SNOFLO

       

RICE LAKE WETLAND RESTORATION UPPER

RESERVOIR LEVELS
March 25, 2025


27°F

Tonight

48°F

Wednesday

5mph

Windspeed

82%

Humidity

Rice Lake Wetland Restoration Upper, located in Detroit Lakes, Minnesota, is a vital wetland restoration project overseen by the local government. This project, designed by Houston Eng, aims to enhance the ecosystem and biodiversity of the area by restoring and preserving the wetlands along the Pelican River. The project is regulated by the Minnesota Department of Natural Resources, ensuring that the wetlands are protected and managed in accordance with state regulations.

The dam at Rice Lake Wetland Restoration Upper is a rockfill structure with a height of 8 feet and a storage capacity of 2698 acre-feet. Despite its low hazard potential, the dam is regularly inspected to ensure its fair condition and continued safety. The project also includes emergency preparedness measures, although details on the Emergency Action Plan (EAP) and risk assessment are not currently available. Overall, Rice Lake Wetland Restoration Upper serves as a model for sustainable wetland management and environmental stewardship in the region.

With its focus on wetland restoration and conservation, Rice Lake Wetland Restoration Upper plays a crucial role in maintaining the health and resilience of the ecosystem in Becker County, Minnesota. By preserving the wetlands along the Pelican River, this project not only benefits local wildlife and plant species but also contributes to the overall water quality and climate resilience of the area. As a community-led initiative with state regulatory oversight, Rice Lake Wetland Restoration Upper stands as a testament to the importance of proactive environmental stewardship and sustainable water resource management in the face of climate change.

Dam_Height 8
River_Or_Stream PELICAN RIVER
Primary_Dam_Type Rockfill
Nid_Storage 2698
Hazard_Potential Low
Nid_Height 8
       

Weather Forecast

Created with Highcharts 8.0.0humidity0.88"0.88"0.27"0.27"Thu Mar 27Fri Mar 28Sat Mar 29Sun Mar 30Mon Mar 31Mon Mar 3132°64°96°100%25%50%75%