In-depth guides on solar power, wind energy, conservation, and sustainable technology. We break down what matters so you can understand the forces shaping our world.
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Substantive content on the topics that will define the next decade — energy, nature, and the technology connecting them.
From rooftop solar to grid-scale wind, we break down clean energy technology, economics, and policy.
Protecting biodiversity, restoring ecosystems, and understanding the science behind conservation efforts.
How artificial intelligence and emerging technology accelerate sustainability and scientific discovery.
Dive into the subjects driving a more sustainable, technologically empowered future.
Solar, wind, hydro, and emerging clean energy technologies powering a sustainable future.
Explore →Protecting ecosystems, biodiversity, and natural resources for future generations.
Explore →Artificial intelligence, machine learning, and technology driving environmental and industrial innovation.
Explore →Sustainable business models, ESG reporting, circular economy, and the companies leading the transition.
Explore →Climate policy, regulations, carbon markets, and the frameworks shaping our environmental future.
Explore →Recent deep dives on energy, conservation, and technology.
Near‑diesel EV pricing, real‑world deployments, record‑scale battery swapping, community charging funds and smart charging are converging to push medium‑ and heavy‑duty fleet electrification past its inflection point—shifting risk from vehicles to infrastructure execution.
COP31’s agenda is being reshaped by security framing, development priorities and tactical diplomacy. Here’s a pragmatic roadmap to land supply‑side fossil measures—through methane and waste wins, just‑transition finance, buyer‑seller coalitions and transparency rules—that can translate Switzerland’s technical phase‑out blueprint into concrete outcomes despite Türkiye’s and the EU’s shifting positions.
The idea that sustainability is a luxury only large corporations can afford is not just wrong — it is a competitive blind spot that leaves small businesses exposed to risks they could be turning into advantages.
Training GPT-4 consumed an estimated 50 GWh of electricity. Running inference for billions of daily queries consumes even more. As AI becomes ubiquitous, its environmental footprint demands honest accounting.
From solid-state batteries to direct air capture, these ten technologies are moving from lab to market — and they could reshape energy, food, materials, and industry within a decade.
From predicting extreme weather events to discovering new materials for carbon capture, artificial intelligence is becoming an essential tool in climate science. Here is how researchers are using machine learning to accelerate our understanding of a changing planet.
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