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Showing posts with the label flooding in Kamloops

Hidden risks and recovery after major water intrusion

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Few natural disasters are capable of striking homes and businesses with such little warning, doing more damage to the structures than just what can be seen on the surface. Saturated belongings and mold from standing water and higher humidity can lead to structural damage, as well as poor indoor air quality. As we deal with the aftermath of flooding in Kamloops , it is important to remember that some of the worst aspects are not always the most visible. Moisture infiltration is the most pressing issue after a flood. Water can hide under floors, behind walls, and within insulation where you’ll never see it — even long after obvious standing water has been cleaned up. This residual moisture weakens structural materials and is an ideal breeding ground for mold and bacteria. Dealing with these issues in the aftermath of Kamloops flooding before extensive damage and repairs are necessary. Another critical issue is contamination. Flood water can contain sewage,  chemicals, and other biologica...

Floods in Kamloops: Understanding their impact

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Flooding in Kamloops is a common occurrence with serious environmental and economic impacts. As it is at the junction of the North and South Thompson Rivers, Kamloops naturally has high water levels during spring runoff. When snowpack in the nearby mountains melts quickly, particularly after warm weather or rain-on-snow events, the risk of overland flooding rises precipitously. Local officials are keeping a close eye on water levels, but even with the preparation, they can be extensive due to water flooding in Kamloops . Water damage can affect homes, roads and public infrastructure, as well as farmland and natural habitats. And more recently,  a changing climate has made flood patterns unpredictable, with some places experiencing more frequent and more violent events than in the past. The nature of flooding in Kamloops seems to complicate things, how fast it can go the wrong way very quickly. An abrupt warming trend in early spring can lead to torrential snowmelt that overwhelms storm...