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“A disease that doesn’t cause fever, or spots, or weakness. It causes frost.”
A bacterium that evolved ice-making technology hundreds of millions of years ago — long before plants existed on land. What starts as a crop mystery crosses into the physics of freezing, the chemistry of proteins, and something much larger that the scientists who first studied it never suspected. This series is built on stories like this — real research, real places, real communities — used to show how studying the living world is truly integrative.
What This Is
Led by Siddharth Bharath (PhD, Ecology, Evolution & Behavior, University of Minnesota), this is not a fixed syllabus. It’s an ongoing conversation — one that starts with wonder, moves through systems, and always returns to the question: what does this mean for us?
Each session opens with a real story — a place, a study, a community — and uses it to uncover how ecosystems, climate, and human societies are tangled together in ways that textbooks rarely show.
Why Ecology and Society Together?
Most treatments separate nature from people. Ecology lives in science class. Policy lives in the news. Justice lives somewhere else entirely. Students learn about food webs and inequality in different rooms, never seeing that these are the same story.
But you can’t understand why a sacred grove survives for centuries without understanding the community that maintained it. You can’t understand why a grassland was destroyed without understanding the colonial official who called it “wasteland.” And you can’t think clearly about climate change without asking: whose land, whose water, whose knowledge counts?
“You can’t understand why a sacred grove survives for centuries without understanding the community that maintained it.”
What We’ll Explore
The Invisible Machinery of the Living World
How microbes shape processes we think of as “just physics” — ice, rain, clouds. Why the boundary between life and the physical world is blurrier than you think.
What’s Hidden Underground
Grasslands, soil food webs, mycorrhizal networks. The most productive ecosystems on Earth look like “nothing.”
When Systems Flip
Tipping points, sudden collapses, the gradual-then-sudden math of lakes, ice sheets, forests, and coral reefs.
Whose Nature, Whose Knowledge
Sacred groves as knowledge systems, the politics of who defines “science,” and how language shapes what we see.
What We Actually Do About It
Systems thinking applied to real responses — agroecology, community-managed resources, Cuba’s food system reinvention.
This list will grow. If something interests you that isn’t here, bring it. That’s how this works.
Did you know?
Pure water can stay liquid all the way down to −40°C. It doesn’t just freeze at zero — it needs something to start the process.
Did you know?
There is a protein that can arrange water molecules into the exact pattern of an ice crystal. It evolved hundreds of millions of years ago — before plants colonised land.
About the Host
Siddharth Bharath has a PhD in Ecology, Evolution & Behavior from the University of Minnesota, where he studied grassland ecology and trained in environmental ethics, sustainability science, and pedagogy. He now teaches students from grade 3 through adult — ecology, biology, critical thinking, mathematics, and the history of science — and is part of the GenWise team that runs Gifted World.
“Each session opens with a real story and uses it to uncover how the natural world actually works — and what that means for us.”
What Our Community Says
“In school, they write points on the board and ask to copy notes. Here, they ask, why this happens, if I do this change, then how will this change the outcome.”
— Aditya, student, Bangalore
“Where is the core science, or the core knowledge building happening? That was never a goal elsewhere. Here, the goal is to make sure the child understands and enjoys the real deep understanding.”
— Sateesh, parent, Bangalore
Series Schedule
Session 1 — May 2026 · Completed
How Bacteria Invented Ice
A scientific detective story
Session 2 — 18 July 2026 · Completed
A Thin Blanket: The Planet’s Energy Budget
Sunlight in, heat out — and the thin layer of gas that’s tilting the balance
Session 3 — 5 September 2026 · Next
Points of No Return: How Nature can Change Suddenly
Gradual, gradual, gradual — then sudden. Why the warning signs of nature’s biggest changes are so easy to miss
Session 4 — 7 November 2026
The Grassland Nobody Sees
A quarter of the world’s land, most of its life underground, and centuries of being written off as wasteland
Register for this session
These sessions are for students, parents, and anyone who wants to think more carefully about the world we live in. The 5 September session — Points of No Return: How Nature can Change Suddenly, 6:30–8:00 PM IST (5:00–6:30 PM GST) with Dr. Siddharth Bharath — is free and open to all.
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