Boulder Colorado Sep 2013 Flood Event Noaa Physical Sciences Laboratory On september 12, boulder creek was reported to have exceeded 5,000 cubic feet (140 m 3) of water per second. boulder creek regularly flows around 150–200 cubic feet (4.2–5.7 m 3) per second. this caused serious damage to buildings along the creek and the creek path such as boulder high school. We are making available links and archiving maps and related figures for the sep 2013 flood event. if you know of other sources of weather information, please let us know.
Boulder Colorado Sep 2013 Flood Event Noaa Physical Sciences Laboratory The heaviest totals of 12 to 18 inches were widespread through much of central boulder county, stretching from boulder north and west toward jamestown, lyons, and into central larimer county including the estes park area. From sept. 11 to 15, 2013, the city of boulder and communities across the front range experienced significant rainfall that led to flooding, loss of life and widespread damage. ten years later, we reflect on the strength of our community and the work we've done to prepare for future floods. The most intense, widespread, and persistent rainfall along the front range occurred on 11–12 september. while flash flooding from locally heavy rainfall in mountain canyons is not uncommon in this region, many characteristics of the september 2013 floods were exceptional. Like summertime monsoon storms, the deluge that struck in the second week of september 2013 involved moist air from the gulf of mexico. the storm resulted from the interaction of low pressure, warm air loaded with moisture, and colorado's mountains.
Ppt Boulder Reservoir Flood September 2013 Powerpoint Presentation The most intense, widespread, and persistent rainfall along the front range occurred on 11–12 september. while flash flooding from locally heavy rainfall in mountain canyons is not uncommon in this region, many characteristics of the september 2013 floods were exceptional. Like summertime monsoon storms, the deluge that struck in the second week of september 2013 involved moist air from the gulf of mexico. the storm resulted from the interaction of low pressure, warm air loaded with moisture, and colorado's mountains. With no immediate end in sight, the national weather service issued flash flood warnings in boulder, el paso, and larimer counties on september 11. on the night of september 11, torrential rainfall pounded the fire scarred, oversaturated foothills. From september 9th september 16th, 2013, colorado experienced one of its most extreme rainfall and flood events in recorded history. how did this storm compare to other major rain flood events in colorado history? check out the historic events page to learn more information about previous events. The 2013 flood in boulder, colorado, was triggered by a combination of factors, including unusually heavy rainfall over a short period and the saturation of the ground. the resulting deluge overwhelmed rivers and drainage systems, causing widespread flooding and destruction. While boulder may have received the most rainfall, the most significant and historic flooding was present in lyons and longmont, where a bulk of the rain fell upstream and was funneled by steep terrain through tight creek beds.
Boulder Flood 2013 Talkingpointz With no immediate end in sight, the national weather service issued flash flood warnings in boulder, el paso, and larimer counties on september 11. on the night of september 11, torrential rainfall pounded the fire scarred, oversaturated foothills. From september 9th september 16th, 2013, colorado experienced one of its most extreme rainfall and flood events in recorded history. how did this storm compare to other major rain flood events in colorado history? check out the historic events page to learn more information about previous events. The 2013 flood in boulder, colorado, was triggered by a combination of factors, including unusually heavy rainfall over a short period and the saturation of the ground. the resulting deluge overwhelmed rivers and drainage systems, causing widespread flooding and destruction. While boulder may have received the most rainfall, the most significant and historic flooding was present in lyons and longmont, where a bulk of the rain fell upstream and was funneled by steep terrain through tight creek beds.
Comments are closed.