New Zealand based organisation providing scientific & medical information & analysis in the service of the public's right to be independently informed on issues relating to human & environmental health.
**Description in science** is the systematic observation and cataloging of the components of a natural system in a manner that can be utilized and replicated by other scientists. It is a fundamental part of the scientific process, and is used to build a foundation of knowledge about the world around us. Descriptive science is often used to study things that are difficult or impossible to experiment on, such as: * **Large-scale phenomena:** The evolution of the universe, the climate system, or the distribution of galaxies * **Past events:** The history of life on Earth, the formation of mountains, or the impact of a meteorite * **Unique systems:** Ecosystems, human societies, or the behavior of individual animals Descriptive science can also be used to lay the groundwork for experimental research. For example, a scientist might conduct a descriptive study to identify the most common types of bacteria in a particular environment before designing an experiment to test the effectiveness of different antibiotics against those bacteria. **Examples of description in science:** * **Astronomy:** Astronomers use telescopes to describe the physical characteristics of stars, planets, and galaxies. They also describe the motions of these objects and their interactions with each other. * **Biology:** Biologists describe the anatomy, physiology, and behavior of living organisms. They also describe the interactions between organisms and their environment. * **Chemistry:** Chemists describe the structure, properties, and behavior of matter. They also describe the chemical reactions that occur between different substances. * **Earth science:** Earth scientists describe the physical and chemical processes that shape the Earth and its atmosphere. They also describe the history of the Earth and the life that has inhabited it. * **Physics:** Physicists describe the laws of nature that govern the behavior of matter and energy. They also describe the fundamental forces that act between objects. Descriptive science is an essential part of the scientific process. It helps us to understand the world around us and to develop new technologies and treatments for diseases. **How to write a description in science:** When writing a description in science, it is important to be clear, concise, and objective. Avoid using jargon or technical terms that your audience may not understand. Instead, focus on describing the phenomenon in a way that is easy to visualize and understand. Here are some tips for writing a good scientific description: * **Start by defining the phenomenon you are describing.** This will help your reader to understand what you are talking about and why it is important. * **Use specific and concrete language.** Avoid using vague or abstract terms. Instead, focus on describing the phenomenon in detail. * **Be objective and unbiased.** Avoid expressing your personal opinions or interpretations. Instead, focus on the facts and evidence. * **Use clear and concise language.** Avoid using unnecessary words or phrases. * **Organize your description in a logical way.** Start by describing the most general features of the phenomenon, and then move on to more specific details. If you are writing a scientific description for a general audience, you may need to provide some background information or explain some technical concepts. However, be careful not to overload your reader with too much detail. The goal is to provide a clear and concise overview of the phenomenon.
**Description in science** is the systematic observation and cataloging of the components of a natural system in a manner that can be utilized and replicated by other scientists. It is a fundamental part of the scientific process, and is used to build a foundation of knowledge about the world around us. Descriptive science is often used to study things that are difficult or impossible to experiment on, such as: * **Large-scale phenomena:** The evolution of the universe, the climate system, or the distribution of galaxies * **Past events:** The history of life on Earth, the formation of mountains, or the impact of a meteorite * **Unique systems:** Ecosystems, human societies, or the behavior of individual animals Descriptive science can also be used to lay the groundwork for experimental research. For example, a scientist might conduct a descriptive study to identify the most common types of bacteria in a particular environment before designing an experiment to test the effectiveness of different antibiotic
Enjoy an ad-free viewing experience and other benefits