Audioscripts IELTS Practice 7 Listening Test 03

Part 1

You will hear a conversation between a student and an accommodation officer.

First, you have some time to look at questions 1 to 4.

[Pause]

Now listen carefully and answer questions 1 to 4.

Officer: Good afternoon.

Student: Oh, good afternoon. Is this... desk number 4?

Officer: Yes, that's correct.

Student: So, is this the student housing office?

Officer: It certainly is. How can I assist you today?

Student: Well, actually, I'm looking for a room. A single room. Do you have anything available for next term?

Officer: Er, yes, we might have a few cancellations. But first, are you a registered student? I'm afraid this service is exclusively available to enrolled students at the university.

Student: Yes, I am. I'm doing a Master's in engineering. Here's my official enrolment letter.

Officer: Thank you. And which year of the programme are you in?

Student: Well, it's a two-year course in total, but I'm currently in the first year, seeing as I just started the modules in September.

Officer: Right, got it. Well, let's just have a look at what properties are available on the system at the moment. OK... There's a room in a shared student house near the medical centre. It has a communal bathroom and kitchen.

Student: That sounds quite cheap, but unfortunately, I really need an en-suite bathroom. So that shared setup isn't suitable for me, I'm afraid. Is there anything more private?

Officer: OK, that's no good then. What about our studios? There's a studio apartment going in the city centre block.

Student: Right.

Officer: But you'd need to pay £250 a week. Does that fit your budget?

Student: £250 a week? Wow, that's far too expensive for me, I'm afraid. I'd never manage to cover that rent on my student loan.

Officer: I understand. Well, there was a room going in the post-grad halls for £150 a week that might be OK. Ah, wait, here it is. No, sorry, it's in the undergraduate block, not the post-grad one. A standard room available. I think it mostly involves sharing a kitchen with five others. Oh no, hang on. I've misread it. It's a twin room, meaning you'd have to share the actual bedroom with another student.

Student: No, I definitely can't manage that because of my late-night study habits.

Officer: OK, I'm getting the picture. Look, I'll just get a few details from you anyway, and then we can check through the main database to see what else comes up.

Before you hear the rest of the conversation, you have some time to look at questions 5 to 10.

[Pause]

Now listen and answer questions 5 to 10.

Officer: We'll fill in the personal details on this registration form first, if that's OK.

Student: Yeah, that's fine.

Officer: Now, what's your name again?

Student: Leo Carter.

Officer: That's... C-A-R-T-E-R. And what is your current address, Leo?

Student: I'm staying in a temporary hostel for international students at the moment. You know, Global Backpackers.

Officer: OK, that's easy to find. What's your room number there?

Student: It's Room 412. Oh, no, sorry, 421. I always get those last two numbers mixed up! I haven't been staying there very long.

Officer: Not to worry, 421 it is. Now, do you have any specific requirements we should know about? Dietary needs, medical conditions, allergies, that sort of thing?

Student: Well, I do have a severe allergy to cats.

Officer: Right, I'll make a prominent note of that, so we will definitely rule out any host families with pets. Now, let's see what else is available. What do you think of catered accommodation? There's a vacancy in a catered hall just a short walk from the engineering faculty.

Student: That sounds incredibly convenient.

Officer: It includes two meals a day—breakfast and dinner—though that's only on weekdays. Interested?

Student: I was originally hoping to cook for myself to save money, but I really need the convenience right now, so... yes. Can you tell me what the room itself provides?

Officer: Yeah, sure. It says here that the room is fully furnished. You'll be provided with a desk, a standard single bed, and a mini-fridge for your own snacks.

Student: Oh, excellent. I'm sure I can manage with that without an issue.

Officer: Great. Well, would you like me to arrange an official viewing for you? Say, Thursday afternoon, around three o'clock?

Student: Oh, er, can we make it a bit earlier? Unfortunately, I've got a mandatory seminar at three. Would that be OK?

Officer: Not a problem at all. How about 1.15?

Student: Hmm. Yes, 1.15 is perfect.

Officer: Fantastic. I hope it works out for you, Leo.

Student: Me too. And... thanks for all your help.

That is the end of Part 1. You now have half a minute to check your answers.

Part 2

You will hear a presentation given by an organiser of a charity cycling event in rural France.

First, you have some time to look at questions 11 to 15.

[Pause]

Now listen carefully and answer questions 11 to 15.

Good evening. I'm thrilled to be here at your cycling club to introduce our charity-funded cycling tour for medical research. I'll begin by providing a quick summary of what it involves.

First of all, let me clarify what we mean by 'funded' here. This is a system where local businesses pledge to contribute funds to the medical foundation if you complete your challenge—in this scenario, to cycle a specific route. Essentially, we are running a fourteen-day tour from the 2nd to the 16th of September, featuring exactly ten days of active cycling, riding through the historic region of Brittany.

Let's review some of the logistics. We ask you to collect pledge money of at least £2,500. You'll need to submit £300 of it immediately as a registration fee to secure your spot, and the balance can be paid in instalments before departure. Out of this total, roughly 40% will cover your accommodation and meals, and that leaves 60% secured to go straight to the foundation.

Which leads me to the most significant element. This tour is being expressly arranged to fund cancer research at the regional hospital. Last year we bought new diagnostic scanners for the ward, but this year we're concentrating on the laboratories. Each of the riders' pledge money will go to completely support an individual researcher in one of the clinical teams. In the latter half of the meeting, I'll be sharing a lot more specifics on their work.

But returning to the core details: fitness requirements. This is the third time we've operated this sort of tour, and on the first one we even had a professional athlete join, but we realised it was necessary to define expectations clearly this time. You need to be a competent cyclist, and the minimum age is now 21, though you must supply a formal medical clearance from your GP if you have any pre-existing health conditions.

Now, the Brittany coastline features some steep inclines, but you shouldn't feel overly intimidated. We will mostly be riding along the river paths, though there will be demanding climbs even near the water. However, you will need to be remarkably resilient if you aren't currently and you're keen on joining us. You have several months to build up your stamina.

You'll be staying in local guesthouses, so you must transport a fair amount of clothing with you, but you will be backed up by a support van. Your heavy luggage and spares will be transported by them. We request that you only ride with a lightweight pannier containing essentials for the morning.

Before you hear the rest of the talk, you have some time to look at questions 16 to 20.

[Pause]

Now listen and answer questions 16 to 20.

I don't believe I've adequately described the stunning region you'll be riding through, so let's sketch out the route map and the major milestones of the trip. I trust that there are still several of you keen to sign up!

Naturally, you'll begin by taking the ferry over to Saint-Malo, the historic port town, on day one. Rather than hitting the road immediately, following a couple of days purely to check your bikes and rest up, you'll actually commence the ride on day three, cycling alongside the grand River Rance, which will occupy the entirety of the day.

Day four leads us further south. You might expect some challenging hills here, but we'll actually be navigating gently through the farmland, past a series of orchards, before stopping to visit a wonderful sanctuary for rescued farm animals in Dinan. Then you get a dedicated recovery day—that's day five—before riding to the impressive Mont Saint-Michel. This features an 11th-century abbey located on a tidal island off the coast, and that visit is day six, which is the absolute peak experience for many riders.

We lodge close to there for day seven, which is vital, because next arrives the most gruelling day. Day eight involves battling strong coastal headwinds for hours, but you'll be rewarded by finishing with a spectacular seafood dinner in the port of Cancale. This is the oldest fishing harbour in the province.

Day nine is significantly flatter, with a portion of the day dedicated to a town where they manufacture some of the famous Breton striped shirts. Then back up to Saint-Malo and the ferry crossing home.

So, you can observe it's a fairly intense schedule, but incredibly rewarding.

That is the end of Part 2. You now have half a minute to check your answers.

Part 3

You will hear part of a seminar on volcanic research given by a geology professor.

First, you have some time to look at questions 21 to 25.

[Pause]

Now listen carefully and answer questions 21 to 25.

Professor: Thanks to all of you for gathering today to learn about how the Magma Probe Project is assisting with tectonic research. Well, first of all, we'll examine what a magma probe actually does and its real-world application. So, let's begin with the hardware itself. Physically, it resembles a torpedo, and it's approximately two and a half metres tall. More crucially, it's packed with highly sensitive sensors that are engineered to gather seismic data. So, it can ultimately assist us in generating a map of the various pressures which interact deep beneath the Earth's crust.

Student: That sounds like a massive undertaking. Isn't it far too complex for just one university to manage?

Professor: That's entirely true, but this initiative is a fantastic model of global collaboration. Over the past decade, geologists from 15 different universities have been collaborating in the research and deploying these probes in their respective active volcanic zones. And next month, this figure will actually jump to 16 when Iceland officially joins the network.

Student: That's remarkable.

Professor: But let's proceed to how the probes function in the field. The deployment sequence works like this. Each of the probes is lowered directly into a dormant crater from a helicopter at a highly specific coordinate, and then triggered remotely from a base station. Then, the probe immediately burrows about 3,000 metres—that's three entire kilometres down into the solid bedrock. It remains at this stratum for around 14 days and is subjected to the extreme thermal shifts which occur in the crust at this depth. During this period, it's possible for it to detect quite severe tremors, but the norm is around 20 micro-quakes a day.

Student: So, what is it actually measuring down there?

Professor: Well, at that extreme depth, mostly vibration. But as it is slowly retrieved to the surface, it logs all kinds of vital metrics. Most significantly, it measures fluctuations in gas density—specifically sulfur levels—and tracks sudden spikes in radiation, functioning a bit like a subterranean weather station. Then, when it finally reaches the crater floor, all the statistics it's gathered are transmitted straight up to a satellite. After about two hours on the surface, the probe automatically powers down, awaiting manual extraction by the team.

Student: What occurs with all those statistics?

Professor: Well, the telemetry is routed straight back to regional monitoring labs, like our facility here in Edinburgh. And within three hours, those complex patterns can be visualized on dashboards, ready to be modelled and interpreted by our analysts.

Before you hear the rest of the seminar, you have some time to look at questions 26 to 30.

[Pause]

Now listen and answer questions 26 to 30.

Student: You mentioned you're designing simulations of the planet's fault lines, but how will they be applied, and more crucially, when?

Professor: Well, some of the modelling has already assisted in finalising geological theories. For instance, our long-standing hypothesis regarding the trigger mechanisms of the Yellowstone supervolcano is actively being validated by probe data as we speak. Another method we're utilizing probe data for is to aid us in predicting the frequency of secondary eruptions, like massive ash clouds and mudslides. That's part of a continuous global risk assessment, but honestly, the definitive answers for that are still decades away.

Student: Decades?

Professor: Yes. However, this is not the situation with our immediate hazard warnings. Because we recognize from the probes exactly what the subterranean pressures will be in specific regions of the fault line, we can actively guide the emergency services on establishing safe evacuation perimeters. That's occurring currently, and several communities already owe their safety to the accuracy of this network.

Professor: Furthermore, the probe data can enable us to study the long-term ecological impacts of volcanic minerals.

Student: Would that assist with improving soil fertility for farmers?

Professor: Yes, exactly, and guiding agricultural bodies on optimal crop rotation. We're actually close to concluding a major trial on this. We trust it will assist in promoting much more resilient farming techniques. We'll be reviewing and publishing the outcomes of that trial very shortly.

Student: It seems like the metrics from these probes have numerous uses.

Professor: Yes, indeed. It's also a potent infrastructural tool. If we were confident of exactly what the seismic activity would be like, say, by the next decade, we could ensure that civil engineers utilized the most appropriate building materials to ensure maximum structural stability from the anticipated tremors.

Student: That sounds a bit like an ideal world, particularly when currently we can't even warn them when a small tremor will hit.

Professor: I concede that this specific capability is still far off on the horizon, but it will arrive ultimately, and the probe data we collect today will have provided the crucial foundation.

That is the end of Part 3. You now have half a minute to check your answers.

Part 4

You will hear part of a lecture about airline lounges and the aviation industry.

First, you have some time to look at questions 31 to 40.

[Pause]

Now listen carefully and answer questions 31 to 40.

Good afternoon, everyone. Today's lecture is a core component of the Transport and Logistics module. In our previous session, I examined the budget end of the airline business. This session, I'm going to analyse the premium end of the passenger experience.

Let's imagine the following scenario. You arrive at a major international hub in the middle of a layover, exhausted—most probably from a long-haul flight—when even the most exclusive VIP lounge can seem stressful and isolating. You have spent a considerable amount of money or air miles to access this first-class facility with its modern design. But according to a recent survey conducted by a global aviation consultancy, there is a fundamental problem.

The survey indicates that even the most prestigious, high-end lounges seem to have neglected the primary desires of their passengers—whether they are flying for business or leisure. The core desire? To find a sense of privacy in an environment which is both tranquil and restorative.

Do these conclusions, however, apply exclusively to lounges located in specific regions? Is it feasible that the cultural context can dictate a passenger's satisfaction? The consultancy's survey encompassed a broad spectrum of different lounge formats, both independent operator lounges and those managed directly by major flag carriers. They evaluated trendy, minimalist lounges in European transit hubs, expansive suites located in the vast terminals of the Middle East, and elegant lounges built at the top of modern Asian airports overlooking the busy runways. And the survey concluded that the geographical location of the airport simply had no bearing on the results.

This is a striking finding, and those of you planning to pursue careers in aviation management would be smart to study the data in greater depth. But returning to the core theme of this lecture: the need for privacy and rest. What can the airline industry implement to address this? And is the concept so individualized that it's unworkable to standardise it on an international scale?

Well, the market is always innovating. One operator has introduced a concept called 'Your Personal Pod', and intends to offer passengers micro-cabins within the main lounge. Professionals in the frequent flyer sector argue that these micro-cabins eliminate all the unnecessary and noisy communal areas that business travellers try to avoid, while optimising the amenities they actually require. For instance, not just a reclining chair and charging points, but also a soundproofed acoustic seal that allows guests to sleep or take conference calls, if they need to, without background interference.

The appeal of such installations is clear, and it will be fascinating to observe whether the operator succeeds in setting a benchmark across global hubs and forcing a permanent shift in the premium transit market.

Now, to conclude, I want to explore the psychology driving the traditional airport lounge design. As a lounge designer, how do you manage to convince passengers to leave the relative quiet of the departure gate seating and pay to enter a confined space filled with strangers?

Primarily, lounges capitalise on people's desire to display status above the general flying public. For a few hours, passengers can feel they are part of an exclusive club and can enjoy superior service. Secondly, there is a very strong psychological pull in our desire for unlimited consumption. It's almost a regression to a state where food and drink are constantly available and we feel utterly catered for. And closely connected to this is the satisfaction of receiving complimentary extras. Like the free international newspapers and unlimited premium coffee, the hot towels provided in the shower suites. And we temporarily overlook the fact that the cost is hidden in the ticket price.

In our next lecture, I'm going to examine biometric boarding, a rapidly developing technology but increasingly controversial.

That is the end of Part 4. You now have half a minute to check your answers.