Factors Affecting Global Warming



Factors Affecting Global Warming

Introduction

The purpose of this paper is to enlighten the factors that are responsible for global warming and its impact on the inclination of the infectious diseases. The objective of this paper is twofold. First, evaluation of the impact of Co2 emission on inclination of global warming; second, formulation of effective remedies for global warming and Co2 reduction. The significance of the greenhouse effect is the process by which the sun's infrared rays enter the atmosphere and are trapped by greenhouse gases (CO2, methane and nitrous oxide), resulting in global warming. Global warming has become a medical problem. Examining the medical implications of climate change is an important new role for the community (Belanger, Curry, et al, 2010).

Establishing global warming as a problem whose proposed solutions need to be taken seriously is a role for all scientists. Beginning with an examination of carbon dioxide, it is easy to follow the excess emission of this gas to its potential effect on warming the planet. Increased CO2 in the environment may alter surface temperature from the greenhouse effect, which changes the ground terrain, such as loss of glaciers, but more importantly changes biota, e.g., expansion of tropics and savannahs toward higher latitudes (National Aeronautics & Space Administration, 2011). These altered environs change habitats for microbial vectors and may lead to specific public health problems ranging from increases in infectious diseases to problems from heat stress, among others. At the current rate, it is hypothesized that global climate change can escalate significantly unless the solutions presented internationally by climate change experts and environmentalists are taken seriously.

Discussion and Analysis

Climate change and extreme weather conditions will also be a result of global warming. Increased CO2 in the environment may alter surface temperature from the greenhouse effect, which changes the ground terrain, such as loss of glaciers, but more importantly changes biota, e.g., expansion of tropics and savannahs toward higher latitudes. At the current rate, it is hypothesized that global climate change can escalate significantly unless the solutions presented internationally by climate change experts and environmentalists are taken seriously. According to NASA; the global warming impact on the more extreme changes in weather or climate change of the Earth (Ecclestone, March, 2010).

Establishing global warming as a problem whose proposed solutions need to be taken seriously is a role for all scientists. Beginning with an examination of carbon dioxide, it is easy to follow the excess emission of this gas to its potential effect on warming the planet. Increased CO2 in the environment may alter surface temperature from the greenhouse effect, which changes the ground terrain, such as loss of glaciers, but more importantly changes biota, e.g., expansion of tropics and savannahs toward higher latitudes. These altered environs change habitats for microbial vectors and may lead to specific public health problems ranging from increases in infectious diseases to problems from heat stress, among others (Hironori, Yuqing, et al, 2010).

It is possible however that all these causes mentioned are not the contributing ...