The Dexes / Lightning Report (Storm Events) / 337880
Eventdex · Lightning Report (Storm Events)
DODGE
337880 · 43.342, -88.616
The record
Everything the slot carries, as measured. Series arrays are drawn above and listed here in full.
| Event typeevent_type | Lightning |
|---|---|
| NOAA NCEI event IDncei_event_id | 337,880 |
| Episode IDepisode_id | 55,752 |
| Begin UTCbegin_utc | 2011-07-11T11:00:00+00:00 |
| End UTCend_utc | 2011-07-11T11:00:00+00:00 |
| Statestate | WISCONSIN |
| County/zone typecz_type | C |
| County/zone namecz_name | DODGE |
| Latitudelat | 43.342 |
| Longitudelon | -88.616 |
| End latitudeend_lat | 43.342 |
| End longitudeend_lon | -88.616 |
| Deaths directdeaths_direct | 0 |
| Deaths indirectdeaths_indirect | 0 |
| Injuries directinjuries_direct | 0 |
| Injuries indirectinjuries_indirect | 0 |
| Damage propertydamage_property | 2.00K |
| Weather forecast office sourcewfo_source | Newspaper |
| Episode narrativeepisode_narrative | A pair of mesoscale convective complexes crossed southern Wisconsin during the early morning hours of July 11th. The first complex weakened as it moved eastward through northern sections of South Central and Southeast Wisconsin, though it produced severe wind gusts that caused damage across eastern Green Lake County into Fond Du Lac and Dodge counties. The second, stronger, complex moved along and south of the I-94 corridor. Embedded bow echo structures on radar indicated portions of the complex that caused widespread damaging wind gusts that downed power lines, blew over trees, damaged buildings, and flattened barns and corn fields. At the height of the event, WE Energies reported 28,000 customers were without power in Southeast Wisconsin. |
| Event narrativeevent_narrative | Newspapers reported a lightning strike that caused a minor fire at a home on State Highway 60, just west of Hustisford. The fire filled the basement with smoke. |
| Yearyear | 2,011 |
Provenance
This slot's source list is not carried on the manifest row; open the dossier below.
Storage: spine