A big chunk of life forms that inhabit the earth is composed of humans. The species have spread to all lands and manage to adapt in whatever weather condition is present. As usual it needs food to survive. As the population multiply, scientist are busy doing studies on how to induce other organisms to produce more and grow faster. Cellular observation is done with microscope incubator found in most science laboratories.
Cultivation of crops began as people settled in riverbanks where water was available. The rich soils provided man land area where plants can be planted and harvested. The yearly inundations kept the ground fertile. Dung was used as fertilizers to enrich the soil and provide plants with nutrients for growth. Organic farming is in vogue today as more people are conscious of their health.
Research institutes are busy studying plants and breeding them. This also includes livestock cross breeding. Experiments are carried out for long periods until such time that a method is perfected and the desired prototype is ready for mass production. This is also true with medical research that studies the effects that hybrid derived food has on humans. Children today are more healthy than was the case a few years ago.
The telescope was invented in order to see distant objects in the sky. Stargazing was popular during the renaissance period. The heavenly bodies attracted observers who wanted to know more about the heavenly bodies. This was later refined and miniaturized and eventually transform into a microscope. Instead of seeing objects from far away, it magnified very tiny objects that are barely noticeable with ordinary sight.
The simplest device is mostly made of tubes and lenses that are carefully arranged and can be controlled by the viewer. Focus adjustment are done with dials and small levers that reposition the lenses to make the image bigger. The device is like the telescopes that can make objects appear bigger when viewed from a distance.
Bombarding sample material with electron was discovered by a scientist and an electrical engineer. This method of replacing the eyepiece with electrons made a huge impact in the science world. Now it was possible to see microbes and molecules as well as tissue cells. This has many applications in other technologies like medicine, agriculture and food production.
Biological related sciences improve human life quality with vitamins, vaccines, and medicine. However some of these can cause shortness of breath and nausea. Fertilizers can increase the output of cash crops per acre planted but the drawback is it can find its way into ground water thereby polluting it. Medical technology creates instruments to treat injury and disease.
Biotechnology transforms living organisms into products or new forms of life. Examples of this are bionic and genetic engineering. Agricultural technology produces plants and animals for food, fiber and fuel. Irrigation, food preservations and weed control are a few examples. Both deal with living things in people, animals, and plants. Biotechnology and agriculture technology is responsible for bountiful harvests.
Life on earth is short and as living becomes a daily challenge as more items and products are created to improve the ways things are done. Consequently the study of very small particles have contributed immensely in improving products and methods especially in curing illnesses and controlling viruses that harm society. This includes animal borne diseases like bird flu.
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