We are excited to welcome Leslie Holmes to the blog today. Leslie is a PhD Candidate at Queen’s University, and while she may only be a novice field biologist…she “gets it”. For more about Leslie, see the end of this post.
While I’m no field biologist, I have had short expeditions in field biology. As a novice ‘field biologist’ I can honestly say “I get it”, that is, I get the appeal. Who wouldn’t want to be outside all day? Imagine it’s a warm, sunny day, and there isn’t a cloud in the sky, your body is flooded with sun induced happy hormones and your mood instantly peaks. But it’s days like this, that it’s just as difficult to get your work done outside as it is inside sitting at a microscope, lab bench, or computer; my usual forte. Because, while inside there are birds constantly flying by your window casting animated shadows across your computer screen or field of view, and the idea of being outside trying out your lab’s recent purchase of a slip and slide is far more appealing than lab work, the work to be done outside is just as daunting. Inside, you’re (hopefully) cool and comfortable, struggling only with your mental capacity of getting your work done, while outside, in addition to mental anguish, you’re often overheating, sweating, and physically drained, and while you know these insects won’t collect themselves, all you want to do is lay down in the shade and read a book or go for a swim.
But I think every field biologist out there would agree, not every day is like this. In the spring and summer, you might have rainy days, where it’s coming down so hard you feel like a tin can and a sponge at the same time, rain drops hitting you like golf balls, not to mention the added 20 lbs of water weight you must now carry with you. As temperatures rise, you literally become a buffet for every biting insect in a 1-kilometer radius. Then there are days you’re so exhausted you don’t think you can take a single step more, even if it’s the first step back to the biology station where a nice meal awaits you. However, this utter exhaustion will almost certainly guarantee you a solid night’s sleep, an anomaly for most of us lab biologists.
As I sat down to write this piece, I thought back to my very first field biology experience and the absolute wonder it brought to my life. It was July 10th 2009 in the McFadden National Wildlife Refuge of Sabine Pass, Texas, and our lab was trying to verify the range expansion of an invasive blowfly species Chrysomya megacephala. The landscape chosen to put some carrion out was less than 500 m from the coastal beach and was still recovering from the destruction of hurricane Ike that had passed through in 2008. In addition, the landscape had fallen victim to a large-scale lightning induced fire less than a week prior to our arrival. It was incredible, the flooding from the previous year’s hurricane, left little in the way of plant and wildlife, and what little that was there, had burned from the fire the week before, but to our amazement, the blowflies arrived within minutes of setting out the carrion. Minutes! It was here that I realized just how little we know about ecology and how it appears that the simplest organisms seem to have it all figured out.
I’ve also done some field work in the winter, and I have to say, if you’re a field biologist and you’re about to embark on a day, you know in advance is not going to be good, take someone like me with you! That is, take a novice, someone who is eager and happy to help and get experience, but has never seen a truly bad day in the field! Trust me, they will make light of what you most certainly believe will be an awful situation. The day was December 23rd, 2013, I was working in the lab over the holidays on my own experiments, so when my friend Amanda needed help in the field so that she could go home for Christmas, I didn’t even hesitate to offer my services, as limited and inexperienced as they may have been. Side bar: December of 2013 in Kingston, Ontario has come to be known as the year we got more snow than we’d seen in 5 years, and ice storm, after snow storm, after ice storm, etc. Over the course of a week, Kingston, Ontario was blanketed with 30-100 cm of snow (depending on presence or absence of snow drifts), and 20-30mm of freezing rain. Specifically, there were layers of snow and ice throughout the landscape, and on December 23rd, the day after a second ice storm, we were headed to Amanda’s field study site. As we were driving to the Opinicon region, it occurred to us that the ATV typically used to haul us and our equipment to the field site might not be a viable option due to the deep drifts of ice and snow. But given the trek into the field site from the road was long and winding, we gave it the good ol’ college try, getting the ATV stuck in the snow/ice the instant we drove it out of the garage. So with 100+ lbs of equipment, Amanda and I started trudging through the deep snow/ice/snow/ice layers in an open field. And while Amanda would probably tell you, this day is probably one her top 5 worst days in the field, I would tell you, I laughed so much that day, that it was a good thing it was a mild -2˚C day, or my tears of laugher would have frozen to my cheeks!
Being a novice field biologist however, is not always ideal. It was late fall (my first time out in the field in any other season but summer), and the lab was bringing the dock in from Round Lake at the Queen’s University Biology Station. I was told that it was going to be a half day job and we were leaving first thing in the morning, so I had my usual late fall hearty breakfast of stone rolled oats and was ready to go, dressed in warm layers with a new waterproof jacket, pants and winter boots. Let’s just say, just like in the lab, things always take longer than your supervisor thinks it will and here we were, 8 hours later, heading back to Kingston after a long, but successful task of taking the dock out of Round Lake. Ignorant to the whole field biology experience, I had not prepared for this task to take longer than half a day, and thus I had not packed a lunch. So, when everyone paused in their tasks for a lunch break, my lack of preparedness was evident for all to see. Too embarrassed to admit my ignorance, I told everyone that I didn’t usually eat lunch, silently willing my many layers of clothing to mask my thunderous hunger rumbles. By the end of the day I was starving, cold, wet and very hangry! Picking up some pizza and a large hot chocolate on my way home, I could not wait to peel my cold wet clothes off and have a scalding hot bath, only to discover my housemate had just used the last drop of hot water!
I’ve learned a lot from my limited experience in field biology, and while I often get envious of all my field biologists friends and the exciting places they get to discover, I certainly don’t regret moving to the dark side and doing most of my research in a lab setting. I think I’ll always gravitate towards laboratory research, where I like to think I’m in control of everything (although my entire PhD thus far would suggest otherwise). However, I do hope to continue to collaborate on field biology research and probably most ideally, pair laboratory studies with field studies.
A bit more about Leslie: “I received my bachelor of forensic science degree from the University of Windsor in 2008. Early in my undergraduate degree, I branched into the field of biology by working in a forensic entomology lab as a work study student. Helping graduate students at the time with their theses, I was engulfed into the world of forensic entomology. From there I was offered a Master’s position in Dr. VanLaerhoven’s lab in Windsor to complete a development study on the black soldier fly for the purposes of maintaining a waste management facility year round in southern Ontario. I enrolled in my Master’s degree in the fall of 2008. Prior to starting my graduate studies, I worked in Dr. VanLaerhoven’s lab in the summer of 2008 on a ‘side’ project. As a result of this project, I travelled with my lab to the North American Forensic Entomology Association conference in Atlantic City to present our findings. It was at this conference that I met Dr. Tomberlin from Texas A&M University, the leading expert on the black soldier fly and landed a visiting research scholar position in his laboratory at Texas A&M. As a result, I spent the last year of my master’s in Dr. Tomberlin’s lab, where I completed 3 out of the 4 experiments of my master’s. An electronic copy of my thesis titled “Role of Abiotic Factors on the Development and LIfe History of the Black Soldier Fly, Hermetia illucens (L.) (Diptera: Stratiomyidae)” can be download here.
I completed my master’s degree in October of 2010 and was able to land a part-time faculty position at Trent University in January 2011. I was employed in their Forensic Science Department and taught their first year introduction to forensic science and crime scene investigation courses. I also developed a new online course in forensic entomology and taught it in the summer of 2012 online. While teaching online at Trent University in 2012, I also worked as an entomological researcher, raising beneficial insects for the purposes of integrated pest management. It was in September 2012, that I decided to return to school to embark on my PhD at Queen’s University.”