The air has to travel over the land mass warming up as it travels all east side of countries are warmer
Warmer climates, better farmland, and room to settle.
Whether a harbor freezes during the winter depends on its location and climate. In areas with harsh winter conditions and low temperatures, such as northern latitudes, harbors can freeze, impacting shipping and navigation. Conversely, in milder climates, harbors may remain ice-free due to warmer temperatures or the influence of ocean currents. Local conditions, such as water salinity and depth, also play a role in whether freezing occurs.
Clothes. Very similar to what we wear in America although more often than not ,they have to dress warmer longer..
There were a few factor that challenged the growth of American cities in the middle of the 20th Century. One factor was the automobile. People now could drive to places outside of the main US cities. Thus, manufacturing began to leave major population centers (the big cities ) Also, as transportation costs began to lower, the advantage that the large cities had being close to waterways was cut. In addition, air conditioning made moves by factories to warmer places and employees happen more often. As a result of these factors, most of the largest cities saw a decline in population.
Because his wife, Mary Flagler, was having health problems. Doctors told Mary that she needed to spend her winters in warmer climates. Henry and Mary Flagler were living in New York at the time, where it was cold. Since Florida wasn't very cold in the winter, that is why they moved there.
Cities on the east coast generally have warmer climates than those on the west coast at similar latitudes due to ocean currents and prevailing winds. The Gulf Stream, a warm ocean current, flows northward along the east coast, raising temperatures in coastal areas. In contrast, the west coast is influenced by the cold California Current, which can lead to cooler temperatures. Additionally, the east coast experiences more humidity, while the west coast often has a drier climate, further contributing to the perceived temperature differences.
Latitudes closer to the equator receive more direct sunlight throughout the year, leading to higher temperatures. This is due to the Earth's curvature and the angle at which sunlight strikes the Earth's surface at different latitudes.
Tundra climates are typically found at high latitudes near the poles, where temperatures are consistently cold. It is unlikely for tundra climates to exist at low latitudes because these regions receive more direct sunlight, leading to warmer temperatures and preventing the development of tundra conditions characterized by permafrost and extremely cold temperatures.
Some cities around the world have hotter or warmer climates than others during spring or/and summer. This may be caused because those cities that have higher temperatures are closer to the equator on which it is warmer since the Sun gives heat directly.
Swallows fly south in autumn also known as migrating.
High latitudes have a colder climate compared to low latitudes. This is due to the angle of sunlight, which is more spread out at high latitudes leading to less direct heat energy reaching the Earth's surface. Additionally, low latitudes receive more direct sunlight year-round, helping to maintain warmer temperatures.
The type of current that creates warmer climates along a coastal area is a warm ocean current. Warm ocean currents bring warm water from the tropics to higher latitudes, resulting in milder temperatures along the coast.
On a map of average annual temperature why are the lower latitudes so much warmer than the higher latitudes?
By making the people trying and learning to adjust to the warmer climates,and the climates would be all off balance.
It is much harder to drill in the arctic because of the weather, sometimes the parts of an oil rig freeze. In warmer climates you don't have to worry about that. There is less oil in warmer climates.
convection
Yes. Climate is influenced by latitude, but is even more strongly influenced by altitude. Cities at sea level are likely to have warmer and wetter climates than cities in the mountains; coastal cities will be very different from inland cities.