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Project Teaser on CircuLogic – AI-Powered Environmental Auditing with Nitya Hapani

Nitya Hapani presents CircuLogic, an AI-driven platform designed to help businesses identify inefficiencies and transition toward more sustainable, circular processes. By modeling operations through an intuitive, block-based interface, the system analyzes waste, recommends improvements, and aligns solutions with local regulations. This approach addresses common barriers such as complexity, cost concerns, and outdated audits. Nitya Hapani’s work offers a practical, scalable tool that may interest leaders exploring sustainability and operational efficiency. 

Watch the Project Teaser recording: https://youtu.be/NibL64k9zJE

2026_04 EnvXper whole team

The X-Factor, What Made the Environmental Xperience Unforgettable with Steve Bender, Anysa Santini, and Laurie Zuckerman

What turns an environmental event into a lasting catalyst for change? At the Environmental Xperience in Dallas, the answer lies in connection, collaboration, and community-driven action.

Introduction

In a world filled with conferences and climate conversations, only a few experiences truly stay with people—shaping how they think, act, and collaborate. The Environmental Xperience in Dallas, held April 19–22, is one of those rare gatherings.

Bringing together innovators, nonprofit leaders, students, and global experts, the event was designed as an immersive exploration of environmental solutions. At a recent Earth Talks session, three voices—Steve Bender, Anysa Santini (with JC Santini), and Laurie Zuckerman—reflected on what made this year’s experience so powerful.

Their stories revealed that the “X-factor” wasn’t a single feature or even the programming itself—it was the relationships formed along the way. What unfolded over three days wasn’t just a conference, but a living demonstration of what happens when people, purpose, and possibility come together to turn ideas into action.

Key Insights

Designed as a Platform for Action, Not Just Ideas

From the outset, the Environmental Xperience was built with a clear purpose: to move beyond conversation and into tangible outcomes.

The gathering served as “a convergence of vision, leadership, and collective momentum,” where dialogue evolved into direction and partnerships translated into real initiatives.

This aligns closely with what attendees experienced on the ground. Rather than isolated sessions, the event functioned as a coordinated ecosystem—bringing together policymakers, entrepreneurs, scientists, and community leaders to actively shape solutions.

“Real climate progress happens when ideas turn into action.” Steve Bender

Steve Bender emphasized this shift in approach. The goal was not just awareness, but implementation—creating a space where solutions could be explored, refined, and advanced across sectors.

The lesson is clear: meaningful environmental engagement scales when it invites participation, not just observation.

Immersive, Multi-Track Experiences Deepen Engagement

One of the defining features of the event was its immersive structure. Instead of a single-stage format, the Environmental Xperience offered multiple themed tracks—ranging from energy and oceans to food systems, investment, and resilience.

This design allowed participants to navigate topics based on their interests while still being exposed to interconnected issues. The event hosted over 150 speakers across three days and featured a wide range of sessions, panels, and workshops.

Steve Bender and his team created a “living ecosystem” of ideas, where attendees could move between stages, interact with technologies, and engage directly with experts.

The result was a more dynamic learning environment—one that encouraged curiosity, cross-pollination of ideas, and deeper understanding.

Global Participation Creates Real Momentum

The Environmental Xperience wasn’t just large—it was global.

Participants came from more than 100 countries, representing diverse sectors and perspectives. This diversity proved critical. Climate challenges are inherently complex, and solutions require collaboration across geographies, industries, and cultures.

Key Takeaways

  • Environmental Xperience prioritizes action over awareness through real-world collaboration
  • Immersive, multi-track design deepens engagement and learning
  • Global participation strengthens innovation and problem-solving
  • Accessibility expands inclusion and impact
  • Strong community connections drive lasting outcomes
Delegates form Ukraine describe the interconnections between peace and the environment.
Delegates form Ukraine describe the interconnections between peace and the environment.

Anysa Santini’s work with Re|Root Collaborative, for example, connects waste management, public health, and economic opportunity in Ghana. Her presence at the event highlighted how local challenges are deeply tied to global systems—such as textile waste flows from developed countries.

By bringing these perspectives together, the event created opportunities for shared learning and collective problem-solving.

Accessibility Expands Who Can Participate

A key—and often overlooked—factor in the event’s success was accessibility.

Organizers made a deliberate effort to lower barriers to participation, including offering thousands of complimentary tickets for students, nonprofit leaders, and emerging voices.

This decision reflects a broader understanding: meaningful climate action requires inclusive participation. Innovation doesn’t come only from established leaders—it often emerges from young professionals, grassroots organizations, and underrepresented communities.

The presence of students, early-stage nonprofits, and global volunteers added energy and diversity to the event—making it not just a gathering of experts, but a platform for the next generation of changemakers.

When Plans Shift, Community Becomes the X-Factor

Interestingly, not everything went exactly as planned—and that turned out to be part of the magic.

As Laurie Zuckerman shared, attendance patterns and logistics required the team to adapt in real time. But instead of limiting impact, this created space for deeper connection.

“The power of this experience was in the connections we built.” Laurie Zuckerman

Participants showed up for each other—attending sessions, supporting presentations, and building relationships across cultures and sectors. What might have been a large, transactional event became something more personal and collaborative.

“We built deeper, more meaningful connections,” Zuckerman reflected—highlighting that the true value wasn’t just in numbers, but in relationships.

This aligns with the report’s emphasis on the event as a “platform where connections translated into tangible initiatives with global reach.”

Storytelling Extends Impact Beyond the Event

The Environmental Xperience didn’t end when the event closed. Its impact continues through storytelling, partnerships, and follow-on collaborations.

The Earth Talks session itself is part of that extension—capturing lessons, sharing experiences, and inspiring others who couldn’t attend.

“Global challenges require solutions shaped by diverse voices.” Anysa Santini

From nonprofit showcases to youth innovation projects, the stories emerging from the event help translate large-scale ideas into relatable, actionable insights.

This ripple effect is essential. Events can spark momentum, but storytelling sustains it—turning moments into movements.

Practical Takeaways & Implications 

The Environmental Xperience offers valuable lessons for anyone designing programs, events, or initiatives in sustainability:

  1. Build for action, not just awareness
    Design experiences that connect people to real solutions and next steps.
  2. Create immersive environments
    Multiple tracks and interactive elements deepen engagement and understanding.
  3. Prioritize global and cross-sector collaboration
    Diverse perspectives lead to more effective and scalable solutions.
  4. Make participation accessible
    Lower barriers to include students, nonprofits, and emerging leaders.
  5. Embrace adaptability
    Unexpected challenges can create opportunities for deeper connection and innovation.
  6. Extend impact through storytelling
    Capture and share insights to inspire broader audiences and sustain momentum.

For organizations and leaders, the message is clear: the future of climate action lies in connection. When people, ideas, and opportunities come together in the right environment, meaningful change becomes not just possible—but inevitable.

About This Earth Talk

About This Earth Talk

Speakers:

  • Steve Bender – Director, US Green Chamber of Commerce; CEO, Sea 2 Sky Solutions; Global Head of Strategic Partnerships at EarthX
  • Anysa & JC Santini – Co-Founders, Re|Root Collaborative; leaders in global health and waste reduction
  • Laurie Zuckerman – Co-Founder, Earth Talks Foundation; environmental educator and global dialogue facilitator

Date Presented:
April 2026

Links:

Links:

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Ivan Frishberg Head Shot

Why Values-Based Banking Matters with Ivan Frishberg

Where your money sits matters more than most people realize. Banks quietly shape the economy—and the climate—through every loan they make.

Introduction 

Most people think of banks as neutral institutions—places to store money, pay bills, or get a loan. But behind the scenes, banks play a far more powerful role: they play a role in where money flows in the economy

In a recent Earth Talk, Ivan Frishberg, Chief Sustainability Officer at Amalgamated Bank, pulled back the curtain on how banking really works—and why aligning your finances with your values is one of the most overlooked tools for climate action. His message was clear: your bank is using your money. The question is—what for?

Key Insights

Banking Is Not Neutral—It Shapes the World

Banks are often seen as passive financial intermediaries. In reality, they are active decision-makers. When you deposit money, the bank doesn’t simply store it—it lends it out to businesses, developers, and projects.

As Frishberg explains, “where that money goes is really the primary impact.”

This means your savings could be funding industries that are important to you like alternative energy, affordable housing, and community businesses.

Where your money goes is your impact—even if you don’t see it. Ivan Frishberg

The system is simple: banks take deposits, lend money at higher rates, and profit from the difference. But the consequences of those lending decisions ripple across society and the environment.

Two Powerful Levers: Money and Voice

Frishberg describes two key ways banks influence the world:

  • Their balance sheet (where money is invested or loaned)
  • Their voice (their influence in policy and public discourse)

The first is direct and measurable: loans, investments, and financial products shape real-world outcomes. The second is more subtle but equally powerful. Financial institutions carry weight in political and regulatory conversations.

Frishberg recalls that after joining a bank, his influence in policy discussions increased dramatically—not because his expertise changed, but because his institutional affiliation did. “It matters what banks say,” he noted.

Together, these levers make banks one of the most influential—and underappreciated—actors in climate action.

Measuring the Invisible: The Rise of Carbon Accounting

One of the biggest challenges in aligning finance with climate goals is measurement. How do you calculate the climate impact of a loan or investment?

To solve this, Frishberg helped lead the development of the Partnership for Carbon Accounting Financials (PCAF), a global standard that allows financial institutions to measure the greenhouse gas emissions linked to their portfolios.

Key Takeaways

  • Banks shape the economy through lending—not just storing money
  • Your deposits fund real-world projects, including climate-impacting industries
  • Measuring financed emissions enables accountability in banking
  • Large banks prioritize scale; smaller banks can align with values
  • Choosing a bank is a powerful, often overlooked climate action
ivan

Today, institutions representing over $100 trillion in assets use this framework.

This shift is significant. It turns abstract financial activity into measurable climate impact—and creates accountability.

Banks can now:

  • Track emissions tied to their lending
  • Set reduction targets
  • Report progress publicly

It’s a critical step toward aligning the financial system with global climate goals.

Why Big Banks Struggle to Change

If values-based banking is so impactful, why don’t all banks adopt it?

The answer lies in how the system is structured.

Large banks are designed for scale and profitability. They spread risk across massive portfolios and tend to finance “everything” because diversification reduces risk and maximizes returns.

Frishberg describes this as a kind of “Swiss” neutrality: banks avoid making moral judgments about clients or industries.

Banks can be a force for good—or reinforce the status quo. Ivan Frishberg

But that neutrality comes at a cost. It makes it difficult for large institutions to say no to exposures that come with long-term or systemic risks.

In contrast, smaller or mission-driven banks often focus on specific sectors—like community development, clean energy, or social equity—and align lending with both financial and social impact.

Values-Based Banking: A Different Model

Values-based banks flip the traditional model. Instead of prioritizing growth and neutrality, they prioritize impact.

At Amalgamated Bank, nearly 40% of lending is focused on climate solutions, and over a quarter of loans support low-income or disadvantaged communities.

These institutions often:

  • Invest in renewable energy and sustainable infrastructure
  • Support affordable housing and community development
  • Operate with transparency about where money is used

They are also part of global networks like the Global Alliance for Banking on Values, which promotes “triple bottom line” banking—people, planet, and profit.

Importantly, values-based banking doesn’t reject profitability. Instead, it redefines success to include long-term social and environmental outcomes.

Practical Takeaways & Implications 

For individuals and organizations, the implications are both simple and powerful: your money is already shaping the world—you just may not see how.

Your bank is using your money. The question is: for what? Ivan Frishberg

When you deposit funds in a bank, that money becomes part of the bank’s lending pool. From an accounting perspective, it’s a liability—something the bank owes you—but in practice, it’s also a tool the bank uses to generate impact.

That means you have agency.

Here are practical steps to act on that insight:

  • Research your bank: Tools like Bank.green and B Corp certifications can help assess impact.
  • Ask questions: What industries does your bank finance? Do they disclose climate impact?
  • Consider switching: Community banks, credit unions, and values-based banks often align more closely with sustainability goals.
  • Align organizational funds: Nonprofits, businesses, and clubs can amplify impact by choosing aligned financial partners.
  • Use your voice: Encourage institutions you belong to—schools, employers, associations—to evaluate their banking choices.

As Frishberg emphasizes, financial decisions are part of change-making. Aligning your money with your values isn’t just symbolic—it’s structural.

About This Earth Talk

Speaker: Ivan Frishberg
 Chief Sustainability Officer at Amalgamated Bank, Ivan leads ESG strategy, corporate responsibility, and climate-focused financial initiatives. He also chairs the Partnership for Carbon Accounting Financials.

Date Presented: March 2026

🎥 Watch on YouTube
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 🌱 Learn more / Project links: Bank.green, Global Alliance for Banking on Values,  B Corp, Partnership for Carbon Accounting Financials. 

Article Headers 2x1

From Waste to Watts with Mariana Rojas

Can we turn farm waste into clean energy for rural communities? Listen to how Mariana Rojas, a Costa Rican engineering student, is transforming organic waste into practical climate solutions.

Introduction

In rural communities around the world, two challenges often coexist: limited access to reliable energy and an abundance of organic waste. What if one could solve the other?

That’s the question driving Mariana Rojas, a materials engineering student in Costa Rica, whose work focuses on converting agricultural waste into clean energy through biogas and green hydrogen. Her approach is simple, practical, and deeply rooted in local realities—offering a model that could scale far beyond her country.

Key Insights

Waste Is an Untapped Energy Resource

Rojas begins with a striking insight: waste is not just a problem—it’s a missed opportunity.

On a typical farm, animal manure is produced daily in large quantities. Left unmanaged, it releases methane, a greenhouse gas far more potent than carbon dioxide. Yet that same waste holds significant energy potential.

“Waste isn’t just a problem—it’s a powerful, untapped energy resource.” Mariana Rojas

“A single cow can generate enough waste to help cover a household’s daily energy needs,” Rojas explained during her Earth Talks presentation.

This creates a paradox: rural farms often struggle with energy access while simultaneously producing the raw materials needed to generate it.

From Manure to Biogas: A Circular System

At the heart of Rojas’s solution is a biodigester—a sealed system where microorganisms break down organic waste in the absence of oxygen, a process known as anaerobic digestion.

The result is biogas, primarily composed of methane, which can be used as fuel. At the same time, a nutrient-rich byproduct called digestate can be used as organic fertilizer.

This creates a circular system:

  • Waste becomes energy
  • Byproducts support agriculture
  • Environmental pollution is reduced

Unlike solar or wind energy, this system is not weather-dependent. As long as farms produce waste, they produce energy.

Going Further: Producing Green Hydrogen

Rather than stopping at biogas, Rojas pushes the concept further.

After purification, methane from biogas can be converted into hydrogen through a process known as reforming. When the source is organic waste, the result is considered green hydrogen—a cleaner alternative to fossil fuel-derived hydrogen.

Key Takeaways

  • Organic waste can be transformed into reliable, renewable energy for rural communities
  • Biodigesters convert manure into biogas while reducing harmful methane emissions
  • Green hydrogen adds value by expanding energy uses beyond direct fuel
  • Small-scale systems empower farms with local, decentralized energy independence
  • Collaboration is essential to scale solutions across regions and countries
c73fdd18-2c80-4949-a975-4a8bc8212526 - Mariana Rojas

This step increases the versatility of the system. Hydrogen can be used for:

  • Electricity generation
  • Industrial applications
  • Future clean fuel systems

By adding this layer, the project transforms a basic waste solution into a forward-looking energy platform.

Designed for Small Farms, Not Mega-Industry

A key strength of Rojas’s approach is its scale.

Rather than targeting massive industrial farms, the system is designed for small and medium-sized operations—common in countries like Costa Rica. In pilot projects, even a handful of animals can produce enough waste to power parts of a home or farm operation.

This decentralized model offers several advantages:

  • Lower infrastructure costs
  • Reduced transmission losses
  • Greater energy independence
  • Increased resilience in remote areas

As Rojas noted, “This is about using local resources to solve local challenges.”

Real Benefits—and Real Limitations

The system is not without challenges.

Initial investment costs can be significant, especially for biodigesters and hydrogen conversion systems. Proper training is also essential to manage gas handling and system efficiency.

“We are wasting energy while creating pollution. This project changes that.” Mariana Rojas

There are also broader considerations:

  • Larger-scale systems can face environmental and operational challenges
  • Methane leakage must be carefully managed
  • Waste treatment alone does not solve all impacts of livestock production

Still, these challenges are manageable with good design, education, and policy support. And at smaller scales, many risks are reduced.

Practical Takeaways & Implications

Rojas’s work offers a compelling blueprint for sustainable development—particularly in rural and underserved regions.

What makes this model powerful is its integration:

  • It reduces greenhouse gas emissions by capturing methane
  • It provides decentralized, reliable energy
  • It lowers costs for farmers
  • It creates additional value through fertilizer production

For communities without grid access, this can be transformative. In Costa Rica alone, thousands of households still lack reliable electricity despite the country’s strong renewable energy profile.

“Local resources can solve local challenges—and transform entire communities.” Mariana Rojas

Scaling this solution will require collaboration:

  • Universities for research and innovation
  • Governments for policy and funding support
  • NGOs and networks (like Rotary) for community implementation

The model is also adaptable beyond Costa Rica—to agricultural regions across Latin America, Africa, and Asia.

Ultimately, this is not just about energy. It’s about empowerment—giving communities the tools to turn everyday waste into opportunity.

About This Earth Talk

Speaker: Mariana Rojas
Materials Engineering student at the Technological Institute of Costa Rica, focused on biomaterials, clean energy, and rural innovation. She also mentors young women in STEM.

Date Presented: 19 March 2026

🎥 Watch on YouTube
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 📖 Read the Blog
 🌱 Learn more / Project links: [Link]

IMG_0234 - Al Sykes

35 Years of Preserve Planet Earth with Al Skykes

Long before environmental action became a global Rotary priority, one club in Pennsylvania began with a simple recycling game. Thirty-five years later, their efforts have transformed parks, waterways, and city streets—one project at a time.

Introduction

In the late 1980s, recycling was still a new idea for many American communities. When Pennsylvania introduced a recycling mandate in 1988, residents were unsure what belonged in a recycling bin and what didn’t. Instead of waiting for answers, the Rotary Club of York stepped in.

What began as a small “Recycling Committee” soon grew into something much larger. Over the next three and a half decades, the club launched projects ranging from storm-drain protection and illegal dump cleanups to large-scale urban tree planting and lake restoration. The initiative eventually adopted the name Preserve Planet Earth, aligning with a broader environmental push across Rotary.

For longtime Rotarian Al Sykes, who has been part of the club for more than 40 years, the experience shows what sustained local action can accomplish. “When I sat down to put it on paper,” he recalled, “it was like—wow, we did a bunch of stuff.”

Today, the story of Preserve Planet Earth in York offers a powerful lesson: meaningful environmental change often begins with small, community-driven steps.

From Recycling Game to Community Movement Tumpa Mostafa

The club’s environmental work started with education.

When recycling laws took effect in Pennsylvania, many residents didn’t understand what could be recycled. Rotary volunteers created a hands-on activity called the “recycling game.” At community events and schools, children sorted items into two barrels—recyclable and non-recyclable—while learning the basics of waste management.

The effort quickly built awareness across York.

Soon after, Rotary International introduced the Preserve Planet Earth initiative in 1990. The York club adopted the name and expanded its ambitions. What started as recycling education became a long-term environmental program involving dozens of volunteers and multiple partners.

The early lesson was simple: education can spark lasting action.

Key Takeaways

  • York Rotary’s environmental work began with a simple recycling education program in 1988.
  • Volunteers installed pollution warnings on nearly 800 storm drains across the city.
  • The club has planted almost 1,000 trees to rebuild York’s urban tree canopy.
  • Community partnerships helped restore a damaged lake and revitalize public spaces.
  • Long-term environmental impact grows from consistent local action.
PPE

Protecting Waterways, One Storm Drain at a Time

One of the committee’s most visible early projects focused on protecting local waterways.

York sits just 10 miles from the Susquehanna River, and streams flowing through the city eventually drain into the Chesapeake Bay watershed. To help prevent pollution, Rotarians installed “No Dumping — Drains to River” markers on every storm drain in the city—nearly 800 in total.

The message reminded residents that anything entering those drains ultimately reaches the river.

The group also tackled illegal dump sites within city limits, organizing cleanups that restored neglected spaces. Some areas required repeated efforts, but over time the cleanups helped change behavior and prevent further dumping.

Small reminders—like a simple message on a storm drain—can make a big difference in public awareness.

Rebuilding the Urban Tree Canopy Tumpa Mostafa

Tree planting has become the centerpiece of the club’s environmental work.

York’s urban tree canopy had declined over time as aging trees died and were not replaced. The Rotary committee launched a project called “Restoring the Canopy in York City.”

The goal was straightforward: replant missing trees wherever possible.

Volunteers replaced dead trees, ground out stumps in empty sidewalk wells, and planted new trees throughout downtown neighborhoods. To date, the project has planted nearly 1,000 trees across the city.

Sykes believes tree planting is one of the most accessible environmental actions communities can take.

“I don’t think there are many things we as individuals—or as one club—can do that have a greater environmental impact than planting trees,” he said.

Beyond cooling streets and improving air quality, the trees also help restore neighborhood pride and create greener public spaces.

 

Restoring a Lake and Reviving a Community Space Tumpa Mostafa

Not all projects were small.

One of the committee’s largest efforts focused on Kiwanis Lake, a 100-acre lake in central York. Over time, the lake had deteriorated due to sediment buildup, water flow problems, and large populations of geese.

The situation worsened when a damaged dam caused flooding upstream during heavy rains.

Rotary volunteers partnered with engineers and community organizations to restore the site. The project included repairing the dam, dredging sediment from the lake bottom, and installing multiple aeration fountains to improve water quality.

The result transformed the lake back into a community destination. Families now fish there, and the surrounding park has become a place for recreation and environmental education.

It’s an example of how service clubs can step in when public resources are limited.

 

Innovating with Plastic and Battery Recycling

The committee has also explored emerging environmental solutions.

One initiative helped introduce a program that recycles all types of plastic, including bags and foam, which are often difficult to process. The plastics are melted down and converted into a durable additive used in concrete production.

The innovation replaces river sand—a resource increasingly in short supply—and keeps plastics out of landfills.

The club is also exploring lithium-ion battery recycling, working with partners and local waste authorities to establish safer collection systems.

Recent fires linked to improperly stored batteries have highlighted the importance of responsible recycling infrastructure. By coordinating with waste management agencies, the Rotary club hopes to help create safer disposal pathways.

 

About This Earth Talk

Speaker: Al Sykes
Al Sykes is a 40-year Rotarian and Past President of the Rotary Club of York, Pennsylvania. He chaired the club’s Preserve Planet Earth Committee for a decade and spent 30 years as an Area Manager at Packaging Corporation of America. He holds an MBA from York College and is an alumnus of Franklin & Marshall College.

Date Presented: March 5, 2026

 

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IMG_1276 - Tumpa Mostafa (1)

AI and the Ethics of the Earth with Tumpa Mostafa

As artificial intelligence reshapes climate decision-making, the values embedded in its code may determine the future of our planet.

From wildfire prediction to flood mapping, AI is becoming a powerful climate tool. But if it is programmed only to protect profits and human convenience, it may deepen the ecological crisis it aims to solve.

Introduction

In 2026, the phrase “climate change” can feel almost too small. In Canada, temperatures are rising at roughly twice the global average. Wildfires are no longer isolated events—they’re a season. Water insecurity affects the prairies and northern communities. Flood risks are increasing. These crises are interconnected, touching health, biodiversity, culture, and economic stability.

In response, governments and industries are turning to artificial intelligence (AI)—the most powerful analytical tool humanity has ever built. But writer and environmental advocate Tumpa Mostafa argues, before we hand over the keys to our planet, we must ask: What values are driving these systems?

AI doesn’t have values. It reflects the values we embed in it. Tumpa Mostafa

Her answer is both philosophical and practical: the future of AI must be ecocentric—grounded in the ethics of the Earth itself.

AI in a Warming Canada

Canada has emerged as a global AI leader, with research hubs in Montreal, Toronto, and Edmonton. AI systems are already:

  • Predicting wildfire ignition zones
  • Mapping flood risks
  • Tracking habitat loss
  • Optimizing power grids
  • Forecasting crop yields

These tools enable faster emergency responses and smarter planning. In many cases, they save lives.

Yet there is a paradox.

“We’re using a high-carbon tool to solve a carbon problem,” Mostafa explains. Training large AI models can consume enormous amounts of electricity and water. Data centers require constant cooling. The environmental footprint is real—and often hidden.

Key Takeaways

  • AI increasingly guides climate decisions, from wildfires to water monitoring.
  • Most AI systems prioritize human profit over ecological health.
  • Ecocentric ethics value ecosystems for their intrinsic worth.
  • AI reflects the values humans program into it.
  • A mindset shift can align technology with planetary boundaries.
Hand touching Digital Earth

Meanwhile, Canada’s proposed Artificial Intelligence and Data Act focuses primarily on economic growth and human safety. Those are important priorities, Mostafa acknowledges. But something is missing.

“The Earth is not a stakeholder in our AI policy,” she says. “That’s the glaring hole.”

The Anthropocentric Trap

Most AI systems today are built on an anthropocentric worldview—one that places human needs at the center.

Anthropocentrism sees nature primarily as a resource to manage for human benefit. In AI systems, this often translates into optimization for:

  • Efficiency
  • Profit
  • Cost reduction
  • Human comfort

If an AI is asked to maximize timber production, it may recommend clearing forests with ruthless efficiency. It will not automatically account for fungal networks in the soil or the migration of caribou—because those ecological relationships don’t show up on a financial balance sheet.

“We have taught this machine to see the world exactly as we have seen it in the past,” Mostafa says. “As something to be used.”

The danger? We risk reinforcing the same patterns that helped create the climate crisis in the first place.

The Ecocentric Flip

Ecocentrism offers a different lens.

Unlike anthropocentrism, ecocentrism recognizes that ecosystems—soil, water, forests, species, atmosphere—have intrinsic value. That means they matter not only because they serve human needs, but because they exist as part of a living whole.

We’re using a high-carbon tool to solve a carbon problem. Tumpa Mostafa

“A river is valuable not because it gives us electricity,” Mostafa says, “but because it is a river.”

Under an ecocentric framework, the question shifts from What’s good for people? to What’s good for the whole system?

Applied to AI, this shift could be transformative.

AI systems do not possess values. They reflect the values we embed in them. If we program them to prioritize ecological integrity—biodiversity, soil health, carbon sequestration—they will optimize accordingly.

“We are responsible for what values we embed in our AI systems,” Mostafa emphasizes.

What Would Ecocentric AI Look Like?

Imagine an AI system that measures success not just in dollars saved, but in biodiversity restored.

An AI that alerts a corporation not only when profits decline—but when the health of a local watershed drops by 1%.

An algorithm that must pass an ecological audit before being deployed by the government.

Mostafa proposes practical steps:

  1. Mandate ecological metrics.
     AI systems should report ecological return on investment, not just financial return.
  2. Require transparency.
     Companies should disclose the energy and water footprints of AI operations.
  3. Embrace “slow AI.”
     Rather than racing for market dominance, prioritize deliberate, ethical, sustainable development.

“Ecocentric AI is not about rejecting technology,” Mostafa says. “It’s about a mindset shift.”

Indigenous Knowledge as Guardrails

Ecocentrism is not new. Many Indigenous worldviews have long recognized humans as part of—not separate from—the Earth.

In Canada and globally, Indigenous communities have practiced forms of ecological stewardship for millennia. Traditional ecological knowledge emphasizes interdependence, reciprocity, and long-term balance.

The Earth must become a stakeholder in our AI systems. Tumpa Mostafa

Mostafa argues that this knowledge should serve as a guardrail for AI development.

“It’s long overdue for Indigenous communities to be meaningfully involved in climate planning,” she says. “It would only benefit the whole ecosystem.”

Bringing Indigenous perspectives into AI governance is not symbolic—it’s practical. These knowledge systems offer tested frameworks for living within ecological limits.

Two Possible Futures

Mostafa describes two diverging paths.

Path One: Anthropocentric AI

We use AI to squeeze more efficiency from an already stressed planet. Disaster prediction improves, but disasters intensify because root causes remain unaddressed.

Path Two: Ecocentric AI

We treat the Earth as the ultimate stakeholder. AI becomes a digital witness and partner in regeneration. It helps us live within planetary boundaries instead of engineering our way around them.

The choice is not technological—it is ethical.

And it is urgent.

Practical Takeaways & Implications

For Rotarians, nonprofit leaders, and professionals worldwide, the implications are tangible.

  • Ask value-based questions. When adopting AI tools, inquire about environmental footprint and design principles.
  • Support transparency initiatives. Advocate for disclosure of energy and water use.
  • Vote and lead thoughtfully. Encourage policymakers to integrate ecological metrics into AI regulation.
  • Choose aligned platforms. Seek technology providers committed to renewable energy and sustainability.
  • Keep humans in the loop. AI is powerful—but not infallible. Critical thinking remains essential.

Mostafa does not call for abandoning AI. She acknowledges it is already woven into daily life—from search engines to logistics systems.

Instead, she calls for collective responsibility.

“As Rotarians, we understand that service isn’t just a slogan,” she says. “It’s a commitment to the future.”

AI may be the most powerful tool humanity has created. The question is whether we will code it only for ourselves—or for the Earth.

About This Earth Talk

Speaker: Tumpa Mostafa
 Writer and environmental advocate with a master’s degree in philosophy. She works at the International Institute for Sustainable Development and is active with ESRAG.

Date Presented: February 26, 2026

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Habitat for Humanity National Solar Program with Jeff Heie

As electricity prices rise and housing costs strain family budgets, a new national effort aims to ensure affordable housing is also affordable to operate. The Habitat for Humanity National Solar Program, led by Jeff Heie of GiveSolar, plans to bring solar power to 10,000 Habitat homes across the U.S. and Puerto Rico in the next five years—cutting bills, building resilience, and expanding clean energy access.

For decades, Habitat for Humanity has helped families achieve the dream of homeownership. But in today’s economy, owning a home is only part of the equation. The real challenge is affording to live in it.

“Housing affordability isn’t just about the mortgage,” Jeff Heie told Earth Talks. “It’s about what it costs to operate the home over time.”

That insight is driving a bold new collaboration: pairing affordable housing with rooftop solar to reduce energy burdens for working families. What began as a small pilot in Virginia has grown into a national initiative with a $40 million fundraising goal—and a vision to transform how affordable housing is built in America.

Energy Burden Is a Hidden Housing Crisis

Many low-income households spend between 10% and 20% of their income on energy bills—an “energy burden” that experts consider unsustainable. Habitat families typically earn 80% or less of their area’s median income, and many fall closer to 60%.

Meanwhile, electricity prices have climbed sharply. Since 2020, U.S. residential electricity rates have risen by roughly 35%. For families already stretched by rising food, insurance, and housing costs, every dollar matters.

Housing affordability includes what it costs to operate the home. Jeff Heie

Solar offers a practical solution.

In Virginia, GiveSolar’s pilot projects installed systems averaging 12 panels per home (about 4.8 kilowatts of capacity). After a year of monitoring, the results were encouraging:

  • Solar systems offset about 65% of annual electricity use.
  • Families saved an average of $73 per month.
  • Savings are projected to continue for 25–30 years.

The program’s national benchmark is ambitious: reduce homeowners’ electricity bills by at least 50%.

“If we can cut electricity bills in half, that changes lives.” — Jeff Heie

Practical Takeaways & Implications

  • Affordable housing must include operating costs. A lower mortgage may not help if utility bills are overwhelming.
  • Solar is financially viable today. The economics of solar clearly justify the up-front investment even for low-income households. Even modest systems can offset 50–65% of electricity use.
  • Local partnerships unlock scale. Habitat’s national network allows rapid replication once funding and proof points are established.
  • Flexible models expand access. Rooftop, ground-mounted, community, and plug-in solar options make adoption possible across varied regulatory environments.
  • New donor audiences are emerging. Environmentally focused funders are supporting affordable housing through a climate lens.

For communities, Rotary clubs, nonprofits, and civic leaders, the message is clear: solar isn’t a luxury add-on. It’s a practical tool for economic justice and climate resilience.

Jeff Heie headshot - Jeff Heie

From Local Pilot to National Movement

The effort began in Harrisonburg, Virginia, where Heie launched GiveSolar in 2018 to help nonprofits access solar energy. Many nonprofits can’t directly benefit from federal tax credits, limiting their ability to install solar systems.

Partnering with a local Habitat affiliate in 2020, Heie raised $10,000 for the first solar installation. Encouraged by community response, the team set a $100,000 goal—and surpassed it within months.

A pivotal moment came when the American Institute of Architects contacted GiveSolar while planning a major headquarters renovation in Washington DC. Seeking to offset the “embodied carbon” (the emissions created by producing building materials), the organization donated $500,000 to install solar on Habitat homes in Virginia.

That investment funded 78 solar installations which were completed by December of 2025.

Momentum continued. In September 2025, GiveSolar formally launched the national expansion, aiming to serve 10,000 Habitat families in five years.

If we can cut electricity bills in half, that changes lives. Jeff Heie

The program now works through Habitat’s statewide support organizations to aggregate projects and negotiate better pricing. By batching installations—10 to 20 homes at a time—costs can be reduced through economies of scale.

So far, $3.8 million has been raised to support early-stage programs in multiple states, including Kansas, Minnesota, Alabama, Wisconsin, and Puerto Rico.

Multiple Pathways to Solar Access

Not every home can accommodate rooftop panels. That’s why the national program uses a flexible toolkit:

Rooftop Solar:
The primary focus—ideal for new builds and unshaded roofs.

Ground-Mounted Solar:
Used when rooftops aren’t suitable, though lot size can limit options.

Plug-In (Balcony) Solar:
An emerging, lower-cost system that plugs directly into a household outlet—no complex permitting or interconnection required in some states.

Community Solar:
Families subscribe to a shared solar farm and receive bill credits, useful where rooftop installation isn’t viable or utility rules are restrictive.

In states with unstable grids, such as Puerto Rico, battery storage may also be considered to improve resilience. However, where net metering (a billing system that credits solar customers at the retail rate for excess energy sent to the grid) is available, batteries aren’t always necessary.

The guiding principle is simple: reduce bills in the most practical way available in each region.

Convincing a Decentralized Network

Habitat operates through more than 1,000 local affiliates in the U.S., each with its own leadership and board. Adding solar can feel like one more complexity in an already challenging housing landscape.

Construction costs, land prices, and labor shortages already strain affiliates. Adding a $15,000 solar system requires additional fundraising and coordination.

Heie understands the hesitation.

“Habitat has so many barriers to overcome when it comes to building affordable housing,” he acknowledged. “Adding solar can feel like one more box to check.”

The solution? Reduce the burden on affiliates by providing project management support through the national solar program.

Empowering working families with solar savings. Jeff Heie

The national program provides technical assistance, solar screening, fundraising support, and data tracking. Early adopters serve as demonstration sites and proof of concept, with performance data shared statewide to cultivate interest and build confidence.

Importantly, solar funding is largely sourced from environmentally focused donors—new supporters who may not have previously contributed to Habitat. That alignment reduces competition with core home-building fundraising.

A Broader Vision of Equity and Climate Action

At its heart, the National Solar Program is about empowerment.

Solar panels not only reduce monthly bills; they protect families from future rate hikes. Over two decades, electricity prices have risen an average of 3% annually—sometimes much more.

For families without generational wealth, predictability matters. A lower, stable energy bill provides breathing room for groceries, healthcare, education, and savings.

The initiative has also drawn endorsement from national organizations including the American Institute of Architects and the Solar Energy Industries Association. Supporters see the model as a blueprint for integrating climate solutions into mainstream housing policy.

Heie sums up the mission in one line:

“Empowering working families with solar savings.”

If successful, the program could redefine what affordable housing means—not just lower upfront costs, but long-term financial resilience.

And for thousands of families, that means a roof overhead powered by the sun.

About This Earth Talk

Speaker: Jeff Heie, Founder and Director of GiveSolar. Jeff leads a mission-driven nonprofit expanding solar access for low-income households through partnerships with Habitat for Humanity.

Date Presented: February 12, 2026

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🌱 Learn more: GiveSolar | Habitat for Humanity National Solar Program