Eunice Foote – The Forgotten Climate Pioneer Whose 1856 Discovery Can Empower Today's Climate Action
- Brainz Magazine
- Sep 1
- 5 min read
Written by Monserrat Menendez, Interior Designer
Monserrat is an entrepreneur, interior architect, and sustainability advocate, as well as the founder of Senom Design, a firm dedicated to merging innovative design with sustainable solutions. With over a decade of experience across residential, commercial, and international projects, she specializes in bringing clients’ visions to life through thoughtful, high-impact interiors.
In 1856, while the world was focused on the Industrial Revolution's promise of progress, an amateur scientist named Eunice Foote was conducting experiments in her home that would reveal one of the most critical environmental truths of our time. Using simple glass cylinders, a thermometer, and sunlight, she discovered that carbon dioxide traps heat, laying the groundwork for our understanding of the greenhouse effect decades before it became widely recognized.
Yet her name was nearly lost to history, her groundbreaking work overshadowed by the male-dominated scientific establishment of the 19th century. Today, as we face the climate crisis she predicted, Eunice Foote's story offers both inspiration and practical lessons for empowering modern climate action.
The discovery that changed everything
Foote's experiments were elegantly simple yet revolutionary. She filled glass cylinders with different gases, including carbon dioxide, and placed them in sunlight, measuring temperature changes with precision. Her findings were clear: carbon dioxide absorbed significantly more heat than other gases and retained that heat longer.
But Foote went further than just documenting this phenomenon. In her 1856 paper, she made a prescient hypothesis: "An atmosphere of that gas would give to our earth a high temperature; and if as some suppose, at one period of its history the air had mixed with it a larger proportion than at present, an increased temperature from its own action as well as from increased weight must have necessarily resulted."
In other words, she understood that higher CO2 levels would warm the planet, the fundamental principle behind climate change.
The injustice that almost erased her legacy
Despite her groundbreaking work, Foote faced the systemic barriers that excluded women from scientific recognition. At the 1856 American Association for the Advancement of Science meeting, her research was presented by a male colleague while her name was omitted from the official record.
Three years later, John Tyndall conducted similar experiments and received widespread credit for "discovering" the greenhouse effect. While Tyndall's work was more detailed, Foote had already established the core principle. The scientific community, dominated by men and dismissive of women's contributions, allowed her pioneering work to fade into obscurity.
It wasn't until recent decades that scholars began restoring her rightful place in climate science history, highlighting how gender bias nearly cost us the recognition of one of our most important environmental discoveries.
Lessons from Foote's work for today's climate challenges
1. The power of simple, accessible science
Foote's experiments required no expensive equipment or advanced degrees, just careful observation, basic materials, and scientific curiosity. This demonstrates that climate science doesn't have to be intimidating or exclusive.
Modern application: We can empower more people to engage with climate science through:
Citizen science projects that allow communities to collect climate data
Simple home experiments that demonstrate greenhouse effects
Educational programs that make climate science accessible to all backgrounds
Supporting diverse voices in climate research and communication
2. Early detection and long-term thinking
Foote's ability to connect her laboratory findings to broader atmospheric implications shows the importance of recognizing early warning signs and thinking in longer time scales.
Modern application:
Invest in early warning systems for climate impacts
Support research into tipping points and long-term consequences
Plan infrastructure and policies with multi-generational timelines
Take seriously the predictions of today's climate scientists, just as we should have heeded Foote's insights
3. Overcoming institutional barriers
Foote's experience reveals how institutional biases can suppress critical knowledge. Today, similar barriers still exist in different forms.
Modern application:
Amplify voices from frontline communities most affected by climate change
Support climate research and solutions from underrepresented groups
Challenge systems that exclude diverse perspectives from climate decision-making
Ensure climate policies are inclusive and equitable
Empowering climate action through Foote's legacy
Individual empowerment
Just as Foote conducted meaningful research from her home, individuals today can make significant contributions:
Become a citizen scientist: Participate in climate monitoring projects, phenology studies, or community-based environmental research
Share accessible science: Help communicate climate science in understandable ways to friends, family, and community
Document local changes: Keep records of environmental changes you observe, contributing to the broader understanding of climate impacts
Community empowerment
Foote's work reminds us that important discoveries can come from anywhere, not just elite institutions:
Support local climate research: Advocate for funding of climate studies at regional universities and community colleges
Create inclusive spaces: Ensure community climate discussions welcome diverse voices and perspectives
Build local expertise: Develop community capacity to understand and address local climate impacts
Systemic change
Honor Foote's legacy by addressing the institutional barriers she faced:
Diversify climate leadership: Support women, minorities, and underrepresented groups in climate science and policy roles
Fund inclusive research: Prioritize climate research that includes diverse methodologies and perspectives
Reform recognition systems: Ensure proper attribution and credit for all contributors to climate knowledge
The modern urgency of Foote's warning
Foote's 1856 prediction about increased atmospheric CO2 causing global warming has proven devastatingly accurate. Atmospheric CO2 levels have risen from about 315 parts per million in her time to over 420 ppm today, the highest in human history.
Her work reminds us that the science of climate change isn't new or uncertain. The fundamental mechanisms have been understood for over 160 years. What's needed now is the same kind of bold action and clear communication that Foote demonstrated in her pioneering research.
A call to action worthy of her legacy
Eunice Foote saw the future with remarkable clarity, conducted rigorous science with limited resources, and persisted despite systemic exclusion. As we face the climate crisis she predicted, we can honor her legacy by:
Acting on the science with the same urgency and precision she brought to her work.
Ensuring all voices are heard in climate discussions, especially those historically marginalized.
Making climate science accessible to everyone, not just academic elites.
Thinking long-term about the consequences of our atmospheric changes.
Recognizing early warnings and taking them seriously before it's too late.
Conclusion: The pioneer we need to remember
Eunice Foote's story is more than historical curiosity; it's a roadmap for climate empowerment. She showed us that groundbreaking environmental science can come from unexpected places, that simple tools can reveal profound truths, and that we ignore diverse voices at our own peril.
As we work to address the climate crisis she saw coming 160 years ago, let's ensure that her legacy lives on not just in restored historical recognition, but in how we approach climate action today: inclusively, accessible, and with the same fearless pursuit of truth that characterized her pioneering work.
The woman who first understood how carbon dioxide would change our planet deserves to be remembered. More importantly, her approach to science and her marginalized voice remind us that the solutions to climate change may come from the most unexpected places if we're willing to listen.
Eunice Foote's 1856 paper "Circumstances affecting the heat of the sun's rays" was the first to describe the greenhouse effect of carbon dioxide. Her work preceded and informed much of modern climate science, though she received little recognition during her lifetime.
Monserrat Menendez, Interior Designer
Monserrat is an entrepreneur, interior architect, and sustainability advocate, as well as the founder of Senom Design, a firm dedicated to merging innovative design with sustainable solutions. With over a decade of experience across residential, commercial, and international projects, she specializes in bringing clients’ visions to life through thoughtful, high-impact interiors.
She is the U.S. Brand Ambassador for U Green, an organization that helps companies become more profitable while empowering people and brands to follow a consistent path toward sustainability through transformative education and specialized consulting. As an Executive Contributor to Brainz Magazine, she shares her expertise in design, sustainability, and innovation. Her mission is to create spaces that are not only beautiful but also responsible and forward-thinking.
