Research is a process - it is about discoveries, about making mistakes, taking risks, trying new approaches, and sometimes starting over. We always learn from our mistakes and new approaches, gain some knowledge from the risks, and start over while remembering where we went astray. Thomas Edison once said about the process of inventing the light bulb, “I haven’t failed. I've just found 10,000 ways that don’t work.” This is the part of research that I love. I can go to work every day and not necessarily accomplish what I set out to do, but I will have learned something meaningful, even though it may not be what I expected. After days of preparation, packing, and test runs, you get up at 7 am, drive an hour to get to your field site, set up, and run an experiment, and the outcome may be totally unexpected; but, that doesn't mean that the day was a failure. In fact, through this process of trial and error, we find better and more efficient ways to make our measurements, and ultimately, the outcome and science is better for it! This process leads us to question our approaches and always be thinking about the unexpected. There are no rules for figuring out an answer, or guidebooks that will tell us in which direction to start. This is why research is such a creative process and requires a lot of flexibility and the ability to think in new ways.
One of the most rewarding experiences that I had this summer was the opportunity to design my own experiment and take charge of all of the details. Curiosity drives research, so I had to first ask myself, what am I curious about? After the course of a couple weeks in the field using three methods to measure nitrogen fixation, I asked myself, why can’t we use just one method, or what are the advantages and disadvantages of each method, and what can we understand better that will convince us of the accuracy of these methods? Then, I had to devise an array of field measurements using each of our methods that would provide some insight into where the discrepancies between the methods lies. The first day that I was in charge of the field team, I was running on adrenaline, not knowing what the results would reveal, or how the day would go.
I was counting and numbering vials, double-checking supplies, and packing extra everything, just in case. I was the one who had to delegate the tasks and provide the itinerary. I made some mistakes, and miscounted a few vials (which turned out to be a great learning experience in and of itself), but at the end of the day, it was a great success. I felt accomplished. We had new and novel data that will help us to better evaluate the methods for measuring nitrogen fixation, which will be an important contribution to the field. It was gratifying to complete a portion the large international collaborative project that I had designed. It gave me confidence in relying on myself and my own ideas, and brought even more questions to my attention that I hope to pursue in the future as I continue to do more research.
