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ARS Home » Midwest Area » Columbus, Ohio » Soil Drainage Research » Research » Publications at this Location » Publication #116557
Title: EARLY DEVELOPMENT OF VASCULAR VEGETATION OF CONSTRUCTED WETLANDS IN NORTHWEST OHIO RECEIVING AGRICULTURAL WATERS

Author
item LUCKEYDOO, L - OHIO STATE UNIVERSITY
item Fausey, Norman
item BROWN, L - OHIO STATE UNIVERSITY
item DAVIS, C - OHIO STATE UNIVERSITY

Submitted to: Agriculture Ecosystems and the Environment
Publication Type: Peer Reviewed Journal
Publication Acceptance Date: 11/21/2000
Publication Date: 1/20/2002
Citation: LUCKEYDOO, L.M., FAUSEY, N.R., BROWN, L.C., DAVIS, C.B. EARLY DEVELOPMENT OF VASCULAR VEGETATION OF CONSTRUCTED WETLANDS IN NORTHWEST OHIO RECEIVING AGRICULTURAL WATERS. AGRICULTURE ECOSYSTEMS AND THE ENVIRONMENT. 2002. V. 88. P. 89-94.

Interpretive Summary: Constructed wetlands are currently being explored for use in reducing non-point source pollution. The Wetland Reservoir Subirrigation System (WRSIS) project links water management in agricultural fields, constructed wetlands and water storage reservoirs to enhance crop production and reduce delivery of agrichemicals and sediments to local waterways. Three WRSIS demonstration sites have been developed on prior converted cropland in the Maumee River watershed located in northwest Ohio. Passive revegetation of these three constructed wetlands associated with WRSIS systems has resulted in good vegetation cover, but it is lacking the desired percentage of wetland species to date. Passive revegetation may prove to be an effective and economical method of revegetating constructed wetlands within agricultural landscapes that have suitable propagule availability.

Technical Abstract: Constructed wetlands are currently being explored for use in reducing non-point source pollution. The Wetland Reservoir Subirrigation System (WRSIS) project links water management in agricultural fields, constructed wetlands and water storage reservoirs to enhance crop production and reduce delivery of agrochemical and sediments to local waterways. Three WRSIS demonstration sites have been developed on prior converted cropland in the Maumee River watershed located in northwest Ohio. Construction of the wetlands was completed in 1996 and they were then allowed to passively revegetate while receiving drainage water from adjacent fields. The primary goal of this study was to characterize the initial development of vegetation and the availability of propagules within these wetlands. Preliminary vegetation inventories conducted in 1998 identified moderate species richness but low percentage of wetland species. A germination study completed on soils from one location showed additional viable wetland species available in the seed bank. Passive revegetation of these three constructed wetlands associated with WRSIS systems has resulted in good vegetation cover, but it is lacking the desired percentage of wetland species to date. Passive revegetation may prove to be an effective and economical method of revegetating constructed wetlands within agricultural landscapes that have suitable propagule availability.