DO NOTHING SCENARIO
Tipping point 1: Catastrophic events
Tipping point 2: Irreversible, catastrophic, and progressively worsening
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This clock visualizes the urgent need for climate action. The "Do Nothing" scenario shows escalating consequences year by year, culminating in an irreversible tipping point. Interact with the solutions to see how collective efforts can slow, stabilize, and even reverse climate change, buying us precious time.
What One Person Can Do About Climate Change | Ella Lagé | TEDxHamburg
Why Climate Action Is Unstoppable — and “Climate Realism” Is a Myth | Al Gore | TED
The Economic Opportunity Hidden in the Climate Transition | Marielle Remillard | TED
Affordability Is the New Climate Fault Line
How to End the Climate Crisis by 2050 | Peter Fiekowsky | TEDxTaftAvenue
This project was inspired by the author's work in social psychology and his patented technologies for creating ultra-efficient, Symbiotic datacenters. See the author's page under technology.
Tackling methane and refrigerants provides the fastest "cooling" effect by cutting super-pollutants, while halting deforestation immediately protects our most powerful natural carbon-capture system. This three-pronged approach delivers the most significant short-term impact.
The fastest way to slow climate change now | TED Countdown
What I can do about climate change.
3 Climate Change Solutions that could actually happen
100 solutions to reverse global warming | Chad Frischmann
Why Climate Action Is Unstoppable — and “Climate Realism” Is a Myth | Al Gore | TED
Calamity: Frequent Extremes & Ecosystem Disruption. This is the primary goal of the Paris Agreement. Crossing this line dramatically increases the risk of irreversible events. Consequences include:
We have already reached 1°C and temperatures are flirting with 1.5°C. We're dangerously close.
Why is 1.5 degrees important? - The Climate Question, BBC World Service
Has Earth Already Crossed MAJOR Tipping Points? | Full Episode | Weathered: Earth’s Extremes
This Is The Best Evidence That Atlantic Currents Are Slowing (AMOC Explained)
Calamity: Widespread Collapse & Irreversible Change. Considered a critical danger line by scientists, this level of warming initiates catastrophic and self-perpetuating changes. Consequences include:
What Will Our World Look Like at 4 Degrees
When Will Extreme Heat Become Unlivable?
What Earth in 2050 could look like - Shannon Odell
How to End the Climate Crisis by 2050 | Peter Fiekowsky | TEDxTaftAvenue
Using technology (like satellites and drones) to find and fix methane leaks from oil and gas wells, pipelines, and storage facilities. Methane is a greenhouse gas over 80 times more potent than CO2 in the short term.
Properly managing and destroying refrigerants (like Freon/HFCs) from old air conditioners and refrigerators. These chemicals are thousands of times more potent than CO2 at warming the planet.
Reducing food loss and waste from farm to table through better supply chains, clearer labeling, and widespread composting. Wasted food accounts for a huge amount of global emissions.
Upgrading buildings with better insulation and smart thermostats, switching to LED lighting, and replacing old industrial motors with high-efficiency models. Using less energy is the cheapest way to cut emissions.
Enforcing strong global policies to stop the clearing of forests, which act as our planet's primary carbon sinks. Protecting existing forests is more effective than planting new ones.
Massively accelerating the installation of solar panels and wind turbines. Renewable energy is now the cheapest form of new electricity in most parts of the world.
Transitioning passenger vehicles from internal combustion engines to electric power. As the electricity grid becomes greener, the impact of this shift becomes even more significant, drastically cutting emissions from daily transportation.
Electrifying medium and heavy-duty trucks used for shipping and freight. While more challenging than cars, this has a massive impact due to the high mileage and low fuel efficiency of traditional diesel trucks.
A targeted afforestation effort focused on planting Douglas Fir and Ponderosa Pine trees on public land along highways. Fast-growing trees capture CO2, reduce the need for mowing (saving fuel), create wildlife corridors, and improve aesthetics.
Reducing datacenter electricity demand by 80% and redesigning them to convert all waste heat into usable products, and using more efficient, faster computer architectures, over three years. This turns a major energy consumer into a productive part of the energy ecosystem.
Shifting global farming to regenerative practices (like no-till farming and cover crops) and moving diets away from heavy reliance on red meat to reduce emissions and improve soil health.
Establishing a meaningful and escalating price on carbon emissions, adopted by all major economies. This makes polluters pay and drives investment in clean technology across every sector.
Moving beyond traditional large-scale nuclear plants to deploy advanced designs like Small Modular Reactors (SMRs). These can be built in factories, assembled on-site, produce less waste, and have enhanced safety features, providing immense, 24/7 carbon-free power.
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