Meraner & Schmidt (2018), Atmospheric Chemistry and Physics — Climate impact of idealized polar ozone losses caused by energetic particle precipitation
acp.copernicus.org
Evidence registrySearch public articles and published connected research.
Use this focused workspace without learning the underlying database or content model.Top matched records in the current language. Counts describe this result set, not the entire archive.
acp.copernicus.org
Evidence registryWhat started as an unusual late-August structural signal is becoming something much harder to dismiss. The 10-hPa Arctic winds have moved above the historical 90th percentile, the September 12 projection reaches 10.22 m/s against a date-matched historical max…
Cosmology & Space (🚀🌠)The wind-speed test and the geometry test give different answers. Pattern Nexus compares 48 autumn wind series and 744 historical height fields, then examines solar activity, El Niño/QBO, earthquake counts and the 2014 winter analogue.
Energy & Thermodynamics (🔥⚙️)The “index optics” crowd can keep coping. Today the plumbing talked: VIX +12%, Brent back over $100, DXY camped at 100, and yields still elevated. Add a war-risk premium plus private credit stress and you get a tape that’s not done. Here’s the full systems re…
Signals & Charts (📈)An unusually early 10 hPa polar-vortex deformation is unfolding over the Arctic, raising the odds of late-December cold across North America and setting up a higher-volatility trade in natural gas, power demand, and the real economy.
Systems Science (♾️🔍)description" content="Pattern Nexus Situation Update: Carrier posture, bomber signaling, maritime strikes, and GPS interference point to elevated near-term risk of U.S. action inside Venezuela. Full indicator stack, timeline window, and market read-throughs.
Latin America & Caribbean Dynamics (🌴⚔️)