LaCrosse NFWCO
Midwest Region
Home
About Us
Projects
Current
bullet
  Asian Carp
  Bighead
  Black
  Grass
  Silver
bullet
  Zebra Mussel
bullet
  Round Goby
bullet
  Lake Sturgeon, White Earth
bullet
  Lake Sturgeon, Menominee
bullet
  Fish Passage
bullet
  Winged Mapleleaf Restoration
bullet
  Higgins' Eye Restoration
bullet
  R3 Dive Team
bullet
  Fishing Days
bullet
  Outreach
Past
bullet
  Paddlefish Restoration
bullet
  Dredge Placement
bullet
  Iowa River Corridor
bullet
  Remote Radio Tracking
Reports & Links

Partners

Volunteer
Careers
Kids Corner
Site Map
 
Contacting Us:

Pam Thiel
(Project Leader)
555 Lester Avenue
Onalaska, WI 54650

Email
Phone:
(608) 783-8434
Fax:
(608) 783-8450

Iowa River Corridor

Water Quality Event MonitorThe Iowa River basin contains some of the most productive agricultural lands in the nation. However, market economics have periodically forced some land owners in this watershed to expand agricultural production to flood-susceptible habitats. Following years of intermittent but severe flooding along portions of this river, federal authority and funds were recently made available for the Service to acquire a portion of the Iowa River corridor and to help restore it back into a functioning floodplain ecosystem that will support native plants and animals.

The Iowa River Corridor Project was launched in 1995 by the Fish and Wildlife Service and the Natural Resource Conservation Service as a community-based effort of government, non-government, and private partners to restore wetlands and the riparian corridor along a nearly 50-mile reach of the Iowa River between the towns of Tama and Marengo, Iowa.

Water Quality MonitorA water quality monitoring effort lead by the Hygienic Laboratory at the University of Iowa has been an active component of the overall restoration project since its inception. As a part of this water quality monitoring effort, the La Crosse FRO has been cooperating with the Hygienic Laboratory since 1997 to document the extent to which brief periods of heavy rainfall and snow melt runoff may increase the concentration of several agricultural pollutants in small streams here that flow into the Iowa River. Such contaminant-laden runoff may threaten the long-term success of the Iowa River Corridor Project and pose a localized health risk, as well as contribute to distant environmental problems of national concern such as the hypoxic zone in the Gulf of Mexico.

The point of contact for this project is:
Mark_Steingraeber@fws.gov
(608) 783-8436


 

Last updated: July 10, 2008