Shifting the narrative on climate change
For many of us, the impacts of our changing climate are profoundly visual: raging forest fires, flooded cities, cracked and parched fields—and of course, sad polar bears on melting ice sheets, and bleached coral reefs. These images are real and they’re important because they draw attention to this urgent issue, but if they’re all we see, it’s easy to feel defeated. But, lucky for us, they don’t tell the whole story.
Driven by these very real impacts of climate change, communities around the world are reimagining how they live—and they’re developing innovative solutions to adapt. And for students, seeing examples of these successes can mean the difference between feeling overwhelmed and hopeless and feeling motivated to act.
Broadening the scope of the climate narrative doesn’t mean ignoring the bad. It means expanding the story to include what’s new, impactful, and promising. This is especially true when talking about climate change in the classroom, where an exclusive focus on the doom and gloom of the situation doesn’t do much to inspire hope and action.1 And we need the next generation of leaders and citizens to believe not only that the future at risk, but that it’s worth shaping.
So, how can you shift the narrative on the climate conversation with your students? What follows are a few examples of cities thinking outside the box to adapt to and mitigate climate change that may spark a new sense of interest and engagement in your students.
Sponge city
In July 2011, Copenhagen was hit with a massive storm that inundated Denmark’s capital city with more than 5 inches of rain in just a few hours. Sewers overflowed, infrastructure failed, and the city suffered over US $1 billion in damages. With meteorologists predicting the city will receive 30% more rainfall by the end of the century, planners knew they needed a new approach.
Just a year later, Copenhagen introduced its US $1.3 billion “Cloudburst Management Plan”—a bold effort to retrofit the centuries-old city to modern climate conditions. The plan included underground tunnels designed to hold excess rainwater during major storms, and these tunnels were to be equipped with pumps that move water to nearby harbors when needed. The city also redesigned a centuries-old park into a massive reservoir to be used when storms strike. Under typical conditions, the park is a grassy field carved deep into the ground. But during heavy rainfall, concrete barriers rise to contain floodwater and protect surrounding neighborhoods. Projected to be completed in 2032, the project has already prepared the city to better handle heavy rainfall.
Fire-proofing homes
While Copenhagen is adapting to water, communities in California are confronting a different threat: wildfires.
In January 2025, wildfires swept through Los Angeles County, killing at least 31 people and destroying more than 10,000 homes. As rebuilding begins in the impacted areas, architects and homeowners are rethinking the design of homes in fire-prone areas.
New homes are being built with features that reduce vulnerability to embers—one of the leading causes of house fires. This includes eliminating overhanging roofs and eaves where embers can collect, and using fire-resistant materials like aluminum panels and fiberglass instead of traditional wood.
Equally important is what surrounds the home. In many cases, nearby landscaping and vegetation allows fires to spread. Designers are increasingly implementing a buffer zone of open space—such as a paved patio or gravel area—that keeps flammable materials away from homes.
Chill out
As global temperatures rise, extreme heat is becoming one of the most widespread and dangerous climate risks. The past three years were the three hottest on record, and more than 1.4 billion people are said to be at high or extreme risk from dangerous temperatures in urban areas.
Cities around the world are implementing innovative measures to tackle urban heat islands (the areas in cities where higher temperatures develop compared to neighboring rural zones) to keep residents cool.
In Dhaka, Bangladesh, a “cool roofs” initiative uses reflective paint to reduce indoor temperatures—lowering them by as much as 14°F (8°C) during peak heat. This low-cost measure is being used for schools, industrial buildings, housing developments in densely populated areas.
In Italy, Milan is transforming buildings into vertical forests, with trees and plants being grown on rooftops and balconies. These green spaces act as natural insulation, keeping homes and offices cool in the summer and warm in the winter, and absorbing carbon dioxide from the atmosphere.
In Singapore, which is seeing a growing number of days with dangerous heat, officials are making neighborhoods both cooler and more efficient through district-level cooling. With district-level cooling, a central cooling plant pumps cold water underground to cool multiple buildings instead of relying on individual air-conditioning units. This approach can reduce energy used for cooling by up to 40%, making cities both cooler and more energy efficient.
Classroom connection
These examples show that climate solutions look different all over the world and depend on an area’s unique cultural, geographic, and economic circumstances. They also show that innovation is already happening, and that students can be a part of that future.
Use this lesson plan to help students explore how climate solutions might take shape in their own communities:
- Start with an opener: Have students complete the activity Adaptation Brainstorm to explore the relationship between climate impacts and adaptation solutions.
- Have students read the article “Adaptation Solutions” to learn about some of the key areas that can have the biggest impact.
- Next, ask students to read the infographic “Resilient Cities” to understand the building adaptations that can make our cities more resilient and livable in the face of climate change.
- Working independently or in pairs, have students complete the activity Urban Design Challenge to design a climate solution tailored to their own region or community.
The climate conversation doesn’t need to be driven by fear, uncertainty, and doubt. When students see real solutions already taking shape—and begin to imagine what’s possible in their own communities—they can shift from a sense of doom to one of hope, ingenuity, and collaboration. Rather than seeing a future in decline, students can see their role in building what comes next.
1 Vlasceanu, Madalina, and Jay J. Van Bavel. “Beyond the Doom and Gloom, Here’s How to Stimulate Climate Action.” Scientific American, Feb. 8, 2024.