On March 10, 2026, New York became the second state to require comprehensive climate education in public schools. This requirement gives students a new opportunity to learn about the climate crisis. While the New York State Education Department (NYSED) doesn’t mandate a single statewide curriculum, course, or textbook, many educators and administrators still have questions.
To help educators prepare, Lab-Aids outlines what the new requirement means, what schools should consider, and how hands-on learning can make climate change more meaningful.
The New York State Board of Regents amended section 100.2 of the Regulations of the Commissioner of Education to include a new statewide instructional requirement on climate change for public school students.
It’s important to note that this amendment does not require every district to use the same curriculum, courses, textbooks, or instructional models. Instead, the New York State Education Department (NYSED) gives schools flexibility in meeting the new requirement.
For educators, that flexibility matters because climate change is not an isolated topic. It can naturally connect to science, math, social studies, career readiness, and real-world problem-solving.
The New York State Board of Regents approved the amendment on March 10, 2026, and the regulations became permanently effective on March 25, 2026. Implementation follows a phased timeline.
For climate education, public schools must provide instruction to students in grades 5-8 and 9-12 beginning in the 2027-2028 school year. Elementary schools must begin providing climate education to students in grades K-4 beginning in the 2028-2029 school year. Instruction must be provided by the end of each grade band.
The new climate education requirement asks districts to think intentionally about where climate education fits within their existing instructional programs. Educators can integrate this instruction into existing subject areas, including science, mathematics, and social studies. To give this instruction real-world context, schools can fold climate concepts into interdisciplinary learning experiences connected to local:
For educators, this requirement means climate education may show up in different classes depending on the district. Some teachers may teach climate concepts within existing science courses. Others may be part of interdisciplinary units that connect climate to mathematics, social studies, career readiness, or local community issues.
Educators will still play a central role in implementation. Teachers will need clear guidance from their districts, access to appropriate instructional materials, and support in helping students understand climate change through accurate, age-appropriate, and evidence-based learning.
Although New York’s climate education requirement does not have to be met only through science instruction, the science classroom is one of the most natural places for students to build a strong foundation. Further, it provides students with an opportunity to apply what they’ve learned to real-world questions and observations.
Likewise, climate education reinforces why science matters. When students study climate change through hands-on investigations, they ask questions, test ideas, and consider how scientific understanding can inform decisions in their communities and beyond.
As New York State Senator Andrew Gounardes expressed:
“This is about preparing our students for all the challenges and opportunities of the world they'll inherit. This statewide learning requirement will give young people the knowledge and skills they need to adapt to a rapidly changing climate, and better prepare them for the green jobs that power a growing share of our economy. Thank you to all the students, educators, advocates who worked so hard to get us to this point.”
Climate change is not a problem to solve in the future; it’s one to solve now. By bringing climate education into the science classroom, educators can help students connect classroom learning to the world around them while building the critical thinking and problem-solving skills they will need far beyond school.
NYSED identifies three broad areas for climate education:
Climate change is complex, interconnected, and deeply relevant to students’ lives. That makes it difficult to teach well through memorization or direct instruction alone. Students need opportunities to ask questions, analyze data, model systems, test ideas, and connect scientific concepts to real-world issues.
Hands-on, issue-oriented learning gives students a stronger way into the topic. Instead of treating climate change as an abstract concept, educators can help students investigate the evidence behind climate patterns, examine environmental impacts, compare possible solutions, and discuss how science informs decisions in their communities.
This approach also supports the kind of learning New York is encouraging through the new requirement. NYSED’s materials emphasize that climate education can help students apply discipline-specific knowledge and skills in meaningful ways while preparing them to navigate 21st-century climate challenges.
As New York phases in the new requirement, curriculum leaders should begin by identifying where climate education already appears in existing instruction. Some districts may already address climate-related concepts in Earth science, life science, environmental science, social studies, mathematics, or career readiness courses. Others may find gaps across certain content areas.
Because NYSED gives districts flexibility in how instruction is delivered, curriculum leaders can decide whether to embed climate education into existing courses, teach it through interdisciplinary units, address it through stand-alone lessons, or support it through a combination of approaches.
Lab-Aids is well-positioned to support schools as they prepare for New York’s climate education requirement, as we’ve built the programs around hands-on, evidence-based, and issue-oriented learning. Rather than asking students to simply read about scientific concepts, Lab-Aids materials help students investigate real-world questions, work with data, and connect science learning to meaningful problems.
We also support climate and environmental science instruction through programs and materials that connect biology, natural resources, sustainability, human impact, and environmental change. For schools looking to meet the new requirement through existing science courses or interdisciplinary instruction, these kinds of hands-on resources can help make climate education more concrete, more engaging, and easier to implement with confidence.
If you’re preparing to meet the new climate education requirement, you have an opportunity to make this instruction more than just another requirement in your curriculum. With the right materials, students can build a deeper understanding of climate change. Lab-Aids supports this work with hands-on, issue-oriented science programs that connect classroom concepts to the real world.
Whether your district is reviewing existing curriculum, planning interdisciplinary instruction, or looking for classroom-ready investigations, Lab-Aids makes climate change instruction more meaningful and manageable for students and educators alike.