cT= continental Tropical cP=continental Polar mT=maritime Tropical there is also : mP=maritime Polar cA=continental Arctic c(continental)=dry/not very humid m(maritime)=wet/humid T(Tropical=warm P(Polar)=cold A(Arctic)=very cold these are all terms used during a weather topic
This is not likely to happen.This is not likely to happen.This is not likely to happen.This is not likely to happen.
They can be find anywhere near the equator
sorry I have NO idea!;)
On an active continental margin, you would be likely to find an active ocean trench. This structure would generally not occur at a passive continental margin.
warm and dry
Maritime tropical: Warm and moist air mass that forms over tropical oceans. Continental tropical: Hot and dry air mass that forms over desert regions. Maritime polar: Cool and moist air mass that forms over ocean areas in higher latitudes. Continental polar: Cold and dry air mass that forms over polar regions. Arctic: Extremely cold and dry air mass that originates in the Arctic region.
A continental tropical air mass typically has low humidity and high air temperature. These air masses form over dry, hot land areas and can bring warm and dry weather conditions when they move into new regions.
Likely they will be seen and eaten by a predator.
in a tropical flower garden
cT= continental Tropical cP=continental Polar mT=maritime Tropical there is also : mP=maritime Polar cA=continental Arctic c(continental)=dry/not very humid m(maritime)=wet/humid T(Tropical=warm P(Polar)=cold A(Arctic)=very cold these are all terms used during a weather topic
The tropical rain forest.
This is not likely to happen.This is not likely to happen.This is not likely to happen.This is not likely to happen.
in a tropical rainforest
The biome most likely to be found on the top of a very tall tropical mountain is the TUNDRA
Antarctica is least likely to experience tropical storms due to its cold climate and lack of warm ocean waters needed for their formation. Europe and Australia are also less likely to experience tropical storms compared to other continents.
The farther you live from an ocean, the less likely you are to experience the moderating effect of oceanic temperatures. This can lead to more extreme temperature fluctuations and a higher likelihood of experiencing continental climates with hotter summers and colder winters.