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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.
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What El Niño and La Niña teach us about the world
ENSO is a lesson in connected systems: local conditions can be produced by distant forces, useful forecasts can remain uncertain, and resilience depends on institutions that learn faster than the pattern changes.
What monsoons teach us about the world
Monsoons show how a planetary system becomes local reality: oceans set the supply, mountains redirect it, institutions distribute risk, and small timing changes can reshape a season.
What permafrost teaches us about the world
Permafrost reveals a general systems lesson: what looks stable can depend on a narrow balance of heat, water, structure, memory, and time—and change can accelerate when the hidden supports are removed.
Atmospheric rivers explained: the ideas that matter
To understand atmospheric rivers, keep four ideas distinct but connected: water vapor, transport, lifting, and impact. The distinctions make forecasts clearer and prevent a weather label from becoming a shortcut for every consequence.
How atmospheric rivers work
Atmospheric rivers are long, narrow corridors that move large amounts of water vapor through the atmosphere, where winds, mountains, and temperature turn transport into rain or snow.
How mangrove forests work
Mangrove forests turn tidal motion, salt-tolerant plants, muddy sediments, and dense root networks into a living coastal system that filters flows and creates habitat.
How the water cycle works
The water cycle is a connected set of phase changes and pathways that moves water among ocean, atmosphere, land, ice, groundwater, and living systems.
Mangrove forests explained: the ideas that matter
Mangrove forests become easier to understand when five layers stay connected but distinct: plants, roots, sediment, tidal flows, and the wider coastal community.
The engineering challenge behind atmospheric rivers
Preparing for atmospheric rivers is an engineering problem in a moving, uncertain system: infrastructure must absorb pulses of water while forecasts, terrain, reservoirs, and communities interact.
The engineering challenge behind mangrove forests
A mangrove forest must anchor living tissue in unstable mud, manage salt and oxygen, route tidal water, store or export sediment, and recover under uncertain disturbances.
The engineering challenge behind the water cycle
Managing water means coordinating storage, transport, quality, timing, and uncertainty across a cycle that has no central controller and no permanent supply switch.
The hidden history of atmospheric rivers
The idea of atmospheric rivers emerged from older observations of moisture plumes, evolving atmospheric science, satellite records, and a growing need to connect weather maps with water management and risk.
The hidden history of mangrove forests
Mangrove forests have long been working landscapes and cultural places, but maps, markets, scientific categories, and conservation priorities have repeatedly changed what people notice and value.
The hidden history of the water cycle
The water cycle is a modern synthesis of older observations, instruments, theories, and global measurements—and its neat diagram hides many histories at once.
The water cycle explained: the ideas that matter
The clearest water-cycle explanation separates reservoirs, transfers, phase changes, residence times, and human pathways instead of treating every arrow as the same kind of movement.
What atmospheric rivers teach us about the world
Atmospheric rivers show that weather, water, infrastructure, and society are one connected system: a distant ocean surface can shape a local decision days later, but the outcome depends on the landscape that receives the flow.
What mangrove forests teach us about the world
Mangrove forests show how protection, abundance, and resilience emerge from relationships among living structure, moving material, delayed feedback, and the people who share a boundary.
What the water cycle teaches us about the world
The water cycle teaches a general systems lesson: what looks local is connected, what looks abundant may be slow to replace, and every shortcut changes a network of feedbacks.
Coral reef ecosystems explained: the ideas that matter
To understand coral reef ecosystems, keep four ideas separate but connected: the coral animal, its symbiotic partners, the carbonate framework, and the wider community living in the habitat.
How coral reef ecosystems work
Coral reef ecosystems are built from a partnership between tiny animals, photosynthetic microbes, chemistry, and a crowd of consumers that turn rock-like structure into living habitat.
The engineering challenge behind coral reef ecosystems
A coral reef must build a durable structure with living tissue while managing heat, light, nutrients, waves, predators, disease, and uncertainty—a distributed engineering problem with no single control knob.
The hidden history of coral reef ecosystems
Coral reefs are not a timeless backdrop: they are the latest layer in a long history of changing builders, interrupted growth, scientific categories, and human relationships with the sea.
What coral reef ecosystems teach us about the world
Coral reef ecosystems reveal a general systems lesson: abundance can emerge in nutrient-poor settings when relationships, feedback, and physical structure keep a fragile network working.
Jobs Report Gut Punch: Employers Unexpectedly Cut Thousands of Jobs
Jobs Report Gut Punch: Employers Unexpectedly Cut Thousands of Jobs Geopolitics & Markets • August 7, 2026 • Source: HuffPost The August 2026 employment report from the Bureau of Labor Statistics landed like a thunderclap on…
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