B. The mountainous are is cooler than the lowland area.
The mountainous area is cooler that the lowland area.
Mountainous regions tend to have cooler temperatures and more precipitation compared to lowland areas at the same latitude. Lowland areas may experience more stable temperatures and less precipitation due to the absence of elevation effects on climate.
Latitude and longitude have an influence of climate because of wind direction. Longitudinal climates differ because land formation in this direction tends to be more mountainous.
No, highland climates can occur at various latitudes. Highland climates are typically found in mountainous regions, characterized by lower temperatures, greater precipitation, and greater daily temperature variations. The altitude of the location has a greater impact on the climate in highland regions compared to latitude.
Of course, high altitude places are relatively cold and provides more fresh air compared to low lying places aside from the fact that areas like these consists of vast mountainous landscapes that surrounds the area. Hope that helps, read more travel articles at Superiorpapers.com.au
Climates cannot be classified solely by latitude because other factors, such as altitude, proximity to oceans, prevailing winds, and geographical features, significantly influence local climate conditions. For instance, coastal regions may have milder temperatures than inland areas at the same latitude due to the moderating effect of ocean currents. Additionally, mountainous regions can experience varying climates over short distances due to altitude changes, which latitude alone cannot account for. Thus, a comprehensive understanding of climate requires considering multiple environmental variables.
Well you have to look at the latitude/position of Europe, look how far north it is! Europe is actually very warm for its location, compared to areas at the same latitude. The warm ocean currents bring warmer weather.
the mountains of the mid latitude
Zero degree's latitude is the earths equator and is the lowest numerical latitude possible. The further away you go from the equator in both a northerly and southerly direction corresponds to an increasing latitude. So high latitude climates would exist at those points furthest from the equater
botth of them can change and the latitude is what determins a climate
As latitude increases, climate patterns generally become cooler and drier. Near the poles, temperatures drop significantly, leading to polar climates characterized by ice and tundra. Additionally, precipitation patterns often shift, with higher latitudes experiencing less rainfall and more extreme seasonal variations in temperature. This results in distinct ecosystems and biomes, such as taiga and tundra, compared to the warmer, wetter climates found at lower latitudes.
The northern hemisphere experiences a range of climates due to its diversity in geography. Generally, temperate climates are found in the mid-latitudes, while polar climates prevail in the far north. Other regions may have tropical or desert climates depending on latitude and proximity to bodies of water.