What is the difference between environmental science and technology?
The primary difference between environmental science and technology is that environmental science is mostly involved in theoretical research to discover the basic causes of environmental changes, although this research can also sometimes be applied research. Environmental technologists, on the other hand, focus on offering practical solutions to pollution or degradation of the environment that exists currently, and have only a secondary interest in the basic causes. Environmental science and technology work hand in hand to find solutions to environmental problems caused by the past or contemporary human activity, and science and technology themselves rely on a better understanding of complex cycles of causes and effects that occur in nature. This can be found in a wide range of industrial arenas, from crop research to survey and drilling of oil and alternative energy development, for example in the production of solar cells. ScientistsAnd engineers are often grouped under the title Research and Development, where scientists use experimental or empirical data along with past field knowledge to propose potentially better processes or systems. Engineering teams then take this knowledge and apply them to create new machines, systems or biological controls for testing in the real world.
Science is generally divided into two wide disciplines: life sciences and physical sciences. Life sciences include research into areas such as biology, botany and entomology, or studying living things and organic processes such as plant and insect processes. Physical sciences include research of physics, geology and mathematics, which are often referred to as pure sciences because they have a much more theoretical nature and include discovering basic physical laws. However, when someone is said to work in the field of environmental science, his research can translateČIT many disciplines. An example would be a climatologist who is a scientist who studies changes in weather samples that are influenced by geological and solar events, as well as the effects of plants life on air and water cycles.
When engineers are looking for solutions for environmental technologies, they will also exceed traditional research and development barriers. Engineers focus on building problems in the fields of chemical, mechanical and building engineering, but the solutions themselves often lead to new discoveries and new understanding of physical laws. Because engineers have built buildings and cars over time, ineffectiveness in how buildings maintain or resist earthquakes or how cars burn fuel for mechanical movement to improve technologies with better understanding of physical laws under which they include the principles of pure scientific research in physics, chemistry and metallurgy.
crossover between environmental science and technology in research and application of knowledge of traditionalBoth disciplines were grouped as part of the team. Scientists deal with the questions of "why" about environmental processes and technology developers are interested in "how" to build something to meet the environmental objectives. Cooperation between all areas of the development of environmental sciences and technologies is becoming increasingly important because human activity has a greater and greater effect on the natural world.
Health of ecosystems around the world is increasingly tied to human commercial production of raw and natural fuel materials to hum. Since such an activity has wide effects across numerous scientific and technological areas, together with the latest top research, scientists must be created new environmental technologies to prevent errors that may cause unforeseen environmental damage. Government Groups such as American National Science Foundation (NSF) and the European Scientific Foundation (ESF), Association of 78 Scientific Research Organizations throughout Europe, working on youForming cooperation in the field of environmental sciences and technologies on a global scale.