It depends where the coastal ares is. It could be very cold or very hot depending on how close to the Equator or the poles it is. For example: In Australia, the coast of Tasmania is a lot colder than that of Northern Queensland. This is because Tasmania is further south, and therefore closer to Antarctica. The coast of New South Wales is a temperature in between, so I will use that to explain what I think you mean. Further inland, temperatures rise-in fact the further you go the more desert like it becomes. But on the coast you get sea winds and sea air, which is cooler. You do not get snow, or other examples of really cold weather because it lies low; it's altitude is almost sea level. You are much more likely to get snow on a very high mountain.
Blackpool is on the coast and Coastal areas don't generally get as much snow as inland areas.
About 2/3s the deserts are hot. Others are classified as cold deserts, cool coastal deserts or cold winter deserts.
Mid-latitude continental interiors have greater extremes in temperature than coastal areas because large areas heat up and cool off more quickly than oceans. Therefore, in the winter, the interiors of continents will be much colder than along the coast. Similarly, in the summer, the interiors heat up much more than the coastal areas. The colder winter temperatures and warmer summer temperatures of the interior result in a greater range of temperature. Oceans provide both cold and warm currents. Oceans moderate air temperatures rather than causing extremes. The Intertropical Convergence Zone does not move far enough north or south to reach the mid-latitudes. Coastal storms can and do cause much damage, but the extremes of temperature are still greater in the interior.
Coastal areas tend to get more storm damage than inland areas.
because they stink so much they need the Indonesia/West Pacific
Mid-latitude continental interiors have greater extremes in temperature than coastal areas because large areas heat up and cool off more quickly than oceans. Therefore, in the winter, the interiors of continents will be much colder than along the coast. Similarly, in the summer, the interiors heat up much more than the coastal areas. The colder winter temperatures and warmer summer temperatures of the interior result in a greater range of temperature. Oceans provide both cold and warm currents. Oceans moderate air temperatures rather than causing extremes. The Intertropical Convergence Zone does not move far enough north or south to reach the mid-latitudes. Coastal storms can and do cause much damage, but the extremes of temperature are still greater in the interior.
Mid-latitude continental interiors have greater extremes in temperature than coastal areas because large areas heat up and cool off more quickly than oceans. Therefore, in the winter, the interiors of continents will be much colder than along the coast. Similarly, in the summer, the interiors heat up much more than the coastal areas. The colder winter temperatures and warmer summer temperatures of the interior result in a greater range of temperature. Oceans provide both cold and warm currents. Oceans moderate air temperatures rather than causing extremes. The Intertropical Convergence Zone does not move far enough north or south to reach the mid-latitudes. Coastal storms can and do cause much damage, but the extremes of temperature are still greater in the interior.
Mid-latitude continental interiors have greater extremes in temperature than coastal areas because large areas heat up and cool off more quickly than oceans. Therefore, in the winter, the interiors of continents will be much colder than along the coast. Similarly, in the summer, the interiors heat up much more than the coastal areas. The colder winter temperatures and warmer summer temperatures of the interior result in a greater range of temperature. Oceans provide both cold and warm currents. Oceans moderate air temperatures rather than causing extremes. The Intertropical Convergence Zone does not move far enough north or south to reach the mid-latitudes. Coastal storms can and do cause much damage, but the extremes of temperature are still greater in the interior.
when a mommy and daddy love eachother very much, they screw.
No. Hurricanes can only develop over warm ocean water and weaken quickly once they hit land. The waters off the US west coast are too cold to support hurricanes. As a result, only the States of the East Coast, Gulf Coast, and the State of Hawaii have experienced hurricanes.No. A hurricane only happens over water so only coastal areas have them. It has to be warm water as well so that cuts down on the areas where they occur and much of the East coastal waters are cold waters.
A monsoon?
water has an huge influence in the northern hemisphere because it absorbs the sunlight and it takes much more time to cool and the coastal areas are affected by it and also coastal areas are always warm or wet.. Natasha Wilberding, 12, Alaska..