What started as a small-scale investigation quickly expanded into a community-wide exploration, ultimately leading me to delve into the intricate dynamics of temperature shifts and their correlation with the silent force shaping our planet: climate change. My initial focus was narrowed as I was curious about the Sweet Chesnut tree and the odour it emanates, but quickly I realized my data wouldn’t be sufficient to evoke any type of study, so I expanded to a larger area, my community, to discover that although all the 6 trees were growing, blooming and developing at roughly the same rate, the outlying variables were what I was making more note of. Viewing how the presence of wildlife is actually dependent on several factors, and the trends are very clear. Although the chestnut tree was in interesting focal point, my study really expanded to the environment they encompassed, which evokes a need for future research to understand what vegetation more favourably grows around chestnut trees, and what wildlife and insects these specific vegetative forms bring to the tree. This would allow the focus to be more exclusively on the chestnut tree, whereas my findings unveil a pattern of our climate and human presence, and how they both affect wildlife.
Designing and conducting field experiments is no small feat, and my own experience was no exception. Along the way, I encountered various challenges and had to make several adjustments to my initial plans. From logistical hurdles to unexpected data discrepancies, each obstacle presented an opportunity for growth and adaptation. Yet, through perseverance and determination, I navigated these challenges and emerged with a richer understanding of both the scientific process and the complexities of our natural world. It also led me to adjust my study based on the findings, as the subject I thought would be niche ended up being quite expansive, and having multiple areas to consider!
One of the most profound realizations from my field research was the undeniable influence of climate change on ecological systems. What began as a study focused on tree health and community dynamics evolved into an exploration of the broader implications of environmental shifts. The temperature data I collected provided a stark reminder of the urgent need to address climate change and its far-reaching consequences.
Engaging in the practice of ecology has undoubtedly altered my appreciation of how ecological theory is developed. While theoretical frameworks provide a valuable foundation for understanding natural systems, it is through hands-on experimentation and observation that we truly deepen our understanding. My research journey has reinforced the importance of interdisciplinary collaboration and the value of incorporating real-world data into theoretical models.
This project was really interesting and humbling, reminding me that nothing that appears simple, ever really is simple. A quote I like that reminds me of this quote; “the smartest people, know nothing” and science reminds us of this daily.