This summer Climate Generation offered a series of workshops through our TeachScience program which aims to connect the new Minnesota science standards, renewable energy, and STEM opportunities through teacher training and support across the state to prepare students for the challenges and careers of the future. We met passionate teachers around the state that are working to embed climate change education into their classrooms and offered a participatory workshop experience that fostered connections between educators and their broader community. Read on to learn more about the importance of these types of professional development opportunities, what we learned, and where we’re going.
Schools and Living Laboratories

The schools as living laboratories framework sees the surrounding infrastructure, environment, and community as places where learning can and should happen to prepare students to lead thriving communities. This methodology brings together teachers, students, families, research institutions, local policy makers, professionals, and other non-formal education institutions to transform schools into agents of community and address local issues that matter to them.
Schools as living laboratories look different depending on local issues and community interest, which is one of this framework’s greatest strengths! This poster explores some of the ways Climate Generation is using the framework to guide interdisciplinary climate change education that fosters collective action towards climate justice.
Education and schools ARE climate solutions
Schools around the nation are responding to climate change by understanding their role as a solution by investing in clean energy systems, school gardens and farms, alternative transportation plans, and weaving climate change education into their lessons. Many of these actions are student-driven. By embedding climate solutions into curriculum, educators can build the technical and adaptive skills students need to work intergenerationally as leaders in their schools and communities.
The Energy Landscape and Climate Change
What would you do without electricity for a day? A week? A month? What circumstances would make that harder or easier to get by?
Extreme weather events and irregular weather patterns exacerbated by climate change make this vulnerable electricity grid a threat to people’s lives and everyday routines. People around the country are experiencing disproportionate hardship due to our inefficient electricity systems, which create high costs for basic energy needs. Living in drafty houses with old heaters, poorly maintained apartments, and poorly insulated mobile homes not only costs more to keep warm, but puts families at health risks from cold drafts, mold, and noxious fumes or fire hazards from alternative heating sources.

Production of electricity must move away from fossil fuels and our current electricity system must be reimagined to be resilient, to meet modern demands and to keep costs low.
Top Climate Impacts on Energy per the Environmental Protection Agency
- Disruptions to Energy Supply
- Interruptions to Electricity Transmission
- Strain on the Energy System
- Increased Air Pollution and Climate Change
The Power of Green Professionals and Green Careers
Green Careers are careers that produce goods or provide services that benefit the environment, protect people, conserve natural resources, provide equitable and meaningful employment, or make the production process more environmentally friendly.
According to the Brookings Institute, training the next generation of green workers hinges on more intentional, proactive local leadership around a core set of challenges:
- The need to emphasize green skills more than green jobs.
- The need to recognize the greening nature of existing work
- The need to boost equity and reach more and different types of workers.
A just transition to a clean energy economy is a chance to close Minnesota’s education and workforce gap, bringing green jobs to all communities who have been hurt and impacted by fossil fuels and climate change so they can shape our future with climate justice.



Bring it to the Teachers!

Climate Generation’s TeachScience program offered 3 regional two-day workshops around Minnesota that brought science, engineering, and education together to provide a foundation for learning the new Minnesota middle school science energy and climate change standards and supported learners in building green career awareness and skills.
Teachers engaged in:
- Weaving together science and social justice standards
- Behind the scenes tours of a school buildings major energy systems
- Discussing regional sustainability issues & green career skills with green professionals
- School assessments and energy audits
- STEM focused renewable energy lessons
- Student led energy action projects to further transform their school into a climate solution
These workshops were made successful by connecting educators with local partners, including:
- KidWind
- Minnesota State Energy Center of Excellence
- School Facilities Teams
- Clean Energy Resource Teams
- Local Green Professionals


Through these workshops, we saw a rise in confidence in teachers’ ability to teach various topics related to climate change and green careers (Figure 1). Many educators reported leaving the workshops feeling “inspired” and “hopeful” (Figure 2). The participatory nature of these workshops built relationships with fellow teachers and community partners, helping us bring the schools as living laboratories framework to life.
“This was a very memorable experience. The hands on activities were great and I really enjoyed the connections I made with everyone that attended, including those that led the workshop. I learned new and relevant information I can share with my students, colleagues and school district. I felt empowered to do my part to help our environment and encourage others to do the same.” -TeachScience Workshop Participant
We are excited to continue this work and offer a year of support to educators seeking to deepen their practice of climate change and climate justice education through virtual webinars, connections to local green professionals, and opportunities to build a community of practice.
Climate Generation’s Teaching Resources

Experience Energy: 3-8 Curriculum
Experience Energy uses an interdisciplinary approach that helps students see that social, economic, and environmental systems are connected through a thread of energy, and that climate and energy issues are intertwined.
What’s in the curriculum?
- Self and group reflection on values
- Food and carbon cycles games in relation to energy
- Community energy use interviews exploring how energy use has changed over time and for different groups of people
- Why do fuels matter? Environmental justice mapping exploration
- School energy audits and tours with facilities teams
- Renewable energy “choose your own adventure” experimentation
- Assessing the school community for current climate change solutions opportunities
- Action planning for student led climate change solutions at their schools

Green Careers for a Changing Climate & Green Professionals in the Classroom Toolkit
As more schools and cities add renewable energy as an electricity source, there is an opportunity and need to integrate renewable energy and green jobs skills into our classrooms. It is imperative that we build a clear, well-marked path from education to careers to create possibilities for students to work in the renewable energy fields and create solutions that solve our energy problems.
Climate Generation has collaboratively developed 3 resources to help teachers bring green careers into their classrooms:
- Green Careers for a Changing Climate Documentary & Discussion Guide: a twenty-minute documentary that introduces students to Green STEM Careers as a solution to climate change. Students will discover these careers through interviews with eight green STEM professionals, learning the skills needed and possible pathways to a Green STEM Career.
- Green Careers Careers for a Changing Climate: a 6-8th grade interdisciplinary curriculum featuring hands-on activities to identify and practice various green career skills
- Green Professionals in the Classroom Toolkit: a resource to 1) prepare Green Career Professionals to teach about their career and its role in creating climate change solutions as inspiration for future generations and 2) increase educator and student awareness of Green Careers as solutions to climate change and the pathways and requirements for entering Green Careers
Seeing and using schools as living laboratories—places that bring science, engineering, and education together using their own environment and infrastructure—is an opportunity to encourage students to be scientists and social leaders working on climate solutions in their own community. Through training educators, fostering collaboration and connection, and addressing the systemic challenges educators face in offering quality climate change education we can equip the next generation with the tools, skills, and mindsets needed to thrive in resilient communities.
Are you a Minnesota educator interested in participating in the TeachScience Year of Support? Are you a Minnesota green professional, government official, or community member interested in connecting with educators? Contact danielle@climategen.org.
Join Climate Generation’s Teach Climate Network to follow our work, and to get connected to a community of educators and climate change education leaders.
Explore and download the resources mentioned here and many more free toolkits, curricula, and activities on Climate Generations Resource Library.
Funding for TeachScience is provided by the Minnesota Environment and Natural Resources Trust Fund as recommended by the Legislative-Citizen Commission on Minnesota Resources (LCCMR).

The post Training Educators Supports Climate Change Resilient Communities appeared first on Climate Generation.
Training Educators Supports Climate Change Resilient Communities
Climate Change
California’s Climate Leaders Talk Clean Energy Growing Pains and the War on Iran
Virtual power plants see a renewed push in the legislature to weather the state’s “mid-transition.”
SACRAMENTO—Not long into Ellie Cohen’s opening remarks at the California Climate Policy Summit this week, the crowd erupted in boos—at her request.
California’s Climate Leaders Talk Clean Energy Growing Pains and the War on Iran
Climate Change
Dam Useless: Barriers Prevent a Migratory Fish from Reproducing
The Bronx River is home to obsolete dams. Plans to remove them could boost efforts to restore dwindling river herring populations.
The Bronx River was once a curvy waterway that ran through vast forests and flowed into networks of tidal marshland. For centuries, river herring have swum up the waterway from the East River and the Long Island Sound to lay their eggs.
Dam Useless: Barriers Prevent a Migratory Fish from Reproducing
Climate Change
Fossil Free Zones can be on-ramps to the clean energy transition
Cecilia Requena is a Bolivian senator with Parliamentarians for a Fossil Free Future and Juan Pablo Osornio is engagement and policy director at Earth Insight.
In late April, delegations from dozens of governments will gather in Colombia for the First Conference on Transitioning Away from Fossil Fuels. Together with the roadmaps announced at November’s UN climate summit in Brazil, which will call on countries to transition away from fossil fuels and halt deforestation by 2030, political will is building to save our most critical natural resources.
Now we need the practical application of where and how this will work – specific places where the line is drawn against new fossil fuel extraction. That is what Fossil Free Zones offer.
What is a Fossil Free Zone?
A Fossil Free Zone is a defined area demarcated by its ecological, biodiversity, or cultural significance, where exploration, extraction, and development of fossil fuels are permanently prohibited. Think tropical rainforests, key biodiversity areas, Indigenous Peoples’ territories, and critical marine ecosystems. They translate the abstract global commitment to transitioning away from fossil fuels into something tangible: a map, a boundary, a legal safeguard.
The stakes for getting this right are enormous. Research shows that oil and gas blocks already overlap with approximately 179 million hectares of tropical moist forests – roughly 21% of the Amazon, Congo Basin, and Southeast Asian forest cover.


Globally, almost 27% of global conventional oil resources overlap with top-priority socio-environmental areas. In 2024 alone, 85% of new oil discoveries were made offshore, frequently overlapping with marine biodiversity hotspots.
Colombia: A model for the world
No country illustrates the possibilities better than Colombia – fittingly, the nation hosting this conference (along with the Netherlands). Last September, Colombia announced a landmark ban on fossil fuel and mining extraction across its entire Amazon region – the world’s first region-wide Fossil Free Zone of its kind.
Colombia’s decision followed in the wake of our new research, which found that developing untapped reserves beneath the country’s forest would generate billions of dollars in stranded assets while doing almost nothing for national energy security. It would, however, threaten 20% of the intact Amazon forest and the territories of nearly 70% of the Indigenous and local communities whose lands overlap with fossil fuel concessions. In most of the Colombian Amazon, the cost of extraction is higher than the cost of conservation.
How a global roadmap can meet the promise to halt deforestation
Other countries are also taking steps in this direction. Mexico has 100 million hectares of similar Safeguard Zones, Guatemala ended oil extraction in the Mayan Biosphere Reserve, and parliamentarians across the Amazon basin have introduced legislation to extend the ban region-wide.
The economic case for leaving fossil fuels in the ground
The fossil fuel endgame – a period of declining global demand as renewable energy scales – means that unconventional and frontier reserves in remote forests are increasingly uncompetitive. They require massive public investment in infrastructure, including roads that themselves become vectors for illegal logging, small-scale mining, and agricultural encroachment. Stranded asset risk is real and growing.
In 2025, wind and solar growth outpaced all new electricity demand, and more than a quarter of all vehicles sold were electric.
For forested nations, there is also an emerging economic logic for protection: intact forests generate jobs and revenue from protected area management, watershed services, and sustainable tourism, while supporting the small-scale agriculture that most rural economies depend on. They also underpin water security for agriculture and energy generation and act as carbon sinks. Over 33 million people are employed directly in the forest sector, and there are more than 1.6 billion small forest farm producers.


Fossil fuel investment amid volatile energy markets
Developing countries with fossil fuel reserves face genuine pressures to develop them – credit ratings, currency stability, social services, and energy security are tied to an ever-growing fossil frontier, particularly in the midst of volatile energy markets.
The conflict in Iran has amplified that volatility, spiking oil prices and giving fossil fuel-dependent governments renewed short-term pressure to expand domestic production – making the case for internationally-backed Fossil Free Zones, paired with real financial support, all the more urgent.
Innovative financial mechanisms like the Tropical Forest Forever Facility – a fund proposed at COP30 that would provide long-term, results-based payments to tropical forest nations to keep forests standing – can shift the economic scales enough to make Fossil Free Zones in high-integrity forests politically viable.
Colombia pledges to exit investment protection system after fossil fuel lawsuits
Industries leading the energy transition – renewable energy developers, green hydrogen producers, sustainable finance institutions, and technology companies with net-zero supply chain commitments – also have a direct stake in the Fossil Free Zone agenda. Moreover, the reputational and legal risks of investments in fossil fuel frontiers are escalating.
Already, 11 banks have applied various levels of financial restrictions to the oil and gas sector in the Amazon. Some of these policies are strong, others are closer to greenwashing, but these commitments prove that banks see the increasing risks.


What should emerge from Colombia conference
Our hope for the upcoming conference in Colombia is that, at a minimum, Fossil Free Zones are uplifted as part of a shared international vision for the energy transition. At best, a coalition of countries commits to include Fossil Free Zones in their national plans and establishes a shared framework with principles to identify new zones and implementation guidance for other countries.
WATCH OUR WEBINAR: Santa Marta – Fossil fuel transition in an unstable world
This is a practical on-ramp for countries that want to align with the global transition but need a concrete, geographically-defined starting point – and as a direct delivery mechanism for the deforestation roadmap, translating a global pledge to halt forest loss into specific action to thwart a real driver of deforestation.
The question is no longer whether fossil fuel extraction will end, but whether that end will be managed or chaotic, putting the planet’s most critical ecosystems in danger. Fossil Free Zones offer a hope of preventing irreversible harm to the forests, marine ecosystems, and Indigenous communities that represent humanity’s best remaining insurance against climate collapse – one territory at a time.
The post Fossil Free Zones can be on-ramps to the clean energy transition appeared first on Climate Home News.
Fossil Free Zones can be on-ramps to the clean energy transition
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