Winter 2026 / quarterly
The QUARTERLY shares free curated content from around the world — covering projects, resources, policy and lots more — to make staying informed easier.
Overview
What Can Design Do?
This simple question hides its complexity beneath the surface. It encourages us to look beyond the present and peer deeper to uncover what’s possible. And this is particularly true when challenged to design for decarbonization, where we must explore new approaches and imagine solutions that haven’t existed before. Enter the Class of 2026.

The MFA Industrial Design Global Studio at The New School / Parsons School of Design is a rigorous class led by adjunct professor and curriculum designer Shaun Fynn with part-time lecturer Zac Feltoon. As the course advisor and collaborator, I integrate Lot21’s climate action framework to inform and guide students’ research and creative thinking toward their decarbonization designs.
From the Outset
As with most challenging assignments, understanding context is everything at the outset.
Fortunately, there are well-established contextual frameworks to guide our thinking today. We utilize the widely recognized UN Sustainable Development Goals (SDGs) to provide a broad background and common language. But our focus is on SDG 13, Climate Action, because our climate provides the conditions for sustaining all forms of life, and its restoration is essential to achieving the other SDGs.
Class of 2026
This year, Parsons ID faculty and Lot21 selected four graduate student projects to showcase from a range of innovative submissions. Each project stems from the student’s personal lived experience that could benefit from decarbonization. Their solutions originate from the West, Central, and Eastern regions of the U.S., as well as the Far East.
Compact passenger vehicles in Chennai, India, were reimagined to mobilize and decarbonize the ‘last mile’ of transport in outer NYC neighborhoods. Los Angeles wildfires inspired the creation of bio-based materials derived from the invasive species that both fuel and spread the fires; and this experience has already sparked a new business venture. A disastrous, extreme weather event in St. Louis led to conceiving a new building material made from the rubble of destroyed buildings, reflecting on the city’s brickmaking and urban planning history. A neglected Brooklyn underpass was transformed into a low-carbon green space, revived with a modular, scalable system of 3D-printable planters — an open-source offering with global applicability.
It’s neither uncommon nor discouraged in this course to develop concepts that need or envision new technologies before they can be commercialized. But the four selected projects could be easily commercialized today because the materials and manufacturing processes already exist. What’s more, these projects illuminate what’s possible when a deeper understanding of climate impact bonds with personal experience to inform design and real-world applications.
In its entirety, the class of 2026 produced a wide range of creative outcomes, from biodegradable products coupled with provocative storylines to low-carbon materials with applications in the built environment. These four selected projects are published in Academia, our newest category, which you can learn about in How To Participate below.
The Underlying Structure
While SDG goals define what you aim to achieve, how you go about achieving them can differ. To guide the design process, we rely on the three pillars of climate action: climate resilience, emissions reduction, and carbon removal, briefly described below. Together, this framework provides a clear, science-based structure: the 17 SDGs present a broad perspective, while SDG 13 – Climate Action – acts as the central focus. Within SDG 13, the three climate action pillars inform, support, and shape the solutions. In this course, we show exemplary works from around the world that illustrate these pillars in action, helping students better understand how to apply a climate action lens to their own ideas and projects.

Tackle climate change and
its impacts through education, innovation, and adherence to your climate commitments

Resilience employs more adaptive solutions that can withstand the harmful effects
of climate change

Reduction lowers the carbon-emitting sources in the built environment, accelerating the pace of climate change

Removal captures excess planet-warming CO2 in the atmosphere to restore our climate to safe pre-industrial conditions
Our Forever Work
Inevitably, every new generation will need the skills to design for decarbonization — because this restorative future is needed for all of us and the planet to thrive.
It’s an inseparable relationship.
When our climate literacy deepens, our design decisions become better informed. And then each generation becomes more prepared than the one before it.
This is our forever work — for many practitioners and people now, and even more participants moving forward.
With you, we can do a lot more!

Lew Epstein
Founder / CEO
How To Participate
Leading academic institutions like Parsons School of Design are participating with Lot21 through their MFA Industrial Design Global Studio course. And, we’re excited to be returning for a third year this coming fall.
Academia, launched last year on Lot21, showcases the next generation of talent preparing to design for decarbonization. We welcome other leading academic programs to participate with us on Lot21, where we proudly present graduate-level projects to peers and prospective employers.
You’re always invited to participate by joining our Talks and Webinars, or by joining a Collab we’re developing that will be available later this year.
And if you’re interested in advancing climate action, please visit our Archives, where you’ll find free QUARTERLY newsletters with further guidance on how to participate. Be sure to see our Reading & Listening Suggestions at the end of each newsletter to make it easier to stay informed.
Academia
Exemplary graduate projects — exploring design for decarbonization
Invasive Matters / Ashli Watson / Parsons School of Design
Invasive Matters creates a climate-resilient, circular manufacturing model that transforms invasive plant biomass into hi-performance, non-toxic materials for interior and exterior architecture applications.
By diverting biomass waste streams and decreasing reliance on extractive, carbon-intensive materials, this innovative Public Benefit Corp. provides a scalable pathway for sustainable industrial design rooted in ecological health and long-term restoration.
Rising from the Rubble / Anna Malinak / Parsons School of Design
Rising from the Rubble explores new ways to repurpose the otherwise unusable building materials in the aftermath of climate-related disasters. By combining these materials with Geo-polymers, this project envisions innovative composite materials that are both resilient and sustainable.
Through diverting debris from landfills and decreasing the need for virgin building materials, this method promotes responsible waste management and minimizes the environmental impact of reconstruction.
NYtra / Hitesh Beedu / Parsons School of Design
NYtra tackles the last-mile challenge in NYC intra-borough transit, where uneven subway and bus connectivity can leave commuters stranded before reaching their destination.
Its compact design is supported by a swappable battery system and solar rooftop, to create an efficient and sustainable solution.
This research-driven, climate-positive project aims to complement existing public transport networks and transform daily travel for residents by providing carbon-free mobility.
Underline / Eliot Wolfert / Parsons School of Design
Underline turns underutilized spaces, the underpass, into climate-resilient havens that help humanize and decarbonize our cities.
Designed as an open-source, 3D-printable, tailorable system, and adhering to circular design principles, various plant selections are informed by each site’s growing conditions.
The system may be deployed independently through neighborhood communities or as a fully integrated component of a city’s Parks and Maintenance Department.
Resources
Materials and tools to help decarbonize the world
Hemp / rapidly renewable
Hemp, renown for its durability and sustainability, acts as a highly efficient carbon sink, capturing more CO2 per hectare than forests. Its sturdy fibers provide tensile strength, making them ideal for producing textiles, composite building materials, and more.
Explore the examples below and many other resources in our materials directory
Kingdom Holdings based in China, is one of the largest hemp yarn manufacturers in the world. They are the "silent engine" behind the mainstream hemp movement. They were a key partner in helping Levi’s develop the "cottonization" process for WellThread® fabric.
INDHemp provides hemp fiber for polymer composites, absorbent applications, and thermal and acoustic insulation. IND HEMP fiber products are a rapidly renewable alternative source of material for a wide range of needs and industries.
Hemp Foundation acts as a global catalyst for hemp innovation, offering premium materials, technical expertise, and fostering strategic partnerships. The foundation provides the research and resources necessary to scale sustainable hemp solutions.
Carbon / tracking
Carbon tracking provides a diverse set of tools for measuring and evaluating carbon emissions and monitoring global climate policies in response to climate change. The tools include global standards, dynamic maps, and science-based platforms for research.
Dive deeper and discover far more resources in our growing tools directory.
Greenhouse Gas Protocol provides global standards, tools, and training for businesses and governments. These frameworks effectively measure and manage greenhouse gas emissions across all public and private operations, value chains, and mitigation actions.
Carbon Removal Map is an interactive tool for visualizing the global carbon removal ecosystem. It aims to offer a comprehensive view of the carbon dioxide removal (CDR) landscape to better explore the breadth of CDR initiatives.
Climate Watch is an online platform designed to empower policymakers, researchers, media and other stakeholders with the open climate data, visualizations, and resources they need to gather insights on national and global progress on climate change.
Policy
Advancing climate action through legislation
National / policy in action
National policies like New Mexico’s House Bill 153, the Industrial Decarbonization Act, provide a useful example of how each state can support decarbonizing the built environment. Through steadfast local efforts, supported by the Natural Resources Defense Council, New Mexico joins states leading in climate policy.
Compare states — leading or needing climate legislation now in our directory.
New Mexico’s House Bill 153, the Industrial Decarbonization Act, targets manufacturing and construction emissions. It creates a "Buy Clean" program offering rebates for low-carbon materials and grants for green technology.
Using Environmental Product Declarations to monitor and report emissions related to material production, the bill provides cash incentives starting in 2026 for facilities outperforming industry averages. By pairing financial rewards with monitoring, this legislation aims to modernize the state’s economy and combat climate change through sustainable industrial practices.
All states can be easily found in our alphabetical directory here.
International / agreements
Our International directory connects designers to each country’s Nationally Determined Contributions (NDCs), industry advocacy groups, and how to participate. The NDCs make it easy to compare each country’s global green house gas emissions (GHG) and gain a more comprehensive view of global climate action.
Explore countries — their NDCs and GHGs listed under the letter F.
Fiji NDCs / 2025 / global GHG emissions: 0.00%
Finland NDCs / 2025 / global GHG emissions: 66.25-72.5%
France NDCs / 2025 / global GHG emissions: 66.25-72.5%
All countries can be easily found in our alphabetical directory here.
Attribution
We are very grateful for the data provided by Climate Watch and managed by the World Resources Institute. For a greater context, compare each country’s Nationally Determined Contributions (NDCs) with their global greenhouse gas emissions (GHG). Consider that the world’s top five emitters — China, the United States, India, the European Union, and Russia — produce over half of all GHG emissions worldwide.
Lots
New initiatives to help decarbonize the world
CAPTURED BY NATURE
BIOCHAR SOLUTION
FOR CARBON REMOVAL
Carbo Culture
Henrietta Moon is the CEO and Co-founder of Carbo Culture, a project developer with proprietary climate technology that converts biomass waste into biochar at scale to safely store it away for centuries and generate renewable energy in the process.
To avoid the worst impacts of climate change and go beyond just emission reductions — Carbo Culture is on a mission to provide climate infrastructure solutions that can keep the world in the Paris Accord targets.
FUTURE FOCUSED
BIOGRADEABLE MATERIALS
MINIMAL WASTE & EMISSIONS
Gantri
Ian Yang is the Founder and CEO of Gantri, a pioneering lighting manufacturer using digital technologies and innovative materials to produce lighting on-demand, minimize waste and reduce CO2 emissions by 75%.
Gantri Plant Polymers are hi-performing, bio-degradable materials, derived from non-GMO sugarcane sources. The distinct blends are specifically engineered for different lighting applications: practical, beautiful, sustainable.
NEW VISUALIZATION TOOL
METHODS, STANDARDS, AND
POLICIES –– WORLDWIDE
Carbon Removal Standards Initiative
Anu Khan is Founder & Executive Director of the Carbon Removal Standards Initiative, a nonprofit that uses science and policy to unlock global carbon removal opportunities.
CRSI’s newest initiative, C-QuIP, organizes carbon dioxide removal (CDR) pathways, integration projects by sector, global locations and policies for comparison. Organized in one navigable place, the gaps and opportunities become clearer for those working to integrate carbon removal across every sector of society.
Listening & Reading Suggestions
Zero:Ethiopia’s Fossil Fuel Car Ban is a Vision of the Future
US Climate Alliance:Enabling Industrial Decarbonization / Guide
Reversing Climate Change:Carbon Removal’s False Peak / Noah Deich
Rocky Mountain Institute:Securing A Future for Carbon Removal / AMCs
The Instigator:Goats, Grief, and the Hard Math of Saving Nature
World Resources Institute:How Climate Action Creates Jobs
We formed Lot21 to
help the design community
decarbonize the world.
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