2,551 first-hand accounts of flood events in West Virginia, ranked by impact. Each is a NOAA-written narrative of the moment.
A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →A warm front stalled along northern West Virginia early on January 1st as a low pressure system developed along the Ohio Valley. These features brought widespread moderate to heavy rainfall to the area.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →A low pressure system emerging from the Tennessee Valley tracked into West Virginia on the evening of February 24th, spreading periods of rain into the state.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →An arctic cold front approached and passed through the area February 3rd into February 4th. Multiple waves of low pressure moved along this front, allowing for a slow moving system which provided plenty of rainfall, heavy at times, to the Ohio Valley and across West Virginia.
Read the full account →A slow moving low pressure system, along with plenty of moisture, allowed for showers and thunderstorms to gradually move through the Ohio Valley during the day on May 6th.
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