Ozone Season Just Ahead

As the ozone season is getting closer, the major cities around the world are increasingly worried about poor visibility and amplification of allergies. This season will begin on Monday, May 1st, and will continue until September 30th. Georgia State Transportation Bureau spokesperson Jilayne Jordan said the elderly, asthma or allergic children and outdoor people said the lungs are very uncomfortable in the era of smoke detectors. Mr. Mark Mesler, senior meteorologist at the weather channel, said the weather will exacerbate the problem.

A good article about ozone - ozone consumption In this rapidly changing world, it is difficult for companies to go ahead even with all available resources. Therefore it is difficult to imagine the problem encountered when environmentalists decide to boycott the substances underlying their company. These chemicals are very useful, but there are consequences that need to be addressed now to prevent further damage.

The distribution of ozone in the stratosphere is a function of altitude, latitude and season. It is determined by photochemical and transport processes. The ozone layer is 10 to 50 kilometers above the surface of the earth, accounting for 90% of total stratospheric ozone. Under normal conditions, stratospheric ozone is formed by photochemical reactions between oxygen molecules, oxygen atoms and solar radiation. The ozone layer absorbs harmful UV - B radiation from the sun, so it is essential for life on the planet. In recent years, the thickness of this layer is decreasing, and in extreme cases holes are pierced in the layer. In the Antarctic measurements, at some point, more than 95% of ozone concentrations found at altitudes of 15 to 20 km and more than 50% of total ozone were destroyed and the most noticeable decline was found in winter and winter. Early spring

Cause and effect of ozone depletion, global warming and acid rain Explain the role of individuals to overcome these problems

The stratospheric ozone layer is the place where about 90% of the earth's system ozone was found. However, ozone is only one to one tenth of a molecule in parts per million of the ozone layer. (The remaining molecules are mainly nitrogen and oxygen, like the air we breathe.) It is not much, but ozone is powerful enough to block the most harmful radiation. Ozone absorbs ultraviolet radiation of the highest energy wavelength called UV - C and UV - B. Oxygen molecules also absorb other forms of ultraviolet radiation. Ozone and oxygen molecules together absorb 95% to 99.9% of ultraviolet radiation on our planet. When ultraviolet rays are absorbed by oxygen and ozone, heat is generated. Therefore, the stratosphere becomes warm.