near the water tend to have more stable temperatures than those farther away.
Because we tend to spend more time on the continents than in the oceans.
Higher levels of salinity produce brine shrimp that are smaller, but reach sexual maturity faster than those in lower levels. Also lower levels of salinity tend to allow more predators into the ecosystem.
Biodiversity tends to increase as you move toward the equator because temperatures tend to be warmer.
cooler
Mountains tend to inhibit tornado formation. They block the moisture that fuels storms and can prevent thunderstorms from organizing. Warm oceans provide warm, moist air to fuel thunderstorm which can then produce tornadoes. Cool oceans tend to stabilize the atmosphere, making strong thunderstorms less likely.
mostly cold, with a chill breeze. . . but they tend to have warm falls.
The water is saltier at the poles, and less salty at the equator.