Troubles persist at Kermisdahl due to recurring issues with Klever Mountain
In a recent press release, the city of Cleves announced the temporary closure of a section of the riverside hiking trail along the Kermisdahl, at the height of the cascade. The closure is a result of a mudslide caused by heavy rain.
The affected slope area is being filled and secured to prevent further instability. The installed sheet piles and secured retaining walls are ensuring the slope remains secure. No current damage has been reported to the cascade structure, which guides water masses from Cleves' upper town into the Kermisdahl.
Soil erosion at the foot of the cascade has affected the footpath in front of it, increasing the risk of landslides. Despite the closure, no alternative hiking routes have been suggested by the city for visitors during this period.
The exact duration of the trail closure is not specified in the press release, but it is expected to be completed within approximately two weeks. It is important to note that the closure does not affect the entire trail system in Cleves.
The city did not provide information on the expected clean-up or repair timeline for the affected trail. No new information about alternative hiking routes during the trail closure was provided either.
It's worth mentioning that seven years ago, the cascade structure underwent extensive renovations, ensuring its stability and functionality. The city encourages visitors to check their website or social media platforms for updates regarding the reopening of the trail.
At this time, no additional details about the clean-up or repair timeline were given in the press release. The city of Cleves asks for the public's understanding and cooperation during this period.
The heavy rain and subsequent mudslide have led to a temporary closure of a section of the riverside hiking trail along the Kermisdahl, affecting the area due to climate-change induced weather events. The city's environmental-science experts are closely monitoring the situation, with the possibility of implementing preventative measures in future to minimize environmental risks.
