Tropical air is warm, warm air rises. The arctic air is cold, therefore, it's more stable, therefore, it resist more than the tropical air does.
An air mass's stability refers to its ability to resist vertical movement- more stable air resists rising and sinking motion. Stable air masses typically have cooler, denser air near the surface, preventing strong vertical movement. Conversely, unstable air masses are more prone to rising due to warm, buoyant air near the surface.
Australia - Climate varies from tropical in the north to temperate in the south. Canada - Diverse climate ranging from arctic in the north to temperate in the south. Brazil - Tropical in the north, with more temperate climate in the south. Russia - Mostly subarctic, with some areas experiencing more temperate or arctic climates. Japan - Mostly temperate, with some areas experiencing a humid subtropical climate.
Global warming tends to be more pronounced during winter in the Arctic region. This is due to feedback mechanisms such as sea ice melting and reduced albedo effect, which amplify warming in the region. Rising temperatures in the Arctic also contribute to changes in weather patterns globally.
No, tropical rainforests do not have permafrost. Permafrost is a layer of soil or rock that remains permanently frozen year-round, typically found in colder regions such as the Arctic. Tropical rainforests have warm temperatures and high levels of humidity, making permafrost formation impossible in these regions.
Regions with already warm climates, such as tropical and subtropical areas, are most likely to be affected by global warming. This includes increased temperatures, more frequent and severe heatwaves, changes in precipitation patterns, and rising sea levels leading to coastal flooding. Arctic regions are also experiencing significant impacts due to the rapid melting of ice and permafrost.
An Arctic air mass is more stable than a tropical air mass because it is denser and colder. Cold air has a higher density and therefore tends to stay closer to the ground, creating a stable atmosphere. On the other hand, tropical air masses are warmer and lighter, leading to more vertical movement and instability.
It's not recommended due to the temperature differences (goldfish is a cold water fish and tropical are, well, tropical), also a goldfish will produce a lot more ammonia which it is slightly more able to resist than most tropical species. But over all it is possible.
An air mass's stability refers to its ability to resist vertical movement- more stable air resists rising and sinking motion. Stable air masses typically have cooler, denser air near the surface, preventing strong vertical movement. Conversely, unstable air masses are more prone to rising due to warm, buoyant air near the surface.
yes they do
The question is not quite clear, I guess you are looking for Arctic sub arctic Temperate sub tropical tropical and desert But there are more. With the exception of desert you can split all these further into arid and humid and there are a number of other systems which go into more detail like: Mediterranian climate, coastal, continental dry climate etc.
By definition, tropical rainforests are found in the tropics, more specifically between the tropics of Cancer and Capricorn, about 23 degrees N and S of the equator. Parts of Canada are in the arctic circle. So no.
Tiktaalik fossils were found in the Arctic because the region was warm and had a more temperate climate during the time when the fish lived. The movement of tectonic plates over millions of years shifted the location of the Arctic from a tropical area to a colder climate. This is why fossils of Tiktaalik, which originated in a warm marine environment, are now discovered in the Arctic region.
There are tropical, temperate and arctic snails. In fact, there are between 60 000 and 80 000 different types of snails and slugs inhabiting all sorts of different environments. See the related links for more information on snails.
Hurricanes do not typically occur in the Arctic tundra. Hurricanes form over warm ocean waters in tropical and subtropical regions, while the Arctic tundra is characterized by cold temperatures and a lack of warm ocean waters needed for hurricane formation. However, with climate change, there is concern about the potential for more extreme weather events in the Arctic regions.
Arctic fish have a cell membrane structure that contains more unsaturated fatty acids to remain fluid in colder temperatures, while tropical fish have a higher proportion of saturated fatty acids to provide stability in warmer waters. Additionally, arctic fish may have specialized proteins in their membranes to help regulate their internal temperature in extreme cold environments.
The primary difference between Arctic and tropical fish cell membranes lies in their lipid composition, which adapts to their respective environments. Arctic fish have a higher proportion of unsaturated fatty acids in their membranes, preventing them from solidifying in cold temperatures. In contrast, tropical fish tend to have more saturated fatty acids, which help maintain membrane stability in warmer waters. This variation in membrane fluidity is crucial for maintaining proper cellular function in different thermal conditions.
the Arctic