Geography & Field Exploration – B2 English Listening Exercise

9 wooden cabin 10 climate change 11 stone bridge 12 plant life

13 map 14 river bank 15 chemistry

16 age 17 forestry 18 local honey

Clara: Hi everyone, my name is Clara, and I’m a second-year geography student. I’m here today to talk to you about a recent field trip I went on with my university class. We travelled up to a stunning nature reserve in the Scottish Highlands to conduct some environmental research.

It was quite a long coach journey to get there. When we were initially given the trip itinerary, I had assumed we would be staying in a large youth hostel, or perhaps even camping in tents since it was late spring. But to my pleasant surprise, our accommodation for the week turned out to be a charming wooden cabin. It was relatively basic, but wonderfully cosy after a long day outdoors.

Shortly after we had unpacked our bags, our lead tutor gathered us in the main hall for an introductory lecture. Given the incredibly diverse ecosystem surrounding us, I fully expected the talk to centre on the local wildlife. However, the presentation primarily focused on the impacts of climate change, which provided crucial context for the measurements we would be taking over the coming days.

That afternoon, we were taken out for an orientation walk around the reserve. I had my camera ready, hoping to get a perfect picture of a spectacular waterfall I’d read about. Unfortunately, the sunlight was too harsh by the time we reached it. Instead, my favourite photo of the day was of an ancient stone bridge spanning a narrow stream. The moss covering the rocks looked incredibly atmospheric.

The following morning, we had to officially choose the main focus for our research projects. Many of my classmates immediately decided to analyze soil samples, as the centre had excellent testing equipment. I debated doing the same, but I eventually opted to study the local plant life. I felt it would be much more rewarding to be out identifying rare species across the valley.

Of course, working in the Highlands means battling the notoriously unpredictable weather. On our second afternoon, a severe storm rolled in out of nowhere. I managed to grab my woolly hat just before it flew off my head, but a sudden, violent gust of wind caught my map, snatching it right out of my hands. I watched in horror as it blew straight into a massive, muddy puddle. It was completely illegible after that!

Without my navigation tool, I had to change my plans slightly. I had originally intended to gather my ecological data right on the edge of the large lake. However, because that area was far too exposed to the howling wind, I retreated to the sheltered river bank to conduct my measurements instead. It actually turned out to be a brilliant spot.

That evening, we all huddled in the field centre’s laboratory to process our findings. I genuinely thought my strong background in biology would give me a significant advantage when categorising the specimens. As it turned out, having a solid understanding of chemistry was what really saved me, especially when it came to accurately analyzing the acidity levels of the water samples.

On our final morning, we were required to present our preliminary findings to the rest of the group. Naturally, nobody wanted to volunteer to speak first. Our tutor joked about making us go in alphabetical order, but he ultimately decided we would present based on our age, starting with the youngest member of the class. Luckily, that meant I went somewhere in the middle!

The presentations themselves were fascinating. Someone gave a very detailed talk about the history of traditional sheep farming in the highlands. But my absolute favourite was a brilliant presentation focusing on forestry in the region. It completely changed my perspective on how the local woodlands are actively managed.

Before getting back on the coach to head home, we all chipped in to buy a thank-you present for the field centre staff who had looked after us so well. We briefly considered picking up some luxury chocolates from the nearby village shop, but we eventually decided to buy them some delicious local honey instead. They seemed genuinely thrilled with it.

9 radio programme 10 fertiliser 11 national park 12 glass jars

13 waterproof boots 14 thick mud 15 temperature probe

16 shopping trolley 17 data entry 18 science festival

Sophie: Hi everyone, my name is Sophie, and I’m here today to tell you about an environmental science project I recently completed with my classmate. As part of our coursework, we had to undertake a practical field study involving local water sources to extract samples and analyze pollutant levels.

First, we had to come up with a solid research question. A lot of the students in my class got their ideas directly from our weekly lectures, which is the standard approach. However, my inspiration actually came from listening to an incredibly interesting radio programme about river ecology on my way home one evening. It really opened my eyes to the issues affecting our waterways.

My project partner, Ben, and I decided we definitely wanted to focus on analyzing pollutant levels. Initially, Ben was very keen on measuring the concentration of plastic waste in the water, as it’s such a prominent topic in the news right now. But after some lengthy discussion, we agreed to test the river for fertiliser instead. There are numerous farms in our region, and we wanted to see if agricultural run-off was affecting the aquatic life.

Next, we needed to pinpoint a suitable sampling site. We originally considered simply walking down to the city canal because it’s right next to the university campus and would save us a lot of travel time. Ultimately, though, we decided to make the journey out to the river that flows through the national park. We figured this location would provide a much more natural baseline to compare our polluted samples against.

Before heading out on our expedition, we had to gather our extraction equipment from the laboratory technician. I naturally assumed we would just use standard plastic containers to collect the water samples. But the technician insisted we use sterilized glass jars to completely prevent any cross-contamination of our samples. We had to wrap them carefully in our backpacks so they wouldn’t smash!

We caught an early morning train out into the countryside. I was quite proud of myself for remembering to pack my clipboard and all the waterproof labels we needed. But halfway through the journey, I looked down and realised I was only wearing my everyday trainers! I had completely forgotten to put on my waterproof boots, which was a massive oversight given that we were heading to a wet environment.

When we finally reached our destination, getting close enough to the water to extract the samples was quite a challenge. I had anticipated that the steep banks would be the main obstacle to overcome. In reality, it was the thick mud left behind by several days of heavy rainfall that made it so incredibly difficult to keep our balance. We were sliding all over the place!

While we were actually taking our measurements in the water, we had a bit of a mishap. Ben was leaning over the bank, and he nearly dropped his valuable notebook into the current. He managed to catch that just in time, but unfortunately, our temperature probe slipped out of his wet hand and sank right to the bottom of the river! Luckily, the water was shallow and clear enough for us to fish it back out.

As we were packing up our samples to leave, we noticed some unexpected debris in the water. You often hear stories about environmental groups finding old car tyres dumped in rural streams. However, we were genuinely shocked to see a rusty shopping trolley half-buried in the stones on the riverbed. It was a really sad sight in such a beautifully remote place.

The following week, we took our sealed samples back to the university to be properly analyzed. I honestly thought the most challenging part of the whole process would be operating the complex microscopes to look for microorganisms. Surprisingly, that was fairly straightforward. It was actually the data entry on the laboratory computers that took absolutely hours and gave us both a terrible headache.

We are really proud of the final report we produced from our research. In fact, our tutor was so impressed with our methodology that she suggested we share our findings with a wider audience. We won’t just be presenting them at a school assembly like we normally do for coursework. Instead, we’ve been invited to showcase our project at a regional science festival next month. We’re both incredibly excited to present our hard work!