Article archive
Published news and blog articles, organized by category. Browse older coverage by month or search for a topic. Undated blog guides appear after dated news.
258 articles · Newest first
Wildfire detection AI technology 2026: how it works and what it means
AI wildfire systems combine satellites, cameras, drones, weather models, and human dispatch to identify smoke earlier and forecast how a fire may move across a changing landscape.
Glacier melt and sea level rise 2026: what scientists found and what it means
Glaciers and ice sheets are losing mass, and the resulting sea-level rise is interacting with warming oceans, land subsidence and stronger coastal extremes. The science is clearer about the direction than the exact timing of every future…
Permafrost methane release: the tipping point and what it means for the climate
The Arctic is warming four times faster than the global average, and the permafrost that stores nearly twice the carbon currently in the atmosphere is beginning to thaw. Scientists are measuring methane emissions that exceed climate model…
Russia's $300BN Arctic Silk Road: the geopolitics and what it means
Russia is betting $300 billion that melting Arctic ice will open a new trade route to rival the Suez Canal. The Northern Sea Route could cut shipping times between Asia and Europe by up to 40 percent, but the geopolitics of who controls…
Climate change solutions: will we fix it and how that would work
Climate change is the defining challenge of our era. From renewable energy to carbon capture to policy reform, the tools to fix it exist. The question is whether humanity will deploy them at scale before the window closes.
Renewable energy misconceptions: what you are being misled about and why
Renewable energy is often misunderstood. From intermittency concerns to cost myths, the public conversation is filled with misconceptions that obscure the real challenges and opportunities of the energy transition.
Puerto Rico water crisis 2026: what is happening and what it means
Puerto Rico's water crisis is a combined failure of aging infrastructure, climate volatility, unreliable power, and governance capacity. Here is what is happening and why the lessons extend far beyond the island.
Carbon capture breakthrough: will it save us or is it too late
Carbon capture technology is advancing rapidly, but scaling direct air capture to a climate-significant level requires enormous energy and capital. The technology is a tool, not a substitute for reducing emissions.
Carbon capture innovations: 3 key breakthroughs driving change and what they mean
CRISPR began as a microbial defense system and became a programmable gene-editing tool. Here is how Cas9 works, where therapies are arriving, and what remains uncertain.
Biogas methane farming: how farms are producing invisible fuel and why it matters
Anaerobic digesters can turn manure and other organic wastes into biogas, then capture methane for heat, electricity, or renewable natural gas. The climate case depends on what would happen without the system.
Livestock methane research: how farms are cutting emissions and what it means
The ICBF Tully Research Centre is pioneering breeding-based approaches to reduce livestock methane emissions, combining genetics, feed management, and measurement technology.
Arctic geopolitics: why North America is preparing for an Arctic battle
As Arctic ice melts and new shipping routes open, North America is ramping up military and economic positioning in the region. Here is why the Arctic matters, how Russia China and the US are competing, and what the future of Arctic…
Glacier collapse: what happens when glaciers fail and why it matters
Glacier collapse is a dramatic and increasingly common consequence of climate change. When glaciers fail, the effects extend far beyond the ice itself, threatening downstream communities, disrupting water supplies, and reshaping…
If all ice melts: the global flood map and what disappears underwater
If all land ice melted, global sea level would rise about 70 meters, submerging coastal cities and displacing billions. Here is how much sea level rises, which cities disappear, redrawn coastlines, displaced populations, food impacts, and…
Methane emissions from agriculture: the regulation debate and what it means
Agriculture is a leading source of methane emissions, and governments are debating new regulations. Here are the science of livestock methane, the technologies to reduce it, the economic impact on farming, and the global picture of…
How are we running out of water: the causes the scale and what can be done
Water scarcity is being driven by demand, agriculture, groundwater depletion, pollution, and climate change. Here is the scale of the problem and the solutions that can actually help.
When will the world run out of water: the timeline the regions and what it means
The planet is not running out of water in absolute terms, but accessible freshwater is depleting fast. Here is the timeline, the most vulnerable regions, and what water stress means for the coming decades.
Permafrost thaw: sinking houses releasing methane and the climate feedback loop
Permafrost locks away nearly double the carbon in the atmosphere. As Arctic temperatures rise, the frozen ground is thawing, infrastructure is sinking, and a powerful climate feedback loop is activating.
Geoengineering risks: did it already cause damage and what we need to know
Solar geoengineering could cool the planet, but evidence of unintended consequences is mounting. The question is not just whether it works, but whether it can be governed and what happens when it cannot.
Solar geoengineering: the case for and against blocking sunlight to cool Earth
Solar radiation management could temporarily cool the planet by reflecting sunlight back to space. The science is plausible, the risks are profound, and the governance questions remain unanswered.
What happens if all Earth ice melts: the full picture from coastlines to climate
A hypothetical loss of every glacier and ice sheet would raise seas dramatically, reshape coastlines, freshen the oceans, and reorganize climate—but not all at once.
What if all ice on Earth melted: sea level rise and what it would mean
If all ice on Earth melted, sea levels would rise by roughly 70 meters, submerging coastal cities and reshaping continents. The science of ice sheets, sea level rise, and what a worst-case scenario actually means for human civilization.
Hydrogen cars vs electric: why the debate matters and what the data shows
Hydrogen fuel cell vehicles compete with battery electric cars for the future of clean transport. The efficiency gap, infrastructure challenge, and where hydrogen actually makes sense.
Direct air capture breakthrough: turning CO2 into stone and what it means
Direct air capture technology is turning carbon dioxide into stone through mineralization in basalt rock. The 2026 breakthrough, how it works, and what scaling this technology requires.
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