Biophilic News wherever your office is…
A visit to the current M.C.Escher exhibition at Somerset House recently transported me back to a personal discovery of the connection between mathematical formulas and the natural world. During a memorable - and ultimately successful - project for my maths A-Levels, my lifelong interest in art and design gave me a new perspective on the power and complexity of the natural world and maths..
From March 2027, England's new Future Homes and Buildings Standards will fundamentally change the way we design new homes. Among the most significant amendments is the introduction of a new functional requirement (L3), requiring on-site renewable electricity generation for new dwellings and residential buildings. At the same time, Part L of the Building Regulations shifts its emphasis beyond simply conserving energy to also reducing greenhouse gas emissions.
For architects, designers, planners and developers, the conversation has understandably centred around technologies such as solar photovoltaics, heat pumps and smart controls. Yet there is a danger that renewable systems become viewed as solutions in isolation. Technology performs best when it works with nature rather than against it—and that is precisely where Biophilic Design has an important role to play.
Biophilic Design is often associated with planting, biodiversity and occupant wellbeing, but at its core it is about understanding natural systems. Before selecting renewable technologies, we should first ask: how does this site already work? Where does the sun travel? How do prevailing winds move across the landscape? Which existing trees provide seasonal shade? How can natural daylight reduce the need for artificial lighting? These are biophilic questions, but they are also questions of building performance.
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If you've found yourself feeling more irritable during the recent heatwaves, you're not imagining it. A recent Guardian article explored the growing body of research showing that high temperatures affect far more than our physical comfort. Heat places the body under stress, disrupting sleep, increasing fatigue and dehydration, making us less patient, less focused and more prone to conflict. Studies have even linked hotter days with increases in aggression, road rage and mental health emergencies.
This is precisely why Biophilic Design needs to become central to the way we design our towns and cities. As temperatures continue to rise, we cannot rely solely on air conditioning and mechanical cooling. We need places that work with nature to create healthier, cooler and more resilient environments. READ ON…
Every year the Stirling Prize celebrates architectural excellence. This year, however, another story emerges. Look beyond the headlines and a pattern begins to reveal itself. Britain’s best new buildings are increasingly embracing many of the principles of biophilic design, whether they call it that or not.
Beneath the discussion of materials, detailing and craftsmanship lies a common thread that is increasingly shaping Britain’s best architecture: a deeper connection between people, place and nature.
Whether through the warmth of timber, generous natural light, restorative views, biodiverse landscapes or carefully crafted communal spaces, many of this year’s shortlisted buildings demonstrate principles long championed by the Journal of Biophilic Design. They remind us that architecture is at its best when it supports both environmental resilience and human wellbeing.
Natural materials – timber, brick with tactile qualities, exposed structure and honest materiality.
Prospect and refuge – long views balanced with sheltered places to gather.
Natural light – daylight used as a design material rather than simply illumination.
Connection with living systems – landscapes, rivers, planting and seasonal change.
Community – courtyards, shared gardens, public squares and informal meeting places.
Awe and delight – spaces that inspire curiosity, wonder and emotional connection.
