Climate Change Regulation
Climate Change
Climate is referred to as the weather patterns of a particular area over a long period. Earth climate can be divided into five main groups, which are as follow:
Tropical Climate
Dry Climate
Warm Moderate Climate
Cold Moderate Climate
Cold Climate
Areas close to equator are the hottest as they get regular sunshine while areas close to poles are the coldest as they receive minimum amount of sunshine. There are two main factors that affect the climate which are natural and man made. Natural factors include change in climate patterns, atmosphere, rock, ocean, ice sheets and human beings as well. The factors that affect the weather are as follow:
Ocean:
Oceans currents are responsible for carrying the warmth to different parts of the world.
Atmosphere:
Air is part of the atmosphere and it is either dry or humid in both cases it is moving some time by heating up and some time by cooling down without the presence of atmosphere there will be no water on Earth and without water there will be no life.
Earths Orbit:
Earths orbit is continuously changing this change in orbit affects the distance between the Earth and the Sun, which therefore decides the amount of sunlight entering the Earths hemisphere.
Volcanoes:
Volcanic activity also affects the weather as it eruptions causes ashes and gases which acts as a sheet and blocks the sunlight from entering the earth.
Greenhouse Effect:
If the Greenhouse effect is not present the Earth would cease to exist it is essential for regulating temperatures (Karling, 2011). Sunlight that travels through space towards the Earth when reaches Earths hemisphere and touches the ozone layer results in the good sunlight to pass through and harmful sunlight to be reflected back. Ozone layer also helps in trapping the sunlight by not letting it escape after being reflected from the objects, which provides balance to the Earths temperature and encourages the process of photosynthesis.
The factors discussed above are the factors that cause change in weather and which in the end leads to...
It is therefore understood that the increase in population has increase the demand for resources that has resulted in the following:
Setting up of Industries:
In order to meet the demand of ever-growing population it is very important to setup industries, which can supply these people with never ending supply of products, which leads to the consumption of resources and its wastage during the production process.
Power generation:
Power, which is often referred to as
electricity, is an essential part of our daily lives as it comforts us from our home to our work place. It is required to keep the
industries running and human beings have become heavily dependent on it. With increase in population and industries, demand for
power has also increased and has resulted in setting up of more and ore power plants (Archer, 2011). These power plants produce 30% of the worlds total
carbon dioxide emissions that is very harmful for the atmosphere and has already caused great amount of damage to the atmosphere. Despite this, the percentage is expected to increase as the population is increasing at an alarming rate and so is the demand for electricity.
Waste Materials:
Lot of resources is being wasted instead of being recycled and used again. This would not only help save resources but will also help in reducing methane and carbon dioxide emissions from these wastes as both of them have adversely affected the atmosphere.
Transportation:
Increase in population has led to increase in
automobile which means that more resources would be required to produce them and more fuel would be required to keep them running. These
transportation units are responsible for producing 20% of…
