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If you want to major in plant science and technology, then you’ve got options for your degree. You could get an associate degree in about two years for a solid foundation in the field and the opportunity to pursue more education later on, or get a bachelor’s degree for a more in-depth look and the opportunity to go to graduate school.
Earning an associate degree in plant science and technology is a great first step. But do you know you can start on your resume before you even graduate? If you want to work in agriculture, horticulture, environmental science, or research, real-world experiences and technical skills can help you amplify your resume.
When you hear the words “botany” and “plant science,” they might sound like the same thing. After all, their names are often used interchangeably, and they both study plants. But, when it comes to their goals, focus, and what kind of roles are in the field, the two areas of science are different.
What does breakfast cereal, clean air, and life-saving medicines have in common? Plant science!
When you think about a garden, you’re probably thinking about something in your backyard, with plenty of soil, water, air, and sunlight. Those are the basic requirements for growing something, but what if we told you that plant science is changing all that?
While lab and field science are both needed to shed light on the scientific world, they each have their own benefits and challenges that come with them. Lab science excels in producing controlled, precise, and replicable results. Here are some ways it accomplishes this:
It can be easy to look at lab science as just experiments in a lab, far removed from the average person’s everyday life. However, the benefits of lab science are all around us! Although it starts in the lab, it ends by benefiting humanity. By observing and testing scientific theories, researchers can turn abstract ideas into observable phenomena, helping to make advancements in many areas of science. Through lab science researchers can investigate and solve problems, as well as develop new breakthroughs in medicine and technology. Here are three specific fields that benefit from lab science:
Every day, scientists discover massive amounts of biological data, but without someone there to interpret the research and apply them to real problems, all of it is useless. You need experts to map out DNA, track diseases, and find patterns in processes and treatments.
Have you ever wondered how research and data goes from numbers to solutions? That’s bioinformatics. From fighting diseases to protecting endangered species, bioinformatics touches almost every corner of modern biology. Bioinformatics tackles challenges like climate change and public health using data, computers, software, and algorithms.