Industrial Revolution and its effect on Climate Change

-
Industrialization is the process of transforming the human society socially, economically into an industrial society. This process involves vast economic and social changes such as urbanization,increased technical and advanced education and the increase in the middle class group. Industrialization is the extensive organization of an economy for the purpose of manufacturing;which has always involved large use of energy and alteration of natural systems. Although industrialization is the key to wealth and better living, it affects the environment and leads climate change because the main goals of industrialization are to improved food production, improved infrastructures and increase tourism opportunities. (1)

Climate change can be described as the continuous change in the weather patterns. It is  manifested through sea level rise, increase in temperature and increase in heat waves. One of its driver is global warming ( an average increase in temperature of the atmosphere near the Earth’s surface). The cause of climate change is an international debate because both natural and human events are believed to an increase in global temperature, even though both are the cause, humans are the primary culprit. (1)
(1) Natural factors of  Climate change
Human activities create greenhouse gases and they are the most significant driver of climate change. They are six main types of gases that create the greenhouse effect; CO2, N2O, CH4, hydrofluorocarbons, perfluorocarbons, sulfur hexafluoride.  Those greenhouse gases contribute to our global temperature by absorbing the heat energy rising from the Earth’s surface and re-emitting that heat onto the ground. (2)
 
(2) Explaining how does greenhouse gases work.




Bibliography:
1) Mgbeneme, Chigbo A., and Chidozie C Nnaji. “Industrialization and Its Backlash: Focus on Climate Change and Its Consequences.” Enzymes Application in Diagnostic Prospects, Academic Journals Inc., USA, scialert.net/fulltext/?doi=jest.2016.301.316.


2) “The Impact of Greenhouse Gases.” Mass Audubon, www.massaudubon.org/our-conservation-work/climate-change/why-we-care/greenhouse-gases.

Comments

Post a Comment

Popular posts from this blog

Everyday application of Hess's Law

-
Image
  Everyday application of Hess's Law Burning calories, consuming food, driving home, we all should be familiar with these actions because we do them everyday, but what some of us don't realise is that all these actions related one fundamental law of conservation of energy, Hess's Law.   Hess's Law states that: regardless of the multiple stages or steps of a reaction, the total enthalpy change for the reaction is the sum of all changes. [1]   We will further discover how our indrustries, human body and drug production are related to this law and to better understand the science behind it. Industries Today, all our mass and low cost production depends on factories and industries and all these industries require huge amount of energy.   To keep everything the most efficient possible, these industries has to determine the method that is the most effective to produce a product based on the energy needed or released.   For example:  Car companies must determine ho
Read more

Antoine Lavoisier and his contribution to Chemistry

-
Image
The French Bourgeoisie helping out with science: “In performing experiments, it is necessary… that they be simplified as much as possible, and that every circumstance that could complicate the results should be completely removed.” -Antoine Lavoisier Early life and Work: On the 26 of  August 1743, Antoine Lavoisier was born to a wealthy family of nobility and was the son of an attorney at the Parliament of Paris. He  went to school at the College des Quatres Nations, University of Paris at the age of 11 were he studied chemistry, botany, astronomy and mathematics and received a law degree which admitted him the bar. (1). This French nobleman, chemist and biologist is credited for being the first one to put an extensive lists of the elements, helping construct the metric system and reform chemical nomenclature. Lavoisier is also known as the “ father of modern chemistry” (1). Lavoisier who was originally part of the Ferme generale ( most hated components of the F
Read more

Are physical properties such as temperature invented or discovered?

-
Image
TOK Blog Are physical properties such as temperature invented or discovered? Even tho we don’t know exactly how temperature was invented or discovered we know for sure the Galileo Galilei was the first human being that came up with the idea of an instrument able to calculate the temperature know as a thermometer. Many scientist don’t really recognize Galilei’s instrument as a thermometer but, more as thermoscope because his device only showed the change in temperature and had no scale .The measurement of temperature consist of “The process of measuring a current local temperature for immediate or later evaluation.” Celcius In 1742 two years before his death Celcius created a scale which was reversed a 0° represented the boiling point of water and 100° represented the freezing point of water. Kelvin In 1848, William Thomson created the Absolute Thermometric Scale that could measure the absolute zero as the scale's null point, and in which he used the Celsius as
Read more