Case Date:

10/12/2021

The sidewalk has a serious dip and all the water collects here when it rains, making it unpassable.

Case Date:

7/16/2020

These barriers at co live 14th &college are supposed to be water filled. They just have an inch of rainwater.

Case Date:

5/16/2021

Sidewalk on south side of W 17th just east of tri north construction entrance covered with mud again. I can't overemphasize that the sidewalk itself is serving as a culvert to drain several acres and this problem will not go away on its own when the construction crews leave. I'll try to remember to come out here with a ruler when it rains next week to record the depth of the creek. Kids will be using this sidewalk to walk to school even on rainy days and their shoes should not be completely submerged!! We are going to look into this today (5/17). We believe that a soil stockpile and a storm drain with inlet protection is not allowing water to flow into the storm drain. We are going to investigate again and see if we can identify the exact issue.

Case Date:

5/25/2022

sidewalk on south side of 17th, just in front of trinorth. about 300ft east of the driveway onto 17th. ponded water still at 9:40pm. it stopped raining at 6:30p. much mud between here and the driveway cut. the sidewalk is obviously channelizing water. it is functioning as a culvert. thanks! good luck!

Case Date:

5/5/2022

The side walk along High Street, just south of Woodstock Place, has been partially blocked with the asphalt that was used to temporarily fill pot holes. As the water pushed out the asphalt, it has moved onto the sidewalk, making walking along busy High Street more dangerous.

Case Date:

2/25/2024

Part of the city-maintained Hunter footpath between Eastside Drive and Mitchell is submerged by an overflowing spring that has flowed under the footpath for more than 30 years of my personal experience. The pipe which carries the spring under the footpath is apparently silted up and needs to be reopened. At present, the foot path is impassable for pedestrians due to the amount of water on the path.