no
The ozone is naturally create. Sunlight and thunder help in its formation.
Ozone needs constant sunlight to replenish itself, especially now when it is being destroyed by CFCs which will remain in the atmosphere for at least another 50 years, even after we stop releasing them. The North and South Poles have six months of darkness, so during that time no ozone is produced. The South Pole is much colder than the North Pole and the frozen clouds also help to release the chlorine from the CFCs. This is why the ozone hole is largest at the South Pole, the Antarctic.
Good ozone is present in the atmosphere. Bad ozone is at the ground level.
Development of ozone layer helps to avoid the UV from entering.
clouds in the atmosphere bring rain
Ozone is present in the stratosphere of the earth's atmosphere. It protects us from the harmful UV light of the sun. It is required for the human survival.
Reforestation can help the ozone layer by increasing the absorption of carbon dioxide from the atmosphere through photosynthesis by trees. This can help mitigate climate change, which in turn can help protect the ozone layer by reducing the production of ozone-depleting substances that are released into the atmosphere. Additionally, forests act as a natural barrier against harmful UV radiation, which helps protect the ozone layer.
The ozone is formed in the upper atmosphere due to the UV radiations. These radiations help to create ozone due to the high energy they posses.
The Earth's protective shield is primarily formed by gases like oxygen (O2) and ozone (O3) in the atmosphere. These gases help absorb and block harmful ultraviolet radiation from the sun, protecting life on Earth from its damaging effects. Additionally, nitrogen (N2) in the atmosphere helps maintain a stable balance of gases that contribute to Earth's protective shield.
That's a good basic description of it, yes.
Ozone layer blocks around 97% of the total radiation received by the earth. It acts as a blanket and keeps the atmosphere cool. It is responsible for the survival of life on earth.
Halons contain chlorine and bromine atoms which, when released into the atmosphere, can react with ozone molecules. These reactions lead to the breakdown of ozone molecules, causing ozone depletion. Halons are potent ozone-depleting substances and are now heavily regulated under international agreements to help protect the ozone layer.