Warm-up
Answer a few quick questions before today’s lesson about environment.
Listening
Listen to the recording and answer the questions in each part. You can replay the audio as many times as you need — click anywhere on the progress bar to jump to a specific moment. Read the questions in each part first, then submit when you are ready; your answers will be marked together at the end of each part.
Listening — Catching up about renewable energy and the energy crisis
This listening task is split into parts. The audio player stays at the top of the page so you can replay it freely — click anywhere on the progress bar to jump to a specific moment. For each part, read the questions first, then listen and answer. You can change your answers until you click Submit; feedback appears once you submit each part.
Reading
Read the passage on the left, then work through the questions on the right.
Reading — The Energy Transition: Why Renewable Power Is Becoming Inevitable
Read the passage on the left, then answer the questions one by one.
The Energy Transition: Why Renewable Power Is Becoming Inevitable
The world is at a critical juncture. Our global population is projected to reach nearly 10 billion by 2050, and with it, energy demand will surge by at least 50 percent. Yet the fossil fuels that have powered human civilisation for two centuries are driving us toward a climate catastrophe. Carbon emissions from coal, oil, and natural gas are warming the planet at an unprecedented rate, triggering extreme weather, rising sea levels, and ecological collapse. The solution is not a distant dream—it exists today. Renewable energy sources such as solar, wind, hydroelectric, and geothermal power can meet this growing demand while producing zero greenhouse gas emissions. More remarkably, the cost of solar and wind energy has plummeted by 90 and 70 percent respectively over the past decade, making renewables competitive with fossil fuels in most markets. Yet the transition away from fossil fuels remains painfully slow. In 2024, renewables account for only 30 percent of global electricity generation, and some analysts warn that we are falling dangerously behind the decarbonisation targets needed to limit warming to 1.5 degrees Celsius. The obstacles are not primarily technical—they are political and economic. Fossil fuel corporations have invested trillions in infrastructure built to last fifty years or more, creating stranded assets that utilities and governments are reluctant to abandon. Incumbent energy companies deploy considerable lobbying power to delay or weaken climate legislation. Additionally, renewable energy is intermittent: solar panels generate power only during daylight, and wind turbines only when conditions permit. Without sufficient grid infrastructure, battery storage, and baseload power alternatives like nuclear energy, the electricity system becomes unstable. This has created a chicken-and-egg problem: governments hesitate to invest in grid modernisation and storage until renewable capacity is higher, but capacity cannot expand without these investments. Perhaps most troubling is the human cost of ignoring this transition. Communities dependent on coal mining, oil extraction, and related industries will face economic devastation if we move too abruptly. A genuine just transition requires that workers and regions are not left behind—it demands retraining programmes, economic diversification support, and a genuine voice for affected communities in policy-making. This is not charity; it is an essential precondition for political feasibility. Without fairness, even the most scientifically sound climate policies will collapse under social pressure. The path forward demands bold action from governments to retrofit buildings, electrify transport, and invest in grid infrastructure. Corporations must commit to science-based emissions targets and divest from fossil fuels. But individuals also have agency: supporting renewable energy policies, voting for climate-conscious leaders, and reducing personal consumption patterns all matter. The next decade will determine whether we seize this opportunity or squander it.Vocabulary Practice
Practise the 12 key vocabulary items from this lesson through three exercises.
Vocabulary Practice — Renewable Energy
Work through all three parts. Each part uses the same vocabulary in a different way.
Writing Task
Speaking
Speaking task. Read the instructions, then complete the task.
After the Lesson
Reflect on what you learned and how confident you feel now.
Teacher Guide
Practise with
- agriculturaladjective
relating to farming, crop production, and land use for growing food and plants
- contaminateverb
to make something unsafe or unfit for use by adding harmful substances
- damnoun
A large barrier built across a river to control water flow and store water for power or drinking.
- debrisnoun
broken or scattered pieces from something that has been destroyed or damaged
- ecologicaladjective
relating to the relationships between living things and their natural environment
- greenerynoun
green plants and trees, especially those that make a place look pleasant and natural.
- harvestverb
to gather and collect crops at the end of a growing season; the season or result of gathering crops.
- irrigationnoun
The supply of water to land through artificial systems to help crops grow in dry areas.
- marineadjective
relating to or found in the sea and ocean environments
- precipitationnoun
Water that falls from clouds to earth as rain, snow, sleet, or hail.
- preservationnoun
the act of keeping something in good condition so it lasts a long time
- vegetationnoun
Plant life that naturally grows in a particular area or environment