It doesn't really "destroy the atmosphere", Carbon Dioxide traps solar radiation, if there is too much solar radiation being trapped, then the earth becomes much hotter, hence global warming.
The excess CO2 in the atmosphere will increase global warming. (APEX)
No. It's possible to remove it from the atmosphere chemically, we can add more plants and plants convert co2 and release oxygen this is the only way we can convert co2 there is no way we can destroy it . also ocean absorb co2 to large extent but we are producing too much of it . plants are safest way and most easily can be bring to practice.
plants maintain balance of co2 and o2 in the atmosphere..
Limestone is a natural absorber of CO2.
CO2
The excess CO2 in the atmosphere will increase global warming.
The excess CO2 in the atmosphere will increase global warming. (APEX)
it will take the plant out of the ground and through it somewhere elts of just destroy it
The ocean is the main regulator of CO2 in the atmosphere because CO2 dissolves easily in it.
No. It's possible to remove it from the atmosphere chemically, we can add more plants and plants convert co2 and release oxygen this is the only way we can convert co2 there is no way we can destroy it . also ocean absorb co2 to large extent but we are producing too much of it . plants are safest way and most easily can be bring to practice.
plants maintain balance of co2 and o2 in the atmosphere..
CO2 is a greenhouse gas. Too much CO2 in the atmosphere will make the climate hotter because it acts like a 'greenhouse' or blanket as it insulates heat in the atmosphere. CO2 allows heat to pass into the atmosphere but it doesn't allow heat to pass out into space. Too much CO2 in the atmosphere would trap the heat in the atmosphere, causing climate change.
CO2 makes up approximately 0.03% of Earth's atmosphere
No. Human's can alter the atmosphere in ways that can be harmful, but they cannot destroy it.
Photosynthesis is a process that removes co2 from the atmosphere.
No. There is negligible elemental carbon in our atmosphere. On Mars, CO2 is converted to CO, and ozone is formed. This mechanism is expected to be much weaker at Earth's higher air pressures. But CO2 presents no *chemical* challenge to ozone.
Limestone is a natural absorber of CO2.