Climate Change and complexity in Environment

Abstract

Climate change is any long significant change in the average weather in a given region. We mean average weather includes average temperature, precipitation and wind pattern. It involves changes in the variability. The variation is the rule of Nature, occurs automatically balancing each and every component in universe. The connectivity of the components in atmosphere sustains the climate. Human activities affect the whole climate to shift from its real form and causes climate change. The parameters such as temperature, pressure, Precipitation humidity are responsible for climate change in scale of measurable variables. As for instance, substantial increase of in the atmosphere is the main contributor to global warming. Mathematical Modeling represents a very efficient and powerful instrument for comprehending the world and solving complex problems for the sake of society to be alert as well as awakened. In turn, climate models of varying degrees of complexity are used to predict the effect in climate change and variability on global and regional scales. Climate change affects the productivity in a region. If we assume the relation between productivity  and climate variable  viz. precipitation and temperature is given by the Just-Pope stochastic production function. The mathematical calculation is relevant to the experimental in some places with temperature and precipitation.