Building materials contribute an estimated 5 to 15 percent of global greenhouse gas emissions. Imagine using materials that not only require less carbon to produce but also actively capture and

Building materials contribute an estimated 5 to 15 percent of global greenhouse gas emissions. Imagine using materials that not only require less carbon to produce but also actively capture and store it. In California, architect Dylan Johnson and Yvon Chouinard, alongside a seasoned crew, constructed two houses using straw bales that would otherwise have gone to waste.

This innovative project demonstrates that natural building isn’t just better for the climate—it’s a superior way to build. Watch "Home, Grown" to learn more. For additional content and to connect with Patagonia, subscribe here, visit their official site and stories, or find them on Instagram, Facebook, Twitter, TikTok, and LinkedIn.

WeWork, once revolutionary in workspaces, education, and housing, ultimately faced financial turmoil. WSJ reporters Eliot Brown and Maureen Farrell chronicle this journey in The Cult of We,

WeWork, once revolutionary in workspaces, education, and housing, ultimately faced financial turmoil. WSJ reporters Eliot Brown and Maureen Farrell chronicle this journey in The Cult of We, examining tech startup triumphs and failures.

Join co-authors Eliot Brown and Maureen Farrell (WSJ reporters, experts in venture capital and IPOs) with moderator Charles Duhigg (The New Yorker) to uncover startup culture's gripping reality. Presented with INFORUM.

The Commonwealth Club of California, the nation's oldest and largest public affairs forum, hosts over 400 annual events. Explore more: Videos | Events | Membership | Watch/Listen | Facebook | Twitter.

Microplastics, tiny particles from broken-down plastics, pose a significant environmental and health threat, accumulating in waterways and bodies. Cellugy offers an eco-friendly solution:

Microplastics, tiny particles from broken-down plastics, pose a significant environmental and health threat, accumulating in waterways and bodies. Cellugy offers an eco-friendly solution: cellulose, derived from plants and bacteria. This natural substance, produced at scale for cosmetics and personal care, safely replaces plastic-based ingredients, effectively trapping water, oils, and vitamins while combating plastic pollution.

Cellugy participated in the Biomimicry Institute’s 2023 Ray of Hope Accelerator, a program supporting nature-inspired startups that scale systemic solutions to global environmental challenges. These innovators leverage nature's wisdom to address critical issues. Learn more: Ray of Hope Accelerator | Biomimicry Institute | Cellugy | Cellugy on AskNature

The Association of Space Explorers (ASE) united astronauts from multiple nations, including Germany, Japan, US, and India, to send a vital message of solidarity, hope, and collaboration to

The Association of Space Explorers (ASE) united astronauts from multiple nations, including Germany, Japan, US, and India, to send a vital message of solidarity, hope, and collaboration to political leaders concerning climate change. This powerful initiative aims to inspire action during a crucial time.

For deeper insight into the Overview Effect and astronaut experiences, explore "OVERVIEW" on YouTube and "PLANETARY," available on iTunes. The video was produced by astronaut Ron Garan and the award-winning Planetary Collective, in association with Daria Lopez-Alegria of Space Bridges.

Learn more at weareplanetary.com.

The Biomimicry Institute's Ray of Hope Accelerator empowers early-stage, nature-inspired startups to develop regenerative solutions. Ten recent graduates from the six-month program showcased their

The Biomimicry Institute's Ray of Hope Accelerator empowers early-stage, nature-inspired startups to develop regenerative solutions. Ten recent graduates from the six-month program showcased their biomimicry innovations, addressing urgent global challenges in energy, materials, water, and biodiversity. These founders leverage nature's strategies to shape the future.

Applications for the 2026 Cohort open in early March. Learn more and ask questions at our Ask Us Anything Session on March 18 at 9:00 AM PT: https://biomimicry.org/events/ray-of-hope-accelerator-ask-us-anything-session/.

Companies developing lightweight structural materials seek sustainable alternatives. Strong By Form, a 2022 Ray of Hope Prize participant, offers a solution by applying the natural intelligence of

Companies developing lightweight structural materials seek sustainable alternatives. Strong By Form, a 2022 Ray of Hope Prize participant, offers a solution by applying the natural intelligence of tree structures to engineered wood. Their design-to-manufacturing technology combines digital design, structural optimization, and fabrication to produce lightweight, wood-based composite parts. This innovation replaces high-CO2 materials like concrete and steel across diverse applications.

For instance, their Woodflow-composite slabs can reduce concrete use by 30% and wood by 70% compared to conventional timber-concrete slabs. Strong By Form is also developing optimized wood-based connectors to eliminate metal in frame joints, creating lighter, 100% wood-based, and lower-CO2 structures.

Learn more: Strong By Form, AskNature Innovation, and Biomimicry Institute.

Inspired by the Venus flower basket's efficient cellular architecture, Metavoxel Technologies has developed 3-D modular building materials. This innovation addresses the environmental impact of

Inspired by the Venus flower basket's efficient cellular architecture, Metavoxel Technologies has developed 3-D modular building materials. This innovation addresses the environmental impact of traditional construction, which consumes vast resources and contributes significantly to greenhouse gas emissions and waste.

Engineers design cellular blocks from materials like wood and biocomposites. These can be robotically assembled into strong, ultra-lightweight metamaterials for diverse applications, including buildings and vehicles. This revolutionary approach reduces raw material use and carbon footprint, embodying nature's principle of "doing more with less."

Learn more: Metavoxel Technologies, AskNature (Sponge Innovation), Biomimicry Institute, AskNature.

Christine’s TEDx presentation addresses food waste, a significant global environmental issue, particularly in Hong Kong. She emphasizes that individuals and organizations have direct control to

Christine’s TEDx presentation addresses food waste, a significant global environmental issue, particularly in Hong Kong. She emphasizes that individuals and organizations have direct control to reduce food loss. The talk proposes collaboration among Hong Kong, Macao, and Guangdong to transform their food culture for waste reduction.

Christine's extensive career includes serving as a Legislator, CEO of Civic Exchange, and Undersecretary for the Environment, HKSAR Government. She currently teaches at HKUST and UCLA. Learn more about TEDx at https://www.ted.com/tedx.

Inspired by millions of years of natural evolution, Fusion Bionic harnesses the surface properties of plants and insects to create advanced functional surface technology. Their laser technology

Inspired by millions of years of natural evolution, Fusion Bionic harnesses the surface properties of plants and insects to create advanced functional surface technology. Their laser technology engraves micro and nano textures onto materials, efficiently mimicking nature's solutions and outperforming traditional methods.

For instance, lotus leaves repel water and dirt, while moth eyes are naturally anti-reflective. By mimicking these structures, Fusion Bionic optimizes materials for eyeglasses, smartphones, solar panels, vehicles, and electronic connectors, reducing energy and chemical use.

Learn more about Fusion Bionic at [fusionbionic.com](https://fusionbionic.com/en/) and explore biomimicry at [biomimicry.org](https://biomimicry.org/) or [asknature.org](https://asknature.org/).