ENGINEERING PHYSICS ACHIEVEMENTS IN REDUCING ENVIRONMENTAL CRISIS IN THE PERSIAN GULF AND ITS COASTAL AREAS

One of the most important goals of scientific research communities and the objectives in the design of new equipment and also combat the negative dust storm effects in the world is extreme changes in climate arid and semi-arid areas, the major problem controlling dust and local weather conditions. Biological environment, the local climate and the living conditions in the West, South and Southwest coast of the Persian Gulf during dust storm crisis are strongly influenced. New achievements in atmospheric and engineering physics that related to physical processes in the layers of the atmosphere and climate controlling idea and methods are appropriated good strategies to solve dust crisis and challenges. In fact, by using modern equipment and advanced technologies, we can achieve ionization of stratosphere/ ionosphere layers and then easily effect on the air and get ability to intervene and influence the form provided in the atmosphere. So, we offer new method alongside other methods in the world in order to protect and control the internal and external environment of Persian Gulf during dust storm crisis. This method in addition to the reduction dust storm concentration can affect the Persian Gulf Coast climate and change interference of rainfall, temperature, humidity and improve efficiency of other meteorological parameters as well. The method could be helpful for appropriate and affordable solution in dust crisis and we can improve the living status and can give the positive effects on agricultural and environmental issues. Therefore, the main goal of this article is determination of modern technology achievement that can be useful in climate change research.

Engineering physics; Ionization of the atmosphere; climate change; Persian Gulf; dust crisis.