Welcome! This blog is the introduction to a series of pieces written by students at the National University of Comahue, Argentina. We are so grateful to María Belén and all the students who contributed to this work, and are so excited to showcase them in the coming months. We hope you are as inspired by these projects as we are!
This blog is written by María Belén Martinez, an English Professor at the National University of Comahue who believes that foreign language is the bridge between scientific discovery and social change. Based in the breathtaking landscapes of Patagonia, she empowers the next generation of geologists to investigate and share their vital environmental research with the global community.
Deep in the heart of Argentine Patagonia, where the wind sweeps across vast plateaus and the earth tells stories millions of years in the making, a group of young explorers isn’t just studying the past—they are actively protecting our future.
At the National University of Comahue (UNCo), something remarkable is happening. It started with a simple challenge: how can we take the English language—often seen as just another academic hurdle—and turn it into a tool for global change? The answer lay in the dirt, the rocks, and the very soil of our campus.
As an English language professor for Geology students, my goal was to bridge the gap between foreign language theory, geology and real-world impact. We looked toward the United Nations’ Sustainable Development Goals (SDGs) as our roadmap. What followed was a journey of discovery that saw our students transform into researchers, advocates, and storytellers.
A Campus Made of History
Everything started at a walk around the university campus. There we discovered many interesting community concerns that can be studied by geologists. Imagine walking to your morning lecture and realizing you are stepping over ancient fossil remains.
For our first group of students, the campus itself became their laboratory. They realized that “Quality Education” isn’t just about textbooks; it’s about safeguarding natural history right under our feet. By promoting the university campus as a protected educational site, they are ensuring that future generations can learn the history of our Earth firsthand.
But their gaze didn’t just stay on the ground; it looked deep below it. Another team took on the challenge of “Affordable and Clean Energy.” In a world searching for alternatives to fossil fuels, these students advocated for geothermal energy—tapping into the Earth’s natural heat. They aren’t just dreaming of a greener planet; they are starting a conversation within their own community about how human progress can move forward without leaving a scar.
Another group focused on the city of Neuquén, which is growing fast. While new buildings and roads are signs of progress, they require materials—sand, gravel, and stone. Our third group investigated the “hidden” cost of this urban boom. They looked at local quarries and riverbanks, warning that if we aren’t careful with how we extract these resources, we risk causing landslides and permanent damage to our landscape. Their message was clear: geologists need to be at the heart of city planning to ensure “Responsible Consumption.”
This theme of urban safety echoed in the work of our fourth group, who focused on “Industry and Innovation.” They looked at the “bardas”—the steep slopes surrounding our city. By studying how unstable ground and poor planning can lead to dangerous collapses, they are raising awareness about where it is truly safe to build, putting the safety of our neighbors first.
Another group was concerned about the forest fires in the region. Patagonia is beautiful, but it is also fragile. When fires sweep through the arid brush of places like Parque Norte, the damage goes deeper than the charred plants. The very structure of the soil changes, losing its ability to hold water and life. That`s why one of our most inspiring teams looked at a native plant called Grindelia chiloensis. Could this hardy local species be the key to healing fire-damaged land? By combining satellite photos with soil analysis, these students are proposing natural ways to fight desertification and bring the “Life on Land” back to balance.
Finally, a group addressed a global problem on a local scale: salty soil. Much of our campus soil is too “salty” to grow food. But instead of giving up, these students looked at “Sustainable Communities.” They experimented with using compost made from the university’s own organic waste to “heal” the soil. It’s a perfect circle—using our waste to create life.
More Than Just a Science Project
The most beautiful part of this journey? Our university students didn’t keep this knowledge to themselves. They teamed up with local Lincoln High School students (@colegiolincolnqn) who speak English fluently to create posters and stories for this blog, turning complex geological data into narratives everyone can understand.
As a result, university and high school students developed teamwork and English language skills while using investigative work as a practical method for learning geology. They also published their final reports in the college library.
Geology is often thought of as a “silent” science—one that deals with things that move too slowly for the human eye to see. But through this project, our students have given the Earth a voice. They have proven that whether you are talking about fossils, fire, or city planning, the ground beneath our feet is a living part of our community.
We invite you to explore the stories and posters in this blog series. Each one represents a group of young people in Patagonia who are determined to ensure that as our world changes, it changes for the better.