well i dont know the exact temperature but i do no that grassy mountains (toward the bottom) the temperature is the same as the atmosphere but toward the top it snows and the temperature may vary
Biotic factors in mountain biomes include plants, animals, and microorganisms. Abiotic factors include temperature, altitude, precipitation, soil composition, and sunlight levels. These factors together shape the unique ecosystems found in mountain biomes.
Mountain ranges and polar ice caps are not classified as biomes because they do not meet the criteria for a biome, which is a large geographic area with distinct climate, plants, and animals. Mountain ranges and polar ice caps have extreme conditions and limited biodiversity compared to traditional biomes like forests or grasslands. Additionally, they are often considered as part of other biomes, such as tundra or alpine biomes.
Biomes are not evenly distributed around the globe due to variations in factors like temperature, precipitation, and soil composition. These variations are influenced by factors such as latitude, altitude, proximity to bodies of water, and the presence of mountain ranges. As a result, different regions of the world have unique combinations of environmental conditions that support specific types of biomes.
Hiking up a tall mountain allows you to experience changing climate conditions and elevations, which in turn influence the distribution of different biomes along the mountain slopes. As you ascend, you can observe how temperature, precipitation, and other environmental factors change, leading to variations in vegetation types and biodiversity. This firsthand experience provides insight into how climate shapes the characteristics of different biomes at different elevations.
In mountain biomes, the biosphere, geosphere, and hydrosphere are interconnected in various ways. The biosphere, which includes plants and animals, interacts with the geosphere through processes like weathering and soil formation. The hydrosphere plays a crucial role by influencing the availability of water for plants and animals, shaping the landscape through erosion, and supporting unique ecosystems in mountain streams and lakes. Overall, these interactions create a dynamic and interdependent system that sustains life in mountain biomes.
Biotic factors in mountain biomes include plants, animals, and microorganisms. Abiotic factors include temperature, altitude, precipitation, soil composition, and sunlight levels. These factors together shape the unique ecosystems found in mountain biomes.
alpine biomes
bimes are a type of a ecosystems
There are no biomes in Antarctica.
blah blah blah
the temperature is 80 degrees Celsius
mostly rocky mountain :P
Mountain ranges and polar ice caps are not classified as biomes because they do not meet the criteria for a biome, which is a large geographic area with distinct climate, plants, and animals. Mountain ranges and polar ice caps have extreme conditions and limited biodiversity compared to traditional biomes like forests or grasslands. Additionally, they are often considered as part of other biomes, such as tundra or alpine biomes.
Grasslands, Tropical rainforest, tundra, taiga, Deciduous Forest, Deserts, Mountain, including wetlands/ponds are biomes.
There are three major biomes in France. These include the Mediterranean biome, the Alpine Tundra, and the mountain forest biomes. These regions can be subdivided into man-made and natural biomes as well.
Yes, as you hike up a tall mountain, you would typically pass through different biomes. These transitions are often due to changes in elevation, resulting in shifts in temperature, precipitation, and vegetation types. For example, you might start in a forest biome at the base and transition through grasslands, shrublands, and eventually alpine tundra as you reach higher elevations.
As a hiker climbs a tropical mountain, they encounter different zones similar to biomes found across great distances due to changes in temperature, precipitation, and altitude. These variations create microclimates that support different vegetation and wildlife, resembling the transitions from equatorial to polar biomes found over great distances. This phenomenon is known as vertical zonation.