the cliamate, humidity and the average rainfall must all be over 77% Hope this helps
Deforestation and poaching are the primary factors that contribute to the extinction and decrease of population of animals in the tropical rainforests.
Both are environmental risk factors associated with the development of lung cancer.
the factors are the soil and trees and plants or anything there that grows but aint alive
Some common landscapes found on Earth include mountains, deserts, forests, grasslands, tropical rainforests, tundras, and coastal regions. These landscapes are shaped by various factors such as climate, geology, and human activity, resulting in diverse ecosystems and environmental characteristics.
Temperature: Tropical rainforests have consistent high temperatures year-round. Precipitation: Rainfall is abundant, with high levels of annual precipitation. Sunlight: Tropical rainforests receive direct sunlight due to their location near the equator. Soil nutrients: The soil in tropical rainforests is typically nutrient-rich, supporting diverse plant life. Humidity: These forests are known for their high humidity levels, creating a moist environment that supports plant growth.
5 abiotic factors in the tropical rain forest biome are sunlight, water, precipitation, temperature, and soil contents. Another more broad factor is the climate, which is a combination of the average temperature and average precipitation, for example 25 degrees Celsius and 25 inches of rainfall yearly.
Tropical rainforests typically have low salinity levels in both the soil and water due to the frequent rainfall that helps to wash away salts. The constant moist conditions in rainforests also prevent salt buildup in the soil, keeping salinity low. However, the salinity of a rainforest can vary depending on factors such as proximity to the ocean or human activities like agriculture.
The two main factors that create a variety of climates in tropical Latin America are elevation and proximity to the coast. Areas at high elevations tend to be cooler, while those closer to the coast are affected by ocean currents and can have more moderate temperatures. These factors combine to produce a range of climates from tropical rainforests to arid deserts.
"Tropical liver" generally refers to a condition associated with liver abnormalities in individuals living in or originating from tropical regions. It is often linked to diseases such as schistosomiasis, hepatitis, or other infections endemic to those areas. The term may also encompass liver dysfunction resulting from environmental factors or dietary habits prevalent in tropical climates. Proper diagnosis and management are crucial for addressing the underlying causes and preventing complications.
Tropical rainforests are made up of a combination of factors including location along the equator, abundance of rainfall, consistent temperature, and diverse plant and animal species. Over millions of years, these conditions allowed for the growth and evolution of dense, biodiverse ecosystems characteristic of tropical rainforests.
Abiotic factors in a tropical rainforest include sunlight, temperature, rainfall, soil nutrients, and humidity. Organisms that live in tropical rainforests include a diverse array of plants, such as trees, lianas, and epiphytes, as well as animals like birds, insects, mammals, and reptiles.
Europe lacks tropical rainforests primarily due to its temperate climate, which is characterized by distinct seasons and generally cooler temperatures that are not conducive to the growth of tropical flora. Tropical rainforests thrive in equatorial regions with high humidity, consistent warmth, and ample rainfall throughout the year. Additionally, historical factors such as glaciation during the last Ice Age further shaped Europe's ecosystems, preventing the establishment of tropical biomes. Instead, Europe is home to temperate forests, grasslands, and other ecosystems more suited to its climate.