By Robert Fox
Documentary filmmaker, producer, founder of Fox Media, Biosphere VR and the eduXperience® learning methodology.
"People rarely protect something because they are told to. They protect it because they have learned to love it."
We Live in the Age of Information—but Not Necessarily Understanding
Every day we consume extraordinary amounts of information.
We scroll through headlines about melting glaciers, record-breaking temperatures, disappearing species, droughts, floods and wildfires. Scientific discoveries appear almost daily. Artificial intelligence summarises research in seconds. Satellites monitor every corner of the Earth.
Yet something curious has happened.
The more information becomes available, the harder it often becomes to feel personally connected to it.
Climate change has become familiar.
Sometimes too familiar.
The risk is not that people deny environmental change.
The greater danger may be that they become emotionally exhausted by hearing about it.
For educators, museums and communicators, this raises an important question.
How do we replace climate fatigue with curiosity?
For me, this question has shaped much of my professional life.
Over more than thirty years producing documentaries and later developing Biosphere VR and the eduXperience® methodology, I have come to believe that curiosity is one of education's greatest untapped resources.
Curiosity changes the questions people ask.
And changing questions often changes lives.
Every Documentary Begins with a question.
When people ask about filmmaking, they often expect conversations about cameras, drones or virtual reality technology.
The real process is much simpler.
Every documentary begins with a question.
What is this person's world really like?
Why does this landscape matter?
What are scientists trying to understand?
What happens when nature changes faster than people can adapt?
Those questions have taken me to Arctic snowfields, Ethiopian coffee farms, Moroccan oases, the shores of the Dead Sea, Pacific islands threatened by rising seas, polluted cities, Mediterranean fishing communities and, most recently, conservation projects protecting endangered bird species.
Each journey began with curiosity.
Not certainty.
Wonder Comes Before Knowledge
Children are naturally curious.
They ask hundreds of questions every day.
Adults often become more interested in answers than questions.
Education sometimes unintentionally reinforces this shift.
Students learn that correct answers are waiting at the back of the book.
Real life is different.
Scientists rarely begin with certainty.
Researchers begin with curiosity.
They notice something unexpected.
They ask why.
They collect evidence.
They revise their understanding.
The process repeats.
This spirit of inquiry is something we try to preserve through eduXperience®.
Instead of asking learners to memorise conclusions, we encourage them to engage in situations that prompt their own questions.
Standing Beside Someone Changes Everything
One of the most powerful moments in our Biosphere VR experiences often arrives quietly.
There is no dramatic narration.
No spectacular visual effect.
The viewer simply stands beside another human being.
Karen-Ann feeds reindeer unable to reach the vegetation beneath frozen snow.
A fisherman checks nets that once supported generations of families.
Coffee growers explain how rainfall has become increasingly unpredictable.
Conservationists celebrate the return of birds that nearly disappeared forever.
Researchers patiently describe discoveries that took years to confirm.
These moments are surprisingly ordinary.
That is precisely why they matter.
Climate change does not arrive as a Hollywood disaster.
It arrives one season at a time.
One harvest.
One migration.
One fishing trip.
One scientific observation.
Immersive storytelling allows audiences to witness these moments before they become headlines.
Curiosity Is Stronger Than Fear
Environmental communication often relies upon urgency.
Sometimes urgency is necessary.
The scientific evidence demands honesty.
But fear alone rarely sustains learning.
Fear can encourage short-term attention.
Curiosity encourages lifelong exploration.
When students leave one of our programmes asking,
"Could that happen here?"
or
"How are scientists measuring this?"
or
"What species live near my own school?"
education has already succeeded.
They have begun thinking independently.
eduXperience®: Designing Learning Around Questions
This philosophy became one of the foundations of eduXperience®.
Every programme is built around experiences that naturally generate inquiry.
Students first encounter authentic people and places through cinematic virtual reality.
They then investigate the scientific processes behind what they have seen.
Working together, they compare observations, discuss evidence and explore possible responses.
Rather than delivering finished conclusions, teachers become facilitators guiding investigation.
Learning becomes something learners actively construct rather than passively receive.
This approach has continued evolving through collaborations with schools, universities, educational researchers and international Erasmus+ partners across Europe.
Projects such as Saving Species demonstrate how immersive storytelling, biodiversity research, design thinking and collaborative problem-solving can work together to create educational experiences that remain with students long after they leave the classroom.
The Local Story Matters Most
One lesson has become increasingly clear throughout my career.
People care deeply about places they know.
Global climate challenges become far more meaningful when connected to local landscapes.
This insight has inspired the next stage of Biosphere VR.
Rather than simply offering a collection of immersive documentaries from around the world, we now work with museums, science centres, universities, aquariums, botanical gardens and visitor attractions to develop permanent immersive learning environments.
Visitors experience stories from Ethiopia, Jordan or northern Scandinavia.
Then they discover the equally fascinating environmental stories unfolding just outside the museum walls.
Perhaps local researchers are restoring wetlands.
Perhaps an offshore wind farm is transforming regional energy production.
Perhaps scientists are studying coastal erosion, marine ecosystems or migrating birds.
Suddenly global environmental challenges acquire local meaning.
Visitors realise they are not observing somebody else's future.
They are discovering their own.
Museums as Places of Curiosity
I believe museums have an extraordinary opportunity.
They can become places where curiosity is celebrated rather than rushed.
Imagine entering a museum where every exhibition begins with a question.
Why are these birds returning?
How does water shape civilisation?
What happens beneath the Greenland Ice Sheet?
How will our coastline look fifty years from now?
Virtual reality becomes one tool among many.
Films, workshops, conversations with researchers, citizen science projects and collaborative learning all become part of one continuous educational experience.
That is the vision behind eduXperience®.
Not replacing museums.
Helping them become even more immersive, participatory and memorable.
Looking Towards the Next Generation
The students entering our classrooms today will spend their lives making decisions that previous generations never imagined.
Some will become researchers.
Some teachers.
Some engineers.
Some artists.
Some entrepreneurs.
Many will simply become thoughtful citizens raising families in a changing world.
The greatest gift education can offer them is not certainty.
It is curiosity.
Because curious people continue asking questions.
They continue learning.
They continue adapting.
They continue imagining solutions that others may overlook.
If Biosphere VR and eduXperience® contribute even a small part to nurturing that curiosity, then every journey we have made—from Arctic snowfields to Mediterranean fishing boats, from European universities to remote conservation projects—will have been worthwhile.
In the end, I have learned that inspiring wonder is not the opposite of teaching science.
It is often where science begins.
And perhaps, in a rapidly changing world, wonder remains one of our most renewable resources.