biomimicry

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The Bath, the Bins and the Biology of Light

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The Bath, the Bins and the Biology of Light

Light: The Missing Element in Biophilic Design

Light is far more than something that allows us to see. It is a powerful biological signal, influencing our body clocks, mood, alertness, sleep and sense of wellbeing. In this fascinating conversation, Dr Shelley James, “The Light Lady”, explores how our brains and bodies respond to light — and why biophilic designers need to pay much closer attention to it.

From the difference between Kelvin and colour rendering to the restorative rhythms of daylight, Shelley reveals how thoughtful lighting can help us create spaces that work more naturally with our biology. She also explores prospect and refuge, moving shadows, contrast and even the remarkable ways our brains interpret light as a signal of the natural world.

Discover why good biophilic design begins not just with bringing nature into a space, but with understanding the light that makes us feel at home in it.

Natural environments contain variation, contrast, shadow, movement and changing horizons. Light filters through leaves, reflects from water, changes with clouds and seasons, and gradually shifts from morning to evening.

Our visual systems evolved within this complexity.

Shelley describes the brain as looking for patterns that are familiar from the natural world — an appropriate balance of order and complexity, rather than either complete uniformity or overwhelming contrast. Even something as simple as dappled light and moving shadows can provide the kind of non-rhythmic visual stimulus associated with nature….

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Nature Preserved - The Ultimate Guide to Preserved Plants

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Nature Preserved - The Ultimate Guide to Preserved Plants

To coincide with the launch of our new monograph, Nature Preserved: The Definitive Guide to Preserved Plants, we talk to its author, Edgardo Rossi, known as The Green Man, about the thinking behind the book and his pioneering Green Lock System. What has years of working with preserved botanical material taught him about design, sustainability and the spaces we inhabit? We explore when living plants should come first, why designers need to walk the space before choosing the greenery, and how cork, bio-based materials and real preserved plants come together. We also challenge common misconceptions about longevity, maintenance and air quality—and ask why real nature should never be forced or faked.

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Living Architecture: Bioreceptive Design for People and Planet

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Living Architecture: Bioreceptive Design for People and Planet

What if the buildings that help us tackle climate change were also the buildings that lift our spirits?

We talk a great deal about the performance of buildings: how to reduce carbon, manage heat, conserve energy, deal with water and increase biodiversity. But perhaps we need to ask another question. What should these buildings look and feel like?

For architect and Alive Labs founder Nicky Naidu, the answer is not to choose between performance and beauty. We should expect both.

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3.8 Billion Years of Design Intelligence - Why the future of design begins by learning from living systems

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3.8 Billion Years of Design Intelligence - Why the future of design begins by learning from living systems

Biophilic Design and biomimicry are often discussed as separate disciplines, yet they are deeply complementary. Biophilic Design reconnects people with nature, creating healthier places that nurture wellbeing and strengthen our relationship with the living world. Biomimicry asks a different, but equally important question: how can nature’s 3.8 billion years of evolution teach us to solve human challenges?

Together they offer a blueprint for creating buildings, products and systems that help all life flourish.

While architecture often looks inward for innovation, one of the most fascinating lessons for the built environment is currently emerging from an unexpected place: fashion.

Amanda Sturgeon, CEO of the Biomimicry Institute, has been leading the Institute’s Nature of Fashion initiative, exploring how lessons from natural decomposition could help address one of the world’s fastest-growing environmental challenges—textile waste. Working alongside partners including The Or Foundation in Ghana, Circle Economy in the Netherlands and the Beneficial Design Institute in Germany, the project asks a deceptively simple question: what if the materials we create behaved more like nature?

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Is Colour the Missing Link in Nature-Centric Biophilic Spaces

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Is Colour the Missing Link in Nature-Centric Biophilic Spaces

Ever wondered why some spaces instantly relax you, while others energise or even irritate? The secret might lie in the colour! Karen Haller, is an expert in applied colour psychology, and reveals how understanding the emotional dance of colours can transform our built environments into havens of well-being and productivity. Whether you're an interior designer, architect, or simply a lover of nature-inspired spaces, this podcast dives deep into the unseen forces of colour.

You’ll learn how colour influences behaviour, how to select the perfect hues for different environments, and why true biophilic design demands more than green and brown, it's about the symphony of natural colours that heal and energise us.

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The Future of Material Innovation and Biophilic Design

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The Future of Material Innovation and Biophilic Design

Have you ever wondered how materials shape our environment? What happens when design meets nature? If you’re craving a fresh perspective on sustainable, regenerative design, dive deep with us into the world of materials, creativity, and a future where biophilic principles transform every building, every product, and every space.

William Knight, co-founder of Material Matters, is a passionate advocate for a future where materials tell stories, innovate endlessly, and reconnect us to nature. His journey from politics to design might surprise you, but his journey has driven him to demystify material innovation that truly inspires.

In this post, you’ll discover how materials are pushing boundaries, why understanding them is critical, and how a shift in industry mindset can accelerate regenerative, biophilic environments.

Living Materials and Regenerative Design

Will emphasises that many materials we overlook have rich stories. Think about timber, agricultural waste, natural extracts, all of these can inspire radically different design solutions. For example, his work with companies using tree sap, algae-based bioplastics, or recycled aluminium demonstrates that every material is an opportunity. This perspective challenges the traditional sourcing black book, pushing designers to explore alternatives that are biophilic, regenerative, and resourceful.

Read on and watch or listen to the podcast….

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Playa Viva - where Biophilia meets Living Ecology

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Playa Viva - where Biophilia meets Living Ecology

Nestled along Mexico's Pacific coast, David Leventhal's Playa Viva is redefining hospitality through a radical commitment to regenerative design. More than just a boutique hotel, it's a living ecosystem where architecture breathes, nature flows freely, and every material tells a story of sustainability.

Imagine waking in a treehouse suspended among palm trees, with no doors or windows—just an uninterrupted connection to the landscape. This is Leventhal's vision: hospitality that doesn't just minimise environmental impact, but actively regenerates it.

The resort's structures are poetry in natural materials. Bamboo "bones" form parabolic roofs, carefully woven and raised by hand. Shower floors become canvases of meticulously placed pebbles, each stone positioned with artisan precision. Wall pigments are sourced locally—rich oranges and browns extracted directly from mountain landscapes, mixed with unconventional ingredients like hay, horse manure, and even turtle eggshells.

"We're not just building rooms," Leventhal explains, "we're creating experiences that transform how humans interact with environment."

READ on and listen to/ watch the podcast….

This transformation begins with radical design choices. Solar panels provide 100% off-grid electricity. Air conditioning is minimised, with innovative systems like the "Evening Breeze" technology cooling only specific areas. The goal isn't comfort through separation, but comfort through connection.

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Roots to Renders - Sugarcane's Journey into Creative Design

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Roots to Renders - Sugarcane's Journey into Creative Design

"A world where materials are in harmony with nature." Wouldn’t that be amazing? I truly believe, that biophilic designers can specify this change, and also help scale innovation to make this happen.

The global plastics crisis is stark: over 400 million tonnes of plastic are produced annually, with a staggering 99% being fossil-based and 91% never recycled. The plastics industry contributes 3.4% of global greenhouse gas emissions, equivalent to 1.8 billion tonnes of emissions. Hao Ding, Global Marketing Director at TotalEnergies Corbion, unveils the potential of Polylactic Acid (PLA) - a bio-based material that could help how architects and designers approach sustainability. According to a new Life Cycle Assessment, PLA reduces carbon footprints up to 85% compared to conventional plastics.

PLA stands for Poly Lactic Acid, a bio-based plastic material made from renewable resources like sugarcane or corn. Specifically, as Hao explained in the interview, it's produced through a process of fermenting plant sugars to create lactic acid, which is then polymerised into a plastic-like material. Unlike traditional petroleum-based plastics, PLA is:

- Made from renewable resources
- Biodegradable
- Reduces carbon footprint by up to 75%
- Food contact approved
- Usable in multiple applications like packaging, 3D printing, textiles, and medical packaging

A key difference is that PLA starts from plants that absorb CO2 during growth, whereas conventional plastics are derived from oil pumped from underground. When composted, PLA breaks down completely without leaving persistent microplastics, making it an environmentally friendly alternative to traditional plastics. PLA can reduce carbon emissions by up to 75% compared to conventional plastics. "PLA can replace most conventional plastics and offer similar performance."

Architects and designers can leverage PLA in multiple applications.

Design and Construction Applications:
1. Furniture packaging materials
2. Exhibition and conference temporary structures
3. 3D printed decorative objects
4. Cavity wall insulation
5. Prototype and model making
6. Textile and upholstery applications

READ ON and Watch the interview

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How can Biophilic Design help reverse Climate Change?

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How can Biophilic Design help reverse Climate Change?

In the urgent battle against climate change, an unexpected hero is emerging: biophilic design. Far more than a trendy architectural concept, it represents a radical reimagining of how we interact with our built environment. We speak with Tom Dolan, a senior research fellow at UCL and leading voice in sustainable infrastructure.

"We're not just adding plants to buildings," Tom explains. "We're talking about a complete transformation of how we design our cities, infrastructure, and living spaces." This approach goes beyond mere aesthetics, offering a comprehensive solution to some of our most pressing environmental challenges.At its core, biophilic design recognizes that humans are intrinsically connected to natural systems. It's an approach that sees buildings and urban spaces not as isolated structures, but as living, breathing ecosystems that can actively contribute to environmental healing.

Take water management, for instance. Traditional urban design channels water away as quickly as possible, creating flood risks and environmental stress. Biophilic design reimagines this, using green infrastructure to slow water movement, improve quality, and create multifunctional urban spaces. "We can capture water, slow its movement through urban landscapes, and create spaces that are both functional and beautiful," Tom argues.

The potential impacts are profound. Buildings designed with biophilic principles could become self-regulating systems that require minimal external energy for heating and cooling. Imagine schools and hospitals where the building itself becomes a learning tool – demonstrating how architecture can work in harmony with natural systems.

This isn't just environmental idealism. There's a compelling economic argument too. Drawing on the "donut economics" framework, Tom highlights how biophilic design can create multiple value streams. A single tree, for example, provides services that would cost thousands to replicate artificially – from air purification to carbon sequestration, from temperature regulation to mental health benefits. READ ON AND WATCH THE PODCAST..

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Architect Amanda Sturgeon on Biophilic Design and Biomimicry

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Architect Amanda Sturgeon on Biophilic Design and Biomimicry

In a world increasingly dominated by sterile, lifeless buildings, one architect is on a mission to reawaken our innate connection to the natural world. Amanda, CEO of the Biomimicry Institute, is a passionate advocate for biophilic design - the practice of incorporating elements of nature into the built environment to enhance human health, wellbeing and productivity.

"Many of our buildings today are like barren tombs, where people's souls and creativity go to die," Amanda laments. Her own experiences working in windowless offices, devoid of natural light, fresh air and sensory stimuli, left her feeling disconnected and uninspired. This personal frustration fuelled her determination to transform the way we design the spaces we inhabit.

Amanda's journey began with her childhood in a small English village, where she spent endless hours immersed in the outdoors. Travelling through Australia and Southeast Asia as a young adult further opened her eyes to the profound relationship between architecture, culture and the natural environment. "I saw buildings that were so in tune with the climate, responding to it in a way I'd never witnessed before," she recalls.

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