Similarities Between Evolutionary And Developmental Biologists

Discovery is embedded in human nature. Humans have a natural inclination to study, observe, and analyze their surroundings. With this innate curiosity for learning and exploration, humans in their respective fields continuously delve deep into this exploratory mindset and study different aspects related to human life. However, scientists, specifically evolutionary or developmental biologists, study factors to not only human life and development, but also life and development beyond humans. This spans the realm of organisms found in the past or present, microscopic or macroscopic, insignificant or significant. Evolutionary and developmental biologists study all organisms due to this curiosity and the fundamental ideals of biology. All biologists
By utilizing the comparative approach, biologists collect information from one organism first and then analyze through a compare/contrast method to another organism. The first organism studied is typically conducted through a thorough analysis of every aspect of the organism, including different features, functions, etc. By following this methodology, biologists are able to collect a substantial amount of information regarding one organism. However, more information and data is collected once the comparative approach is utilized, as this allows the biologist to study another organism in detail and then compare/contrast it with another organism. This will allow evolutionary and developmental biologists to accumulate information not only about the first organism, but also the second organism studied, since the thorough compare/contrast between the two organisms will lead to a huge collection of details regarding both organisms. Thus, the comparative approach is essential to biology due to the substantial increase in the amount of valuable information collected. This accumulation in information will ultimately provide insight on organisms from the past and the present, thereby increasing our comprehension of these organisms as a
This approach allows the biologist to retrieve and accumulate a substantial amount of details regarding different organisms, yet it is in the hands of biologists to decipher and connect these details. By following the comparative approach, biologists will acquire a more comprehensive understanding regarding the features and functionality of different organisms. This is due to the fact that, by studying one organism and comparing/contrasting it with another, biologists will learn more about current features while also discovering new information regarding features that may have been ambiguous, such as the function of a specific bodily characteristic. The comparative approach will also provide insight on possible evolutionary relationships between organisms and species. The primary goal of the comparative approach is to compare and contrast between organisms and species. By doing so, biologists have a comprehensive understanding of the differences and similarities among different species. Developmental biologists will then be able to assess organisms based on these similarities and differences and decide on a logical relationship and evolution among these organisms. Organisms in close relation will be dictated by an increase in similarities, while organisms that do not share a common path or lineage will be decided based on a decrease in similarities. Thus, this