How did an island of fewer than 2,000 people place 317,500 square kilometres of ocean under management and ask sponsors to fund protection one square kilometre at a time?

A Pacific microstate banned most commercial logging on its own land and paid for the enforcement through forest carbon credits — here is how the accounting, the customary land tenure, and the $100-per-tonne math actually work.

By Nuclear Power Daily Editorial Team · Aug 4, 2026

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Space Scopes

How does a spacecraft launched in 1977 keep transmitting from beyond the heliosphere on less electrical power than a single hallway bulb, and why does its signal now take more than 22 hours to reach Earth?

Voyager 1 still transmits from 15.8 billion miles away on the power of a hallway bulb — here is exactly how its plutonium generators, 69-kilobyte computers, and 22-hour signal delay actually work.

By Nuclear Power Daily Editorial Team · Aug 5, 2026

Civil Nuclear

How does a two-thousand-year-old harbour concrete, poured by engineers of a Mediterranean empire, keep growing stronger in seawater while modern Portland cement crumbles in the same conditions within decades?

The Romans cracked a durability code that modern engineering has spent two centuries trying to rediscover, hidden inside minerals that never stopped crystallizing.

By Nuclear Power Daily Editorial Team · Jul 31, 2026

Civil Nuclear

How does one hectare of salt-soaked coastal forest store three to five times as much carbon as a tropical forest inland, and why did one delta nation begin planting it 25 years before a cyclone killed about 138,000 people?

Bangladesh discovered by accident that the forests it planted to stop cyclones were also burying carbon at rates that would take tropical forests centuries to match.

By Nuclear Power Daily Editorial Team · Jul 30, 2026

Civil Nuclear

In 1977, engineers at the Shippingport reactor in Pennsylvania started up a thorium-fuelled core that produced slightly more fissile uranium-233 than it consumed over five years of operation, quietly proving that a light-water reactor could breed its own fuel without a single sodium-cooled fast reactor in sight

In 1977, a modified core slid into the Shippingport Atomic Power Station on the Ohio River in Pennsylvania and quietly began doing something that most nuclear engineers of the era assumed only a sodium-cooled fast reactor could pull off.

By Nuclear Power Daily Editorial Team · Jul 30, 2026

Civil Nuclear

How does a single tree in the mountains of Utah cover roughly 106 acres, weigh about 6,000 tonnes, and share one root system across tens of thousands of trunks that look like separate individuals?

{"content":"On a gentle south-facing slope in Fishlake National Forest in south-central Utah, a single organism spreads across roughly 106 acres, weighs an estimated 6,000 tonnes, and sends up abou

By Nuclear Power Daily Editorial Team · Jul 30, 2026

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Civil Nuclear

Civil nuclear energy, reactor technology, regulation, safety, fuel cycles, and the policies, projects, and research shaping the future of nuclear power.

Civil Nuclear

In 1946, physicist Louis Slotin was demonstrating a criticality experiment at Los Alamos when the screwdriver holding two beryllium hemispheres apart slipped, the plutonium core flashed blue, and Slotin shielded his colleagues with his body knowing he had just absorbed a fatal dose

By Nuclear Power Daily Editorial Team

Civil Nuclear

Why can draining one hectare of tropical peat swamp release more carbon over decades than one forest fire, and why did one Southeast Asian nation build thousands of dams inside its own canals?

By Nuclear Power Daily Editorial Team

Civil Nuclear

In 1994, a park ranger abseiling into a gorge northwest of Sydney found trees with bubbling-chocolate bark and fern-like leaves — living survivors of a lineage traced through Cretaceous fossils

By Nuclear Power Daily Editorial Team

Civil Nuclear

In December 1942, beneath the abandoned squash court under Chicago's Stagg Field, Enrico Fermi's team pulled the cadmium control rods from a stack of graphite bricks and uranium slugs and watched the world's first self-sustaining nuclear chain reaction hold steady for 28 minutes before Fermi ordered the emergency rod called zip dropped back in and the pile went silent

By Nuclear Power Daily Editorial Team

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Tracking the future of nuclear energy.

Nuclear Power Daily is an independent publication covering civil nuclear energy, reactor technology, regulation, safety, fuel cycles, and the policies and projects shaping nuclear power. The site pairs a deep archive with current reporting on the research, companies, policy shifts, safety debates, and technical breakthroughs shaping the future of nuclear energy. We employ modern AI technologies to support our editorial workflows; every published piece is editorially directed and reviewed.

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How did an island of fewer than 2,000 people place 317,500 square kilometres of ocean under management and ask sponsors to fund protection one square kilometre at a time?

How does a spacecraft launched in 1977 keep transmitting from beyond the heliosphere on less electrical power than a single hallway bulb, and why does its signal now take more than 22 hours to reach Earth?

How does a two-thousand-year-old harbour concrete, poured by engineers of a Mediterranean empire, keep growing stronger in seawater while modern Portland cement crumbles in the same conditions within decades?

How does one hectare of salt-soaked coastal forest store three to five times as much carbon as a tropical forest inland, and why did one delta nation begin planting it 25 years before a cyclone killed about 138,000 people?

How does a single tree in the mountains of Utah cover roughly 106 acres, weigh about 6,000 tonnes, and share one root system across tens of thousands of trunks that look like separate individuals?

In 1946, physicist Louis Slotin was demonstrating a criticality experiment at Los Alamos when the screwdriver holding two beryllium hemispheres apart slipped, the plutonium core flashed blue, and Slotin shielded his colleagues with his body knowing he had just absorbed a fatal dose

Why can draining one hectare of tropical peat swamp release more carbon over decades than one forest fire, and why did one Southeast Asian nation build thousands of dams inside its own canals?

In 1994, a park ranger abseiling into a gorge northwest of Sydney found trees with bubbling-chocolate bark and fern-like leaves — living survivors of a lineage traced through Cretaceous fossils

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