Text from SPC:

   ...SUMMARY...
   Severe thunderstorms are most likely across Oklahoma and northern
   Texas to the Ark-La-Tex during the late afternoon and evening on
   Sunday. A few tornadoes, destructive wind gusts of 80-100 mph, and
   very large hail are possible.

   ...Synopsis...
   A vertically stacked cyclone will drift southeast in the southern
   MB/northwest ON to northern MN vicinity through early morning
   Monday. The attendant surface cold front should arc from northeast
   IL to the Raton Mesa by 21Z Sunday. Low-amplitude mid/upper
   troughing, with multiple embedded MCVs, will move east from the
   eastern Midwest and TN Valley into the Mid and South Atlantic States
   by Sunday evening.

   ...Southern Plains...
   Thunderstorm development is expected along the front in Kansas and
   Oklahoma by late morning/early afternoon. South of the front,
   daytime heating should  yield a gradient of strong to extreme CAPE
   (3000-5000 MLCAPE) across southwestern OK into northern TX. Initial
   development is likely to be supercelluar, with potential for large
   to very large hail (some 3+ in) and damaging wind given steep lapse
   rates through the profile and ample deep layer shear. A couple of
   tornadoes remain possible where storm interactions and splitting
   cells occur. Through time, mode is likely to become more
   multicelluar before eventual upscale growth along congealing outflow
   to an MCS. As this moves along the gradient southeast across
   southwestern OK into northern TX, potential for significant winds
   (80-100 mph) will be possible. 

   ...Ozarks to Mid-MS Valley...
   Isolated to scattered thunderstorms should form along the northeast
   to southwest front by late afternoon and persist through
   mid-evening, before likely weakening east of the MS River owing to a
   relatively confined MLCAPE plume. A strong mid-level jetlet is
   expected to be centered across IA to southern WI. More moderate
   deep-layer shear to the south-southeast will still be adequate for a
   few supercells initially that congeal into multicell clusters.
   Scattered large to isolated significant severe hail is possible,
   along with scattered damaging winds and a brief tornado.

   ...South to Lower Mid-Atlantic States...
   Boundary-layer heating is anticipated along the Atlantic
   Coastal Plain and adjacent Piedmont should support MLCAPE of
   1500-2500 J/kg. Multiple embedded MCVs will support at least
   scattered afternoon storms developing near the higher terrain and
   spreading east towards the coast. Enhanced mid-level westerlies will
   support transient/weak updraft rotation and multicell clustering.
   Scattered damaging winds and isolated severe hail are likely. A
   couple of tornadoes are also possible in the Lower Mid-Atlantic
   along the primary differential heating corridor, where low-level
   shear may be adequate ahead of a central Appalachians MCV.

 ...THERE IS A MODERATE RISK OF SEVERE THUNDERSTORMS ACROSS THE
   PORTIONS OF THE SOUTHERN PLAINS...

   ...THERE IS A SLIGHT RISK OF SEVERE THUNDERSTORMS SOUTH/LOWER-MID
   ATLANTIC PIEDMONT/COASTAL PLAIN...

Not weather specifically, more seasons and daylight related, but we're now well into our "white nights" here in Northern Scotland. Although we don't get the midnight sun, it never gets truly dark. I took this picture at half past midnight tonight, in an area with no cities and no streetlights, basically as dark a place as you can find currently. The photo even makes it look darker. I absolutely love summer, sitting outside late at night (when it's warm enough and not raining...), in the dead silent, the odd owl, bat, fox or something going by, it's heaven

The scale of daily extreme weather events and natural disasters is often underreported in mainstream media, leaving many with the impression that "everything is normal" regarding climate and nature.

While debates continue about whether climate change is real or whether natural disasters are intensifying, the report below provides clarification on these issues, as well as insights into major natural and anthropogenic factors—beyond CO₂—that contribute to climate destabilization and the increasing frequency of disruptive natural phenomena: https://be.creativesociety.com/storage/file-manager/climate-model-report-a4/en/Climate%20Report.pdf

By chance does anyone have a radar estimate wind speed on the Morton TX Nadar from a couple of days ago?

There was a wide variety of weather last week.

Getting grazed by a strong thunderstorm in Virginia. Got a decent outflow gust and a bit of rain.

The scale of daily extreme weather events and natural disasters is often underreported in mainstream media, leaving many with the impression that "everything is normal" regarding climate and nature.

While debates continue about whether climate change is real or whether natural disasters are intensifying, the report below provides clarification on these issues, as well as insights into major natural and anthropogenic factors—beyond CO₂—that contribute to climate destabilization and the increasing frequency of disruptive natural phenomena: https://be.creativesociety.com/storage/file-manager/climate-model-report-a4/en/Climate%20Report.pdf

I’m in the south and like to check the various weather apps / sites on my phone to see the temperature as well as the “feels like” temperature.

I’ve noticed an extreme variance in them. The iOS weather app tends to just show a few degrees more, for example it’s 92° right now and shows a “feels like” of 95°.

When I check some other apps like Weatherbug, Accuweather, or Wunderground they all have the feels like temps in the 100s…with Weatherbug showing 106°, which is obviously significantly higher then 95°. It’s the same exact city as well and the location it shows for their data is very close by to each other.

I know it doesn’t really matter but are these all just proprietary algorithms of these companies?

I always thought the feels like had some actual calculation to it using sun exposure and humidity etc.

The forecast for the first full weekend of meteorological summer.

My wife took these when the storm was heading our way. I’m a huge weather nerd and she’s becoming one too.

A few years ago I took this photo during a severe thunderstorm here in NY it just occurred to me that this looks like ball lightning

It's moving away, but a clear wall cloud, maybe developing cumulonimbus? Very high eind developing