Ron (@mrwx4caster) 's Twitter Profile
Ron

@mrwx4caster

Atmospheric-Physicist/Prof. Met. in applied meteorology/4casting in Public/Private/Non-profit sectors. Past President CMOS. Member AMS/RMetS/AGU/CMOS/NWA/AMOS

ID: 2447544876

calendar_today16-04-2014 16:24:54

28,28K Tweet

2,2K Followers

848 Following

AMS Weather Band (@amswxband) 's Twitter Profile Photo

Today in history 🗓 16 April 1851: The famous "Lighthouse Storm" raged near Boston Harbor, with whole gales and gigantic waves on high astronomical tides destroying the 116-ft Minot Ledge Light at Cohasset, MA with the loss of its two assistant lighthouse keepers still inside.

Today in history 🗓
16 April 1851: The famous "Lighthouse Storm" raged near Boston Harbor, with whole gales and gigantic waves on high astronomical tides destroying the 116-ft Minot Ledge Light at Cohasset, MA with the loss of its two assistant lighthouse keepers still inside.
American Meteorological Society (@ametsoc) 's Twitter Profile Photo

The 2026 budget passback plan calls for eliminating NOAA Research, the scientific backbone that keeps weather forecasts, alerts, and warnings accurate and effective. This would have disastrous consequences. Read the AMS statement, in partnership w/National Weather Association: bit.ly/4cz2RtC

The 2026 budget passback plan calls for eliminating NOAA Research, the scientific backbone that keeps weather forecasts, alerts, and warnings accurate and effective. This would have disastrous consequences.

Read the AMS statement, in partnership w/<a href="/nwas/">National Weather Association</a>: bit.ly/4cz2RtC
American Meteorological Society (@ametsoc) 's Twitter Profile Photo

WORD OF THE WEEK 💬 Overshooting top — (Or anvil dome, penetrating top.) A domelike protrusion above a cumulonimbus anvil, representing the intrusion of an updraft through its equilibrium level (level of neutral buoyancy). More about overshooting top: bit.ly/4bL62Oz

WORD OF THE WEEK 💬
Overshooting top — (Or anvil dome, penetrating top.) A domelike protrusion above a cumulonimbus anvil, representing the intrusion of an updraft through its equilibrium level (level of neutral buoyancy).

More about overshooting top: bit.ly/4bL62Oz
Reed Timmer, PhD (@reedtimmerusa) 's Twitter Profile Photo

DUSTY #TORNADO intercepts in the Dominator 3 from the 360 degree camera! Check out the clear slot with occluded tornado cyclone above. Footage captured by the man who never misses a shot Edgar ONeal

Kevin Gray (@kevingraywx) 's Twitter Profile Photo

Another way to think of supercells: Not solid objects, but the result of an updraft wave. The animation is vertical velocity at various heights looking down the path of a simulated supercell.

AccuWeather (@accuweather) 's Twitter Profile Photo

A hotel in Fremont, Nebraska, suffered severe damage this week after an intense hailstorm swept through and smashed all of its windows into pieces.

World Sailing 🌎⛵️ (@worldsailing) 's Twitter Profile Photo

Catch up with the top moments this month in April's World Sailing Show 💥🙌 Watch now 👇 🔗 bit.ly/4ir9gIS #WorldSailingShow #WSS

Ron (@mrwx4caster) 's Twitter Profile Photo

Latest hourly run of the HRRR model - Lightning potential/risk - it has increased a bit, but the focus of more risk/potential is in EONT, along the L. Ontario northern shore line, and further north. #onwx #onstorm from now till 11pm.

Ron (@mrwx4caster) 's Twitter Profile Photo

Latest hourly run of the HRRR model - Radar 4cast-scattered showers with a few embedded storms in the mix, focus seems to be EONT along the northern shoreline of L. Ontario #onwx #onstorm from now till 11pm.

Ron (@mrwx4caster) 's Twitter Profile Photo

Latest NBM thunderstorm risk/coverage. The NBM uses a different way to display storm coverage/risk that closely follows AWC's (Aviation) Three defined probabilistic categories of thunderstorm coverage: Isolated (10-20%) Scattered (30-50%) Numerous (60-100%) #onwx #onstorm

Latest NBM thunderstorm risk/coverage. The NBM uses a different way to display storm coverage/risk that closely follows AWC's  (Aviation)
Three defined probabilistic categories of thunderstorm coverage: 
Isolated (10-20%)
Scattered (30-50%)
Numerous (60-100%)
#onwx #onstorm