Field Trips – B2 English Listening Exercise

9 valley 10 hostel 11 insects 12 muddy puddle

13 stone bridge 14 soil samples 15 freezing

16 board games 17 farms 18 survey

Emma: Hi everyone, my name’s Emma, and I’m going to tell you about the geography field trip I went on last week. As you know, the main focus of our current module is education and learning through outdoor field trips.

Initially, when we were told about the excursion, I assumed we were going to study a forest ecosystem because we’d spent so much time on that in class. However, we actually ended up going to a spectacular valley, which was brilliant because the landscape was incredibly dramatic and completely new to me.

When it came to accommodation, I was secretly hoping we’d be camping in tents, as I love sleeping under the stars. But the teachers had booked a hostel, which was probably better in the end considering how cold it can get at night. It was quite basic, but very comfortable and perfectly situated for our fieldwork.

On the first morning, our initial task was observing the local wildlife. I’d brought my binoculars, really wanting to spot some rare birds up in the canopy. Instead, we spent ages looking at various insects down by the river bank. It wasn’t quite what I had in mind, but it turned out to be surprisingly fascinating to see how they adapted to the damp environment.

Later that morning, we experienced a rather comical mishap. We were trying to map out the local terrain. I was holding my compass, trying to figure out which direction was north, when suddenly a huge gust of wind caught my map. I watched in horror as it blew straight into a muddy puddle! It was completely ruined, and my classmates couldn’t stop laughing.

Without the map, we had to rely on physical landmarks to navigate our way back. I thought we should look for the local church spire in the distance, but Mr. Smith, our teacher, told us to navigate towards the stone bridge that crossed the main stream. He said it was a much more reliable waypoint.

In the afternoon, it was time to actually collect our geographical data. I noticed some groups were busy measuring the water flow of the river. My team, on the other hand, was tasked with gathering soil samples from different elevations on the hillside. We had to dig down quite deep, which was hard work but very rewarding.

We were quite lucky with the weather overall. We totally avoided the heavy rain that was originally forecast for the afternoon. However, the temperature dropped rapidly as the sun went behind the hills, and it felt absolutely freezing by the time we got back to our base. I was so glad I’d packed an extra sweater!

In the evenings, I fully assumed we’d have to sit in silence doing hours of homework or data analysis. But actually, the teachers brought out a pile of board games, and we had a really great time playing those in the common room. It was a fantastic way to bond with everyone after a tiring day.

The second day involved a coach tour of the wider region. Because of the area’s rich history, I expected we’d mostly visit ancient monuments. But the focus of the drive was actually on local farms, to see firsthand how agriculture has adapted to the challenging landscape over the decades.

Before we packed our bags to leave on the final afternoon, the field centre staff asked us to provide some feedback. I thought it would just be a quick chat with the manager, but we actually had to fill out a detailed survey about our whole experience. I didn’t mind, though, because I honestly had a wonderful time.

9 wildlife reserve 10 plastic bottles 11 bridge 12 water temperature

13 cloudy appearance 14 agricultural fertilizers 15 heavy metals

16 abandoned factory 17 written report 18 public awareness

Alex: Hi everyone, my name is Alex, and I’m here to tell you about the environmental science field trip we went on last week. The main aim of the excursion was to collect water samples from the local river to analyse them for various pollutant concentrations back in the school laboratory.

Before we set off, our teacher explained exactly where we would be going. I initially assumed we’d be visiting the river where it runs through the national park, but instead, we headed to a stretch of water flowing through the local wildlife reserve. It was a fantastic location, full of interesting birds and plants.

Preparing the right equipment was our next crucial step. We were given special gloves and goggles, of course. I thought we would be storing our samples in glass jars, as we usually do in chemistry, but the teacher insisted we use plastic bottles instead, as they are less likely to break during transport and won’t contaminate the samples.

Once we arrived at the river, we had to find a suitable spot to safely collect the water. A few of my classmates tried to stand on some slippery stepping stones, which looked quite dangerous. However, the teacher directed us to gather our samples from the bridge. It provided a stable platform and allowed us to reach the deeper, faster-flowing water in the middle of the channel.

Before actually taking the samples, we had to record some environmental conditions. While I was busy trying to calculate the flow rate of the river, my partner was instructed to measure the water temperature. This is a vital piece of data because warmer water often holds less dissolved oxygen, which can severely impact local aquatic life.

After securing the samples, we examined them closely. We didn’t notice any strange smell, which was a relief. We were expecting the water to be perfectly clear, but in fact, it had a rather cloudy appearance. This could have been due to suspended sediment from recent heavy rainfall, but we couldn’t be certain without proper testing.

The following day, we took our samples into the laboratory. Our primary hypothesis was that we would find high levels of industrial waste. Surprisingly, our main focus shifted when the tests revealed a significant concentration of agricultural fertilizers. These chemicals often wash off nearby fields during rainstorms and can cause massive algal blooms in the river ecosystem.

We also conducted tests for other harmful substances. We were quite relieved to find that the levels of harmful bacteria were well within safe limits. However, we were genuinely shocked to detect traces of heavy metals in the water. This was highly unexpected for a rural area and raised some serious environmental concerns.

We spent a long time discussing where these toxins might have originated. While some students blamed the runoff from a local farm, our teacher explained that the source was actually an abandoned factory upstream. It seems that toxic materials had been slowly leaking into the groundwater for decades.

Now that the practical work is finished, we have to process our data. Some groups wanted to do a class presentation, but our teacher has tasked us with producing a detailed written report by next Friday. It needs to include all our graphs, methodology, and a full analysis of the pollutant concentrations.

Overall, the field trip was incredibly eye-opening. While getting good grades on this assignment is important, our ultimate goal is to raise public awareness about the health of our local river. We’re even planning to share our findings with the local council to encourage them to take action.