Start With A Science Degree And Become An Agricultural Scientist!

The Bureau of Labor Statistics states the demand for agricultural scientists is "greater than average", growing as the world's population grows. One need only turn on the news to understand why. World hunger is pandemic. Even the diets of prosperous countries are suspect. Because of this, the demand for this STEM (science, technology, engineering, math) profession is at an all-time high. Those wishing to enter this growing and diverse field are well served by a science degree.

The job of an agricultural scientist is defined as studying farm crops and animals to create ways of improving their output. They also attempt to control pests, weeds and diseases - preferably in more environmentally friendly ways - while protecting soil and water. As of late, they are also trying to create ways for agricultural products to produce fuels such as ethanol out of corn.

Thanks to recent developments in biotechnology and biogenetics, agricultural science is one of the most dynamic fields out there. This is causing many to go enroll at online colleges to keep abreast of the latest scientific discoveries. This is becoming particularly acute as knowledge of nanotechnology is becoming part and parcel with the discipline.

Agricultural science divides into four main sub-disciplines. First are food scientists who use life sciences and engineering to develop better ways of preserving, storing and delivering foods. Next are food technologists, who assist food scientists in the testing, reporting and monitoring of experiments. Third are plant, soil and crop scientists, as well as agronomists, who study plants to feed a growing population and conserve natural resources. Lastly are the animal scientists, who work to develop better ways to produce and process meat, poultry, eggs, and milk, the staples of so many diets.

Training depends on which specialty a student wants to pursue. An undergraduate should pursue an education that's as general as possible within a B.S. in Agricultural Science before deciding on a particular specialty. One can then specialize when going onward for a Masters and/or PhD, which is inevitable in this field.

As there is such a critical need for agricultural scientists, financial assistance is available from more than just federal, public and private grants. Nearly every state in the U.S. has agricultural scholarships programs, usually tied with a local university program. There are also federal S-STEM grant opportunities through the National Science Foundation. An academic financial advisor is a good person to talk to about all the possibilities, as well as a little research through your favorite web engine.

Aiding and abetting this critical need is the number of agricultural scientists is extremely small, barely 62,000 for all the specialties. Thus the need is considered higher than average, depending on the specialty. The low end of the salaries is $35,000 for a technician to over $100,000 for experienced scientists. The average wage is $56,000 for scientists. There are almost always excellent benefits packages tied to the field, including health, retirement packages and other perks.

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