Winter 2025 / quarterly

The QUARTERLY shares free curated content from around the world — covering projects, resources, policy and lots more — to make staying informed easier.
Overview
It’s hard to overlook the scarcity of good news in the world these days. But while we watch many global forces at work unfold, let’s also recognize the good works of those envisioning and contributing to a more resilient, restorative future. To that end, I’m buoyed by the Class of 2025 and why their outlook matters. I’m referring to a group of graduate ID students from The New School / Parsons School of Design who are globally diverse, adventurous, and eager to share perspectives.
Each generation inherits the world, its climate, and a choice — to either ignore or restore it.
Restoring the planet may seem like the sole choice in a world confronting a climate crisis. But it’s a daunting decision and a time-consuming commitment, not a test drive but a long ride ahead. You must believe the purpose is essential, the decades of effort worthwhile, and each incremental step will collectively leave a better world behind.
The Class of 2025 embodied this optimistic and determined outlook as they explored designing for decarbonization. Students chose a specific set of UN Sustainable Development Goals (SDGs) as reference points for their project. Within this frame, SDG No. 13, Climate Action — and its three key pillars focused on adaptation, mitigation, and restoration – was prioritized.

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

Adaptation resists the damaging effects of climate change by deploying more resilient solutions

Mitigation reduces the carbon-emitting sources in the built environment that are accelerating the pace of climate change

Restoration removes the excess carbon that has been accumulating in our atmosphere and continues to warm our planet
The MFA Industrial Design Global Studio 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 watched how the climate action framework informed and guided the students’ research, creative thinking, and design for decarbonization solutions. This framework provided a coherent structure with a science-based foundation, each pillar being very understandable and actionable by design.
Given the whole semester to explore solutions, this cohort applied the three pillars to decarbonization through research, prototypes, and iterating and refining concepts. Some of their concepts could be commercialized today because the materials and manufacturing processes are readily available. Other concepts that rely on new applications of existing technologies would naturally require further prototyping, piloting, and validating to test their market readiness. Altogether, the course generated highly original and viable approaches, demonstrating what’s possible when a deeper understanding of climate impacts comes together with design.
With the curriculum’s relevance and the class’s success, we look forward to offering this MFA course again at Parsons next fall. In the meantime, you can sample three exemplary student projects selected for this newsletter: ADAMA — the future of regenerative agriculture; Bioshoe – biochar-made children’s footwear; and EOS — capturing airborne particulates. You’ll find more selections in Academia, our newest content category, described in How To Participate below.
Every new generation will have to design for decarbonization. So will all the interconnected disciplines that shape the built environment. The more we level up their climate literacy, the better informed their decisions will be, and each generation will be more prepared than the ones before them. Then, deciding whether to restore or ignore the world they inherited will no longer be a choice; it will become an expectation — sustained by a growing community of prepared participants — for the sake of the public good.
With you, we can do a lot more!

Lew Epstein
Founder / CEO
How to Participate
We’re excited to launch Academia this quarter, a new category on Lot21. You’re invited to explore Academia’s exemplary projects — illustrating how the next generation of talent is envisioning and advancing climate action by designing for decarbonization.
We welcome leading academic programs to participate with other institutions on Lot21. Here, we will proudly showcase graduate-level projects with peers and prospective employers.
If you’re interested in advancing climate action, visit our archives, where you’ll find more QUARTERLY newsletters with guidance on how to participate. Be sure to see our Reading & Listening Suggestions at the end of each newsletter, making it easier to stay informed.
Academia
Exemplary graduate projects — exploring design for decarbonization

ADAMA / Jonah Goodman / Parson School of Design
ADAMA is the first naturally derived probiotic pill specifically designed to restore and revitalize eroded soil.
By harnessing the ancient agricultural art of bokashi fermentation, ADAMA transforms organic waste into nutrient-rich bioavailable compounds that enhance soil fertility, structure and carbon capture potential.
ADAMA envisions the future of regenerative agriculture and the means to reclaim Earth.

Bioshoe / Gabriela Kreutzberger / Parson School of Design
Bioshoe is a footwear solution designed to meet the needs of children in Sub-Saharan Africa who could not afford shoes, which are required to attend school.
The Bioshoe is made with biochar derived from locally sourced agricultural waste and produced using affordable equipment.
For every pound of biochar, about 2 pounds of CO2 is removed from the atmosphere. At the end of their life, Bioshoes decompose, sequestering CO2 in local soil.

EOS / Leon Bora Yegenoglu / Parson School of Design
EOS is a low-power filtration system that captures toxic airborne particulates such as micro-plastics and various greenhouse gas emissions from transportation and local industry sources.
Designed to be a robust, low maintenance, street-level solution for urban areas, EOS includes lighting and operates on self-generating wind and solar energy.
Resources
Materials and tools to help decarbonize the world

Hemp / rapidly renewable
Hemp — well known for its strength and durability is also a significant carbon sink that absorbs more CO2 per hectare than a forest or commercial crop.
Explore these examples and many other resources in our materials directory.
Hemp Foundation offers an extensive list of hemp-based raw materials and finished products.
Hempcrete is made from hemp and lime for the building industry; sprayed or cast in place, or in hemp block forms.
Hempitecture offers HempWool®, a bio-based thermal insulation product for walls, floors, and ceil
Nature Fibres creates hemp-based, carbon-sequestering, insulated wall, floor, and thermal packaging materials.

Building / rating systems
Building rating systems like LEED provide standardized frameworks for evaluating and certifying a building’s environmental performance based on specific metrics.
Dive deeper and discover far more in our growing tools directory.
CDP is a global non-profit that runs the world’s only independent environmental disclosure system for companies, capital markets, cities, states, and regions to manage their environmental impacts. CDP aims to incentivize and guide companies and cities through disclosure to become leaders in environmental transparency and action by scoring them and creating a rating dashboard for climate, water, and forests.
BREEAM is a powerful certification tool that facilitates decarbonization solutions for the built environment, real estate, and associated investments.
Green Globes is a comprehensive, science-based, three-in-one certification system that evaluates the environmental sustainability, health & wellness, and resilience of all types of commercial real estate.
Policy
Advancing climate action through legislation

National / policy in action
Our National policy directory includes a selection of measures in all 50 states that support decarbonization. Below are two prior yet timely examples of several states working together to advance climate action. They serve as reminders of diverse states with shared values and goals that benefit both people and the planet.
Compare states — leading or needing climate legislation now.
Governors from Arizona, Colorado, Idaho, Montana, Nevada, New Mexico, Utah, and Wyoming agreed to provide a framework for the creation of an Intermountain West EV Corridor that will allow electric vehicles to be driven across major transportation corridors in the West.
Participating states (Connecticut, Delaware, Maine, Maryland, Massachusetts, New Hampshire, New Jersey, New York, Rhode Island, and Vermont) of the Regional Greenhouse Gas Initiative (RGGI) agree to a regional cap on CO2 emissions, reducing emissions and raising money to invest into local communities, such as clean energy programs, energy efficiency, and bill assistance to local businesses and communities.
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 greenhouse gas emissions (GHG) and gain a more comprehensive view of global climate action.
Explore countries — their NDCs and GHGs listed under the letter B.
Bahamas NDCs / 2022 / global GHG emissions: 0.07%
Bahrain NDCs / 2021 / global GHG emissions: 0.02%
Bangladesh NDCs / 2021 / global GHG emissions: 0.56%
Barbados NDCs / 2021 / global GHG emissions: 0.58%
Belarus NDCs / 2021 / global GHG emissions: 0.25%
Belgium NDCs / 2021 / global GHG emissions: 0.21%
Belize NDCs / 2021 / global GHG emissions: 0.01%
Benin NDCs / 2021 / global GHG emissions: 0.06%
Bhutan NDCs / 2022 / global GHG emissions: 0.00%
Bolivia NDCs / 2020 / global GHG emissions: 0.28%
7 more countries listed under the letter B
All countries can be easily found in our alphabetical directory here.
Lots
New initiatives to help decarbonize the world

CLOSING THE LOOPS
AND CIRCULAR FUTURE
Carbon To Stone
Greeshma Gadikota is the Founder and Lead Scientific Advisor for Carbon To Stone (CTS).
CTS aims to be the go-to partner for heavy industry leaders, helping them become more sustainable by turning CO2 and material waste streams into valuable resources.
For nearly a decade, the Gadikota Lab at Cornell University has led foundational research and formed advanced partnerships with industries across the built environment.

COUNTING CARBON
REPORTING SIMPLIFIED
Arbor
Alex Todorovic is the CEO and Co-founder of Arbor, a SaaS platform delivering insights into the carbon impacts of a company’s products, assets, and supply chains.
Designed to simplify carbon emissions measurement and reporting, Arbor blends proprietary climate data with information tailored to each client’s unique supply chain, providing clarity in emissions reporting and assisting in decarbonization strategies.

OUR BREAKTHROUGH
CITIES INTO CARBON SINKS
Ouros Materials
Teresa Liu is Co-founder & CEO of Ouros Materials, an early-stage company decarbon-izing the built environment by manufacturing low-cost, high-performance, carbon-negative building materials.
Their new composites are strong, stiff, tough, crack-resistant, creep-proof, and flame-retardant. Unlike biobased products, these materials do not rot, attract pests or mold, and withstand moisture and weather.
Listening & Reading Suggestions

Climate Voice:How Employees Advance Climate Action At Work

Forum For The Future:Reimagining The Way The World Works

World Resources Institute:Stories To Watch 2025

Zero:Green Growth Is Expensive: The Global Economy Can Afford It

Open Air Collective:Rocky Mountain Institute’s Applied Innovation Roadmap

A Matter Of Degrees:L.A. Wildfires: Rebuilding For A Hotter, Dryer Future
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decarbonize the world.
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