No..I don't have enough leave and would never be able to find a sub (and I don't feel like writing sub plans). So I will be at work. My kids will stay with their grandparents (they live 5 min from us, their school, and the school I work at) |
They are so ridiculously incompetent. Their suggestion of having walkers identify safe places along their route home to shelter if weather conditions worsen was absolutely comical. They won't make the right call. Which is why I'm keeping my kids home. |
Hm, well Chat-GPT has it correct for once: The June 29, 2012 Mid-Atlantic derecho was not widely predicted in advance at the scale or intensity it ultimately reached. Meteorologists recognized severe thunderstorms were possible that day, but the emergence of a long-lived, extremely destructive derecho sweeping into the Washington, D.C. region took both forecasters and the public largely by surprise until only hours beforehand. Below is a more precise breakdown of what was and wasn’t anticipated. 1. More than a day in advance: little indication of a historic event Forecast models and outlooks the day before and early on June 29 did not clearly signal a major derecho heading toward the Mid-Atlantic. Operational forecast models such as the NAM and GFS gave little guidance more than ~24 hours ahead that a long-lived severe windstorm would occur. On the morning of June 29, the main story in the Washington area was expected to be extreme heat, not a destructive storm system. Forecast discussions expected scattered thunderstorms later in the day, but there was no obvious large-scale weather feature (like a strong cold front) that would normally signal a widespread severe event. As a result, the storm was not anticipated as a major regional wind disaster a day or more beforehand. 2. Same day (morning to early afternoon): hints begin to appear On the morning of June 29, some high-resolution convection-allowing models started suggesting that a strong thunderstorm complex could form and track east. However: These signals appeared only hours before the event developed. Derechos are notoriously hard to forecast because they often form from small-scale atmospheric disturbances that models struggle to resolve far in advance. So forecasters had increasing concern, but the eventual scale and longevity were still uncertain. 3. Afternoon and evening: warnings as the storm approached Once the storm complex formed in the Midwest and began producing damaging winds, meteorologists tracked it and warnings were issued with good lead time: The Storm Prediction Center issued severe thunderstorm watches a few hours in advance of the derecho reaching new areas. Local National Weather Service offices issued numerous severe thunderstorm warnings, with average lead times around 30–37 minutes ahead of the worst winds. So while long-range prediction was poor, short-term warning performance during the event was considered good. 4. Why it was hard to predict Several meteorological factors contributed to the forecasting difficulty: The event was a warm-season derecho, which often forms from subtle atmospheric triggers. The storm was fueled by extreme heat and humidity (Washington reached 104°F that day), creating enormous atmospheric instability. The system rapidly organized and maintained strength for about 700 miles in ~12 hours, which is unusual and difficult to anticipate. ✅ Overall assessment (from meteorological reviews): Long-range forecast (24+ hours): Poor — the magnitude and reach were not predicted. Same-day outlooks: Increasing concern but still uncertain. Short-term warnings (within hours): Good — people received warnings shortly before the storm arrived. A common summary from the post-storm analysis was that the event was “poorly forecast in advance, but warnings were excellent once it developed.” ✔️ Bottom line: The population and many meteorologists were surprised by the intensity and regional impact, though operational warnings did give people tens of minutes of notice once the storm line was approaching. |
| Honestly I would prefer them to close. I don't want to be caught in the middle of a storm trying to rush from work to get my kids. |
+1 |
I did see that! I can definitely see your point. I'm concerned with the busses and wind speeds on highways and the crazy drivers around here. |
| Early dismissal would make the most sense. |
This storm will impact elementary school dismissal, particularly those where busses don’t arrive at school until 4:15 or 4:30. These busses continue to run routes until after 5:00. |
I think MCPS will do an Early dismissal so all kids be home before 2pm. |
That would be prudent. |
You literally posted support that the derecho was not predicted, which was already stated. If you want to win that your "experience was more dramatic/memorable," then fine, you win. Guess you also think there are no warnings for many of the "surprise" winter storms over the last 15 years or so. There are so many people that study in-depth meteorology. They post online. They warn often before our government does. Since they do not rely on meteorology for their livelihood, they also do not default to NOAA for warnings as a safety net to cover their careers. Believe or not, AI results do not change the scenario just because you experienced it differently. |
Does a standard early dismissal get all students home before 2? |
| This is an area that I wish the state would make the decision. For events related to hurricanes, tornadoes, derechos and the like, the state should make the call as they are the ones who will have to deal with the aftermath of it all. |
The last dismissal is late elementary schools at 1:20. I imagine that gets most children home by 2 but certainly not guaranteed for all. |
You were arguing that the derecho was predicted. It wasn’t as I’ve said repeatedly- it took the area by surprise. Bizarre that I have to remind you of your own argument. I guess you are confused. Have a nice day! |