Energy and Environment in New Jersey Research Paper

Energy and Environment in New Jersey - Research Paper Example The population of this state is 8,864,590 as per the 2012 census and population density of 459 per square. The population rate has been increasing gradually. This necessitates for the advancement of more energy to cater for the vast demand for the numerous industries and also for the home user. The rapid increase in population also will lead to the construction of more housing facilities for its population. This will have to be done in accordance with care for the environment (The Telegraph). Climatic conditions in New Jersey greatly affect its environment. The Atlantic Ocean and Delaware River surround the region. This causes moderate climate experiencing cold winters from November to March and warm humid summers from April to July. The average mean temperature around Atlantic City is 24Â °C that ranges from -1Â °C in January to around 24Â °C in July. Precipitation is very plentiful averaging 117cm annually; snowfall accumulates to about 41cm. The annual mean humidity is usually 81% at around 7 am in the morning, and it reaches a peak of 87% around September. Hurricanes and violent strong storms are common over the years. Floods are also a common phenomenon mostly along Passaic river basin. Serious droughts do occur on average mostly once in between 15 years (The Telegraph). Department of Environmental Protection of the State of New Jersey has organizations such as Sustainability and Green Energy. Sustainability and Green Energy (SAGE) help in promoting and supporting programs that aid in minimizing emissions and at the same time preserving and expanding natural carbon sinks which include soils, forests, and wetlands to ensure that it complies with the New Jersey "Global Warming Response Act". It also helps in promoting and supporting initiatives that are designed to help New Jersey adapt to the climate-related impacts which are unavoidable (Tangley). The high energy demand in New Jersey has forced more power and heat generation.