Why the temperature in earth surface is important?

Answer 1

One of the ways heat flows from the atmosphere to the air is through conduction. Convection is another, and radiation is yet another. Convection is how heat is transferred from earth's hot interior to the mantle. Without these ways of transferring heat, life on earth could not exist.

Answer 2

many plants and crop vegetation need the sun in order to grow . certain animals are only able to survive if there is heat and the heat of the sun is what causes currents and changes in the earths atmosphere and without the heat of the sun humans plants or animals will not be able to survive

Answer 3

convection can be in the form of air which are called the global winds or in the oceans which create deep ocean currents. convection is the rising and falling of a substance due to density. if the substance- for example water, the warm water is less dense so it rises to the top, the cooler water is more dense so it falls to the bottom creating the motition refered to as convection

Answer 4

1. Radiation: The sun's rays of light and heat warm the surface of the earth.
2. Conduction: Warmth spreads from one part of the earth's surface to another.
3. Convection: Warm air rises from the surface of the earth (infrared light).
4. Conduction: This heat is absorbed by greenhouse gases in the atmosphere. They become warm and they warm other neighbouring gases (conduction), and even the earth's surface again (radiation).

Answer 5

The Earth's surface temperature is important because it plays a key role in determining climate patterns, influencing weather processes, and impacting ecosystems. Changes in temperature can lead to sea level rise, extreme weather events, shifts in plant and animal habitats, and other significant environmental effects. Monitoring and understanding surface temperature helps scientists assess the health of the planet and make informed decisions to address climate change.

Answer 6

Convection currents are important because they cause earthquakes, volcanic eruptions, and influence the wind and ocean currents.