The Art of Computing Algae

Mon, 02 Dec 2013 19:00:00 -0500

Scott Fulbright’s research definitely represents great discovery for the bioenergy science and fuels market. His discovery was a novel observation that allows scientists to understand more about the complex network of players in algal production systems. We now know that the narrow focus specifically on algae growth needs to change to a broader lens so that other organisms that play interactive roles in the health and stability of the systems are addressed as a more whole system. As most things in biology, there is never just one player and moving towards ecosystem management in algal production systems will be pivotal for the biofuel community both in the US and globally. As the move toward low-carbon fuels continues, it will be important to have an alternative source of fuel that is stable and can produce on large scales to feed fuel and energy demands both domestically and internationally. Scott’s research will help algae move towards the forefront of being a usable and viable fuel source encouraging scientists to learn more about the entire system tapestry, how these interactions affect algal growth, and where to focus future research to continuously enhance the science of using algae for fuel. Scott’s research has brought together researchers from different academic backgrounds, skills, and interests. From working with engineers at Solix, to working with bioinformatics specialists trained in biology and statistics, to working and mentoring a student in computer science, Scott has widened his scientific knowledge base and has done the same for others to learn from him as a biologist. This relationship has brought together researchers who might otherwise not have met to work on a common question to ultimately understand the world better, but also to address global issues that are arising at a quick pace. This type of work mandates that researchers learn to talk to each other, respect the different research values, and then produce something that is relevant to society and can be communicated well. Research like this will help pave the way for groups of scientists to come together for a common societal good and hopefully expand the scientific literacy of all citizens because they addressed society’s needs.