What is it in science?

is an air mixture of air pollution, dust and smoke that worsens visibility and interacts with the natural environment. It can be an anthropogenic or natural origin and plays a role in weather conditions and climate change. Scientists have paid considerable attention to this phenomenon since the 1970s, when scientists in the climate area first learned of the role of playing in meteorology and overall climate trends. Studies on this topic often appear in professional journals devoted to meteorology and climate research. It can be brown to blue color and can create a cloud over the landscape. Although it is not always visible to the naked eye, the arrest may occur in imaging studies, especially using the filters for polarization of the landscape and visible patterns in the air.

Custom prials can block and absorb the sun and change the way the light behaves. This can be observed at dawn and dusk where light may seem particularly alive or strange becauseLight transmission. The mixture may also occur in other pollutants such as smog, and can create layers of pollution that can be trapped in areas such as valleys and natural depression on Earth, along with ports and other low areas.

visually this may be a problem because it reduces visibility. This can be a problem for navigation, photography, scientific observations and other activities. Navigation problems can be a special problem for a large vessel that cannot be easily stopped or reversed to avoid risks. For example, photographers may notice that the navigation covers the images filmed on or near the horizon. Visi may need to use special lenses and other tools.

than visibility, Haze also represents a risk to the climate. The particles can create pockets with increased humidity and can affect the speed of clotting and cloud formation. Can thusIt contributes to the trend of warming and cooling by changing air patterns and transmission of light from the sun. In addition, it can be a threat to human health and safety, as it can contain pollutants that enter the airways and cause irritation.

For these reasons, scientists map and follow the movement of the turbidity to learn more about how they behave. Their aim is to prevent this if possible. They also publish advice to the public if it seems to be set up to create health problems.