Imagine a world where cutting-edge technology not only speeds up scientific research but also helps protect vulnerable wildlife. That’s exactly what’s happening on a quiet Scottish beach, where artificial intelligence is revolutionizing the way we study seals. But here’s where it gets controversial: as tourism booms, how do we balance human curiosity with the need to safeguard these marine mammals? Let’s dive into this fascinating story.
Newburgh Beach in Aberdeenshire, Scotland, is a haven for hundreds of grey seals, and it’s become a hotspot for both researchers and tourists alike. Marine biologist and PhD student Claire Stainfield has been at the forefront of this unique intersection, using drone technology to monitor seal populations. Her goal? To determine whether increasing tourist numbers are affecting the seals’ behavior and habitat. And this is the part most people miss: the sheer amount of data collected from drone footage would take hours to process manually—but AI is changing the game.
Since 2017, the Ythan Estuary at Newburgh Beach has been designated as a protected seal haul-out site, a crucial area where seals come ashore to rest and breed. Claire describes it as the ideal location for her research. Historically, the beach was home to just 10 to 20 seals, but today, during peak season, that number skyrockets to over 3,000. This dramatic increase raises questions: Is this growth natural, or could human activity be playing a role?
To avoid disturbing the seals, visitors are asked to stay on the south side of the beach, and recreational drones are strictly prohibited. Claire, however, has special permission to use drones for her research. She’s not just counting seals; she’s studying how humans and seals coexist in this shared space. Her findings are eye-opening: sticking to the south side minimizes disturbance, but venturing north can have a significant impact.
Claire’s ambition is impressive. She’s collected weekly data points for two years, even through the harsh Aberdeen winter. This long-term approach provides invaluable insights into how seals use the beach seasonally. Her drone footage captures precise GPS locations of the seals, revealing patterns like their summer foraging at the estuary mouth and their winter breeding habits closer to the high tide mark—a spot now near a new walkway for tourists. But here’s the kicker: as the beach gets busier in summer, the seals are already there. Could this overlap be more than a coincidence?
Artificial intelligence has been a game-changer for Claire’s work. Instead of manually counting seals on a screen, she’s trained an AI model to process drone images in seconds—a task that once took hours. For example, an image with 2,500 seals now takes just seconds to analyze. But setting up the AI wasn’t a quick fix; it required meticulous training to ensure accuracy. Claire’s success at Newburgh Beach has her looking ahead: Can this AI model work for other sites and species? And what does this mean for the future of ecological research?
The use of drones in ecology is skyrocketing, offering accurate counts and less invasive methods for studying wildlife. Pairing this technology with AI tools could transform industries beyond conservation. But as we embrace these advancements, we must ask: Are we doing enough to protect the very creatures we’re studying? And how do we ensure technology serves both science and nature?
Claire’s work is a testament to the power of innovation, but it also sparks a critical conversation. What’s your take? Is AI the future of wildlife conservation, or does it come with risks we’re not yet fully aware of? Share your thoughts in the comments—let’s keep this discussion going!
