Prevention from dynamic issues owing to surface reflection persuade the climate change

Abstract

The temperature of earth intact is determined by the set of scales between incoming and outgoing energy. Climate changes happen largely from changes to the earth's heat equilibrium. Many factors that manipulated by natural processes and human-made processes. The main factors influencing climate change are extraterrestrial factors, volcanism, earth's surface reflectivity and atmospheric factors. It is the impacts from anthropogenic processes, through the enhanced greenhouse effect, which are likely to be causing contemporary climate change. This in turn could bring about considerable environmental, social and economic disruption if adequate alleviation and variation measures are not implemented. The effectiveness of climate change due to green house effect can be reduced by reducing the surface reflectivity. For this an embedded earth reflection observer is designed. The system is inclusive of flimsy reflection observer, oriented rigidly to a predefined optimized observation angle. It observes the maximum level of transmitted heat from the earth and avoids the effectiveness of climate to shift from its natural state. The designed system maintains the environment temperature not greater than 32° centigrade with ±0.4% of error for a selected sample region during midday irrespective of the day conditions.