Systemics is a branch of biology that deals with grouping and naming organisms. It explores the special features and distinctive characteristics of different organism species and the co-existences of organisms in ecosystems through time. For this reason, scientists use this branch of biology to predict the evolution of life through the years.
From the definition, you can tell why many students have a hard time answering the question, “what is systematics in biology?” But the good news is, the concepts of systemic biology have been comprehensively elaborated, allowing students to achieve a deep understanding of the concept.
If you’re passionate about discovering new organism species, and building your own library of the different collections of organisms across the globe, exploring the history of systematics would be something you want to explore. Scientists throughout history have preserved every last detail on systematics and biodiversity to enable new generations to understand the distribution and adaptation of organisms in different environments.
Continue reading to explore the facts of systematics in biology and the role this branch of science plays in the continuity of life.
What are the Main Objectives of Being Systematic in Biology?
The main purpose of having this branch of science is to offer scientists a comprehensive, monitored and pertinent means to name organisms. Furthermore, scientists needed to describe the characteristics of every named organism to make them easily identifiable by scientists across the globe.
What’s more, building an easily accessible library of information ensures that scientists in coming generations don’t have to start from scratch when studying the evolution of life. They could easily apply the already established classifications to strive for groundbreaking research. And the fact that this library of information keeps being updated by scientists through time, the future generations are guaranteed of a detailed classification system that allows them to pick up from where their predecessors left.
How Scientists Use Biology Systematics in Animal Conservation
It’s no secret that animals have been going extinct throughout history and it’s upon the human race to figure out how to stop this from happening. Evolution and systematics play a huge role in determining how to preserve all animal species despite the accelerated climatic and environmental changes over the years.
By studying the distribution of organisms across the globe and their adaptation within various ecosystems, scientists can determine what the human rate can do to ensure all species have comfortable habitats where they can thrive.
Biologists use the catalogue that lists all identified organisms to carefully analyze the survival potential of different ecosystems with current climatic and environmental conditions. Over the years, scientists have come up with various evolutionary theories that help them make sense of the population changes in different ecosystems. Scientists today have a systematic biology impact factor they can use to identify what might cause the extinction of some animals. This information comes in handy in the preservation of thriving and endangered species.
How does Systematics Compare with Taxonomy?
Systematics is sometimes used interchangeably with taxonomy; so, does this mean that these two biological terms mean the same? Well, there is a slight difference in their definitions because while taxonomy is strictly about classifying and naming different organism species, systematics extends to establish evolutionary relationships between these organisms. In fact, systematic biologists classify organisms according to their evolutionary relationships.
Another significant difference between these two branches of biology is that taxonomy specializes in determining the species, family, and class of organisms while systematics takes a broader approach on organism classification. Specializing in taxonomy would mean spending time understanding the principles underlying organism classification while systematics would focus on using available information on organisms to predict their survival rate.
Understanding what different branches of biology specialize in allows you to find a field you’re passionate about. Be sure to use your high school to determine what you’d like to specialize in when you join college. And now that you have a deeper understanding of systematics, you can decide if you’d like to explore it further.