The Global Environmental Development Platform

  Last week, I wrote about the root causes of global warming and climate change, which are mainly migration, urbanization and overpopulation. The second major root cause is deforestation. Deforestation is the indiscriminate removal of vegetation and forest cover from the earth’s surface. As more and more trees and plants are cut down for building and construction purposes, the atmosphere and environment suffers greatly. Trees and plants give out oxygen while they inhale or take in carbon dioxide. Human beings on the other hand, breathe out carbon dioxide and inhale oxygen.  So, you see,  there is an interaction between plants and humans. What they exhale is what we inhale,  while what they exhale is what we inhale. Therefore, the need to have adequate vegetation cover in the form of grass, shrubs, flowers and trees in our immediate environment can’t be a overemphasized. The presence of green plants contributes immensely to public and individual health. Secondly, conserving vegetation c

  Like I have often said, the battle with global warming and climate change can only be won only if we get to the root causes of these reverse trends. We can’t talk about ameliorating or mitigating these situations without first addressing the issues that brought about these changes. First and foremost, the issue of migration has to be dealt with. This I believe is the major root cause of global warming. There are many reasons why people move from one city, town or region to another, and there are also factors that propel or pull people from one place to another.  The search or quest for better living conditions is one of them. When a region or city has become the center of economic and commercial activities, this has a tendency to pull people from other regions to it. Then a trend begins. Migration from less, or no economic or commerce regions begin to occur and you find people moving in droves from the country or villages to the cities and towns in search of business, better jobs, ho

  The remains of once living animals and plants were converted  into gas and oil which often occurs together. The fact that natural gas is frequently found with oil has contributed to the growth of the natural gas industry. But to get rid of this gas, it has to be flared as in the case of the Niger Delta regions of Nigeria. Countries like the United States discovered the use of natural gas since the 1820’s exactly two hundred years ago, with the first natural gas well drilled in the country which was opened up at Fredonia, New York in 1821. Prior to that time, manufactured gas from coal, coke and from oil was the main stream. This is still in use in various communities today. The Chinese however, made use of this property as early as 140BC!  They piped the gas through hollow bamboo rods from the sites where it was channeled to the sea shore and there they burned it to evaporate the brine and produce salt. Such commercial use of natural gas was not common and for thousands of years, the

  Climate can be defined as the atmospheric conditions of a place over a particular period of time. If conditions are altered even in the slightest bit, there is climate change. Most recently, in different parts of the world, climate change has become an increasingly growing problem, stemming largely from man’s quest to solve his energy problem and answering that quest by employing the use of three primary fossil fuel resources namely: coal, petroleum crude oil and gas.  Coal is the most abundant fossil fuel resource in the United States, China and major parts of Africa. As oil prices have   plummeted and the availability of oil is slowly declining, the use of coal again is most likely going to increase if the United Nations Decade On Ecosystem Restoration strategy isn’t strictly adhered to especially in oil producing nations of the world. And this has tremendous environmental problems and consequences caused by the sulfur content of coal and not to mention the release of carbon compou

  The average rainfall of the plains of Europe is 57.4 centimeters per year. In the mountainous regions, it is over 125 centimeters. Also along the western slope of the Rocky Mountains in the United States, the precipitation is abundant, reaching a total of about 340 centimeters a year in localities. While the interior of the United States, it is much lighter with a record of sometimes 40 centimeters a year in some states. The rainiest regions of the world are probably the lower slopes of the Himalayas. The village of Cherapunji in India, south of the main body of the Himalayas has an annual average rainfall of about 1,082 centimeters. A record breaking twelve month rainfall of 2,646.12 centimeters occurred at Cherapunji from August 1860-July 1861. Also, in August 1841, no less than 3,800 centimeters of rain fell in a five day period is the equivalent of almost four years of rain fall in the state of New York .  The heavy rainfall in the tropics is due not so much as to condensation of

On a hot summer day, a town, city or region is warmed by the rays of the sun. The temperature of the air over this town, city or region rises above the surrounding countryside. The warm air rises and its place is taken by cooler air. The cooler air is warmed in its turn. Gradually, the rising air gets cooler. Finally, it reaches the saturation point. The water vapor in the air then condenses and a cloud is formed.  When the clouds are full of condensed #water vapour, the sky fills with #clouds, which become heavier and darker. Soon after, drops of #rain come splashing down on the ground and #trees, and buildings. If the weather is really cold, snow or a mixture of snow and rain called #sleet, falls instead. At other times, the #moisture may freeze completely to form pellets or even balls of #ice called hail. The process described above is known as #precipitation. Rain, #snow, sleet and hail are various forms of precipitation-liquid or solid #water coming from high in the #atmosphere. T

 In Africa, right now the sun is really high up in the sky and the weather is getting unbearably hot as we have entered the dry season. It’s amazing how on one side of the planet it could be so hot and at the same time, on the other side of the planet it can be terribly cold.  Anyway, there is an abundance of radiant energy or solar heat coming from the sun right at this moment streaming through the atmosphere and heating the earth’s surface thereby increasing atmospheric temperatures. This solar energy is a renewable energy resource and can be classified as a source of green energy.  Now, what is solar energy? Solar energy is radiant light and heat from the sun which can be harnessed using a range of technologies such as solar heating, photovoltaics, solar thermal energy, solar architecture, molten salt power plants and artificial photosynthesis. So, in other words, solar energy is created using energy which has been generated by the sun.  Solar energy is a renewable energy system. An