Some atmospheric gases trap infrared heat radiated by the Earth. They are called greenhouse gases and the process is called the greenhouse effect. Among the gases are water vapor, carbon dioxide, and methane.
The primary method of energy transfer that causes energy to be lost from Earth to space is thermal radiation. This is when the Earth emits infrared radiation into space, which allows heat to escape from the planet into the surrounding environment.
If by the 'ecosystem' you mean the surface of the earth and its atmosphere, which includes all living things on earth, then yes, the only way for energy to leave is by radiation out into space. The ecosystem receives heat from the sun and from the earth's hot interior, and radiates heat back into space, thus maintaining a thermal balance over time.
Energy is lost through heat transfer, where a portion of the original energy is converted into heat and dissipates into the surroundings. Energy can also be lost through friction, which occurs when surfaces rub against each other and generate heat, resulting in a loss of energy.
Heat energy in the human body is transferred to the ambient environment. To accelerate this transfer evaporation of moisture, sweat, assists. Generally the heat transfer is by radiation, thermal diffusion and conduction.
When mechanical energy is lost due to friction, it is converted into thermal energy, also known as heat energy. This occurs because the friction between surfaces causes the molecules to vibrate and create heat.
Heat is lost from the Earth primarily through radiation into space. This process involves the transfer of heat energy in the form of electromagnetic waves. Some heat is also lost through convection, where heat is transferred through the movement of fluids like air and water.
The primary method of energy transfer that causes energy to be lost from Earth to space is thermal radiation. This is when the Earth emits infrared radiation into space, which allows heat to escape from the planet into the surrounding environment.
Greenhouse gases absorb heat rising from the surface of the earth. These warmed gases radiate heat in all directions, including back onto the earth, heating the atmosphere. So the heat is not lost to space, but instead builds up in the atmosphere where it heats the earth as well. they trap the heat from the sun that is reflected by the earth
Water on earth is never lost in space; vapors are condensed and transformed in rains and snow.
Averaged over the Earth, over a full year, the amount of radiation absorbed equals the amount of radiation lost to space, less the heat lost from net combustion of fossil fuels (over storage in new plant matter).
About 90% of the Sun's energy is lost as heat before it reaches a producer in the food chain. This loss occurs through processes such as reflection, absorption, and transmission in the Earth's atmosphere.
Lost in Space - 1965 Target Earth 3-16 is rated/received certificates of: Australia:G
Lost in Space - 1965 Rocket to Earth 2-21 is rated/received certificates of: Australia:G
Everything - without the sun the Earth would cool to about 5 degrees Kelvin, or about minus 450 degrees F. Average temp - which is what climate mainly is - equals the heat in from the sun MINUS the heat lost into space.
Lost in Space - 1965 There Were Giants in the Earth 1-4 was released on: USA: 6 October 1965
Lost in Space - 1965 Rocket to Earth 2-21 was released on: USA: 15 February 1967
The earth re-radiates energy when it can. The earth absorbs solar energy, but constantly radiates heat back out into space. When the earth rotates, the "non-sun" side is facing the cold of open space, and the surface of the earth radiates a whole bunch of heat out into the darkness of space. That's why it usually gets cold at night - all that energy is leaving.