Biologically a very productive region of the ocean. At the equator, there is divergence of surface water because the net Ekman transpor.
In equatorial regions the water is warm, therefor the temperature will be higher. The temperature of t he polar regions will be less than the equatorial region because the water density is less.
receive more direct sunlight due to the angle of the Earth's tilt relative to the sun. This results in higher solar insolation and more consistent sunlight throughout the year in equatorial regions compared to polar regions that experience longer periods of darkness during winter months.
naz
The polar regions get the least amount of warming rays from the Sun.
Typical of the regions at the Earth's equator.
tropical rain forests
business
If all the trees in the equatorial regions are cleared then we would'nt get the bark of cinchona tree to cure malaria. We would not get rubber from the rubber trees.
Surface salinity is higher in the subtropics than in the equatorial regions because of the combination of high evaporation rates and low precipitation levels in the subtropics. This leads to a concentration of salt in the surface waters as water evaporates, while the equatorial regions receive more rainfall that dilutes the salinity.
No, equatorial regions are defined by their proximity to the equator and experience a hot and humid climate year-round. Monsoon regions, on the other hand, are characterized by a seasonal shift in wind direction that brings heavy rainfall. While there can be overlap between equatorial and monsoon regions, they are distinct in terms of their climate patterns.
Water in equatorial regions tends to have lower density due to higher temperatures. The warm temperatures cause water to expand, making it less dense. Additionally, the warm water in equatorial regions contributes to the development of tropical storms and hurricanes.
Equatorial regions are getting hotter due to the increase in greenhouse gas emissions that trap heat in the atmosphere, leading to global warming. The polar regions are also warming, but at a faster rate than equatorial regions due to a phenomenon known as polar amplification, where feedback mechanisms amplify the warming effects in these areas.