Biological research creates environmental biotechnology career opportunities in the 21st century
The fusion of biology and technology in agricultural production, medical, alternative energy sources and other biological research creates environmental biotechnology career opportunities in the 21st century. Typically, such careers require a PhD, according the U.S. Dept of Labor Bureau of Labor Statistics, but commonly, some work in special research and commercial environmental product development allows short-term postdoctoral research positions. Environmental careers in biotechnology underlie the research toward an ecologically healthy global community.
Aquatic Biology
Oceanography investigates the physical features of oceans and the floors of oceans.
Studying biochemical development, taking place in living cells of sea creatures, marine biologists careers focus on microorganisms, plants and animals living in saltwater. Another aquatic biologist, called a limnologists, usually studies fresh water life forms living in lakes, ponds and marshes in the same manner as the marine biologist. A wider field of aquatic biology called oceanography, investigates the physical features of oceans and the floors of oceans.
Chemistry of Life
The work of biochemists bring understanding of the complex chemistry of life.
Biochemist studies bring understanding of the complex chemistry of life. By analyzing chemical groupings and activities in cells or organisms creating energy and fundamental substances needed for vital life processes (metabolism), procreation and growth, the biochemist provides further awareness of life intricacies. This comes through studying how enzymes control life force elements, compounds and chemical reactions.
Cellular Energy
Biophysicists also study how cellular activities connect with chemical processes.
Using the science of matter and energy interaction (physics), biophysicist research focuses on electrical and mechanical energy relationships in living cells and organisms. The research processes biological data at the molecular level using computers, biophysicists, research molecular and cellular nervous systems. Biophysicists also study how cellular activities connect with chemical processes (metabolic) for sustaining life through energy production and release.
Microscopic Organisms
Microbiologists explore uses of microorganisms for bettering the environment.
Researching development and distinctive aspects of microscopic organisms including bacteria, algae and fungi, microbiologists may incorporate computer technology for understanding cell reproduction and human infections including causes of viruses (virology) and development of biological tools fighting infections (immunology). Other microbiologists explore uses of microorganisms for bettering the environment, agriculture and industrial food production.
Functions of Living Things
Some physiologists research how plant photosynthesis creates energy.
The physiologist researcher creates normal and abnormal conditions for investigating the life force behavior of entire plant and animal forms (including humans) or at the cellular and molecular level focusing on development and reproduction. Some physiologist research centers on how plants change sunlight, water and carbon dioxide into energy (photosynthesis) and how this is a means for creating non-polluting fuels and other energy sources. One specialized physiologist research explores how the human body reacts to motion.
Plant Environments
Among the aspects of plant life of botanist research are fungi.
Ongoing botanist research includes studying plants and their environments. Biotechnological findings provide cures for plant diseases, the geological history of plants and plant identification for scientific classification. Included in the types of plant life research findings are the structure and purpose of the parts of algae, fungi, mosses and flowering plants.
Animals and Wildlife
Environmental biotechnological careers study the origins, behavior, diseases and progression of animals.
Zoologists and wildlife biologists study the origins, behavior, diseases and progression of animals. Research of these two experts may analyze biological data for establishing the effects of current and future land and water use on ecosystems. Using the same research format, mammalogists study mammals while herpetologists research reptiles, and ichthyologists investigate fish.
Environmental Research
The ecologist investigates demographics of life forms in relation to the environment.
Incorporating biotechnology and other branches of scientific knowledge, the ecologist investigates the effects of population size, pollution, altitude, rainfall and temperature on all organisms in relation to their environments. Collecting, studying, and reporting statistics on the quality of existing food sources, soil and water conditions and quality of air provides the ecologist with facts for determining the connections among and between all organisms and their surroundings.
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