Green careers in atmospheric science are among the most important and better paying in the green energy industry today. Green careers in atmospheric science might seem like something of a paradox, however, atmospheric science degrees are a big part of green careers.
With societies the world over driving toward readily renewed forms of energy, green careers in atmospheric science are proving themselves as critical for making it possible to incorporate both solar and wind energy harmoniously. Climate measurements and forecasts are vitally important bits of information for the implementation of renewable energy; for energy companies to be able to use solar and wind energy synergistically, they have to have accurate forecasts and deep understanding of atmospheric science.
Atmospheric scientists are the ones who can take accurate readings of wind at critical turbine heights as well as measurements of directly beamed solar radiation appropriate to understanding mechanisms and improving forecasts. Coal fire plants and oilrigs must continue their activities so that humanity is confident of a continuous source of electricity until such a time which atmospheric forecasts have become so accurate, we can transition into an entirely "green" energy world.
People involved in green careers in atmospheric science can help to answer many of the most pressing questions in green energy systems today. The number of questions is great, and includes the following.
• Where are the best places to set up wind installation facilities?
• What are the wind energies at the typical turbine heights in the 20 to 200 meter high range?
• What is direct beam solar radiation's climatology in regards to what of it can be converted to electricity?
• How accurately and with how much confidence can we forecast the amount of energy we can generate from solar and wind power systems?
• Is vertical shear in wind energy power systems a critical factor to consider in the lifetimes of wind turbines?
• What are the most likely seasonal solar and wind energy system "droughts?"
• How do solar and wind energy generation systems best combine to create a consistent stream of energy?
• Is it possible to make consistently accurate predictions about sudden drops in solar or wind generated energy with enough advance warning so that alternative forms of energy are readily available?
• Are there significant local climatological impacts generated by large wind energy arrays?
• Will there be negative environmental consequences generated by the high water usage of certain forms of renewable energy?
• What should the maximum and minimum spacing between wind farms be in order to ensure the greatest degree of consistently available wind-generated energy?
Atmospheric scientists are the best qualified to answer all of the foregoing questions. Green careers in atmospheric science offer many different positions in government, academia, and the private sector. They are often overlooked because when people talk of “green” careers they typically don’t think of atmospheric scientists. Yet, this is the one of the most crucial areas of sustainable, clean energy development. Explore your interest in atmospheric science, and be ready to benefit from one of the green careers out there today.