Meet the innovators prototyping nature-inspired, planet-saving solutions By Katie O'Reilly Biomimicry — from the Greek “life” and mimesis, meaning “to imitate” — is the notion that the natural world can be used as a model for human design. It’s part of what what...read more
Planting more forest in less time: Nature-inspired reforestation solution captures the 2018 Ray of Hope Prize
Nucleário, an all-in-one reforestation solution, designed to be used in remote areas of the Atlantic rainforest, has won the 2018 Ray of Hope Prize®.read more
This year at Bioneers, six international teams from the Biomimicry Launchpad will showcase their climate change solutions, all based on lessons learned from living systems.read more
Can human designs give more to the planet than they take? We need a new generation of innovators, who know how to create man-made materials, products, and systems that are regenerative, circular, and generous to all species.read more
Meet two Launchpad alumni teams who are part of a European Union-funded project that is using nature-based systems to close water loops, feed the soil, and promote local economies.read more
Game-changing ideas begin by seeing the possibilities for a sustainable world reflected in the living systems that surround us. That’s what we celebrate each year in the Biomimicry Global Design Challenge.read more
This year, middle and high school students from across the U.S. took part in the first-ever Youth Design Challenge, learning how to use biomimicry to create solutions to climate change.read more
We sat down with our co-founder, Janine Benyus to talk about the most exciting things happening in the growing field of biomimicry.read more
Finding clever, hands-on lessons and activities in today’s STEM classrooms can be challenging for any topic, particularly sustainability. That’s why biomimicry can make all the difference in the world.read more
Looking for a way to help a sustainable food system grow, Cullen Naumoff turned to nature.read more
By Dr. Taryn Mead This is the second of a two-part series to introduce Dr. Taryn Mead’s new book “Bioinspiration In Business And Management: Innovating For Sustainability”. More complete and academic findings will also be publicly available in her PhD...read more
A major reason that I pursued a PhD in biomimicry was to have the time and space to reflect on my experiences as a practitioner and consultant. I wanted to know why some organizations seem to embody the emulation of nature as an inherent part of their identity while others dabbled on a project or two and decided it didn’t work. As a reflective consultant, I was always looking for ways to serve my clients more effectively and enable a positive experience in their learning from nature. The majority of the last few professional years of my life have been dedicated to a seemingly simple question: What factors influence the adoption of nature-inspired innovation in multinational corporations?read more
Meet Alex Ralevski, a postdoctoral associate at Yale University who conducts translational research in plant biology and neuroscience. Her current work focuses on understanding fundamental biological mechanisms and their translation and practical application to animal and human biology. Alex is a contributing writer to AskNature.org, where she helps curate content on biological strategies and the ideas they’ve inspired. To learn more about Alex’s research, check out this video where she explains how plants that thrive in salty seawater can teach us how to design better ways of providing fresh drinking water in drought-prone areas.read more
In our latest installment of Meet a Biomimic, meet Dan Quinn, a researcher at the University of Virginia who is pioneering new ways of designing underwater and aerial robots by mimicking how fish and birds move. Read on to learn more about Dan’s research and check out this video to see his work in action.read more
By Tom McKeag When Arthur DeVries arrived at McMurdo Station in 1961, he was fresh from Stanford University where he had signed up for a 13-month stint to study the respiratory metabolism of the endemic Notothenioid fishes found in McMurdo Sound, Antarctica....read more
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