Different fields of study interrelate in several ways because the knowledge acquired in one field can be applied in many other areas. Biology, which is the study of life, has provided beneficial knowledge in many fields of study and similarly, the other areas of study have played an important role in enabling the study of life.
Quantification is required in many areas of biology to explain the characteristics and functions of living things. Mathematics in biology is mainly applied when carrying out research, whereby, data are collected in numerical form and then analysed to give results and conclusions. For example, in a study to determine the extinction rate of a species, calculations have to be carried out using mathematical functions and equations. Other than research, mathematical knowledge is also useful in carrying out day to day activities in the fields where biology is applied, such as medicine, pharmaceuticals, food processing, and nutrition.
Biology has been a part of history as human beings carried out studies that led to developing the modern day civilization. All the natural sciences were considered to be one field of study in ancient times. As people gained more knowledge of the sciences, they were able to distinguish the different fields leading to more specific studies. Today, biology is applied in history to explain issues such as climate changes over the years, evolutionary processes, and the origin of species.
The biological processes that take place in a living organism, such as the movement, intake of water and nutrients, transpiration, and breathing, are enabled by the laws of physics. Understanding the concepts of physics, therefore, helps us study these processes. The functions of some complex body organs, such as the eye, have also been explained using physics. Physics is also applied in the development of biology equipment such as microscopes, x-ray machines, autoclaves, and incubators.
Biology and chemistry relate in many ways and tend to overlap constantly. Biology borrows a lot of knowledge from chemistry, which is useful in studying the chemical processes that take place in living things. Biochemistry, a branch of biology, was developed from the combination of chemistry and biology, to study these chemical processes. Processes such as the breakdown of food, the synthesis of enzymes, absorption of nutrients, and elimination of wastes all involve chemical reactions. Chemistry, therefore, plays a significant role in the entire field of biology. For example, in the development of medicine, it is important to know how the chemicals in a drug will react with the chemicals in the body when taken.
Living things are distributed in different geographical areas depending on their characteristics and adaptations. For example, cactus plants grow naturally in the deserts while mosses are found in wetlands. This difference in distribution is caused by the conditions of these geographical areas, such as climate and temperature, and the adaptations of the living organisms to fit these conditions. The knowledge of geography, therefore, helps biologists understand the distribution of living organisms on earth.
The economic point of view is important in every field of study. In biology, the different projects that are carried out have to be analysed based on their cost and profitability. The principles of economics are applied to determine the viability of a project. This information is usually useful when making decisions on whether to proceed with a project or when accounting for the finances used.
The interdependence between biology and other fields of study has led to the expansion of human knowledge. These interrelations can be complex, but it is necessary to understand them thoroughly to make the right decisions and lead to advancements. For a better understanding of these interrelations, one can seek biology assignment help from dedicated experts.