{"id":5184,"date":"2018-12-11t15:16:45","date_gmt":"2018-12-11t21:16:45","guid":{"rendered":"https:\/\/snyder-associates.u5fz9z3h-liquidwebsites.com\/?post_type=snyder-projects&p=5184"},"modified":"2022-04-18t13:30:02","modified_gmt":"2022-04-18t18:30:02","slug":"stream-sanitary-sewer-protection-four-mile-creek","status":"publish","type":"snyder-projects","link":"\/\/www.dicovercards.com\/projects\/stream-sanitary-sewer-protection-four-mile-creek\/","title":{"rendered":"stream & sanitary sewer protection: fourmile creek"},"content":{"rendered":"

improving ecological stream functions & habitat<\/h2>\n

the wra fourmile creek improvements-north of broadway project protects vital infrastructure while fostering improved ecological functions and habitat. traditional infrastructure protection with riprap at single bends was abandoned because of the low ecological value. generally speaking, the ecological value of an organism, natural resource, activity, and other components of natural ecosystems are defined by the benefits they provide to support native life.<\/p>\n

integrating ecological lift techniques within this complex project has garnered a 2019 engineering excellence honor award<\/a> from the acec-ia<\/a>.<\/p>\n

this project began when streambank erosion<\/a> at several fourmile creek locations put sanitary sewer infrastructure<\/a> at risk. snyder & associates\u2019 experience with environmental engineering<\/a>, fluvial processes, and stream restoration<\/a> prompted the des moines metropolitan wastewater reclamation authority (wra)<\/a> to seek our assistance on a creative solution to address the issue. collaboration was essential in creating a vision for the project as well as identifying project priorities and opportunities.<\/p>\n

by reading the river and using natural channel design concepts<\/a>, this project transformed an environmental liability into an improvement that:<\/p>\n