Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habitat to migrating waterbirds and other wetland-dependent wildlife in the Upper Midwest (Havera 1999). The Nature Conservancy’s Emiquon Preserve (2,700 ha) is a portion of a former floodplain of the Illinois River that was farmed for >80 years, isolated behind river levees, and has been undergoing restoration to a complex of wetlands and uplands since 2007. Since hydrology returned in 2007, we have monitored key ecological attributes (hereafter, KEAs) of specific biological characteristics or ecological processes related to waterbird communities and their habitats. Wetland vegetation communities and associated cover types have increased almost 70...
It is widely assumed that waterfowl management activities benefit a variety of wetland dependent bir...
We sought to investigate marsh bird occupancy and abundance across a wide range of representative we...
Marsh birds (rallids, bitterns, and grebes) depend on emergent wetlands, and habitat loss and degrad...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
We monitored the response of wetland habitats and waterbirds to restoration efforts at Emiquon durin...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
Waterfowl, marsh birds, shorebirds, and other waterbirds rely on wetlands to meet dynamic physiologi...
We monitored production, abundance, and behavior of waterfowl and other waterbirds at The Emiquon Pr...
Although most emergent wetlands across central North America have been destroyed or degraded, wetlan...
It is widely assumed that waterfowl management activities benefit a variety of wetland dependent bir...
We sought to investigate marsh bird occupancy and abundance across a wide range of representative we...
Marsh birds (rallids, bitterns, and grebes) depend on emergent wetlands, and habitat loss and degrad...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
Historically, the wetlands of the Illinois River valley (IRV) provided extensive and valuable habita...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
We monitored the response of wetland habitats and waterbirds to restoration efforts at Emiquon durin...
The Nature Conservancy (TNC) identified key ecological attributes (hereafter, KEAs) of specific biol...
Waterfowl, marsh birds, shorebirds, and other waterbirds rely on wetlands to meet dynamic physiologi...
We monitored production, abundance, and behavior of waterfowl and other waterbirds at The Emiquon Pr...
Although most emergent wetlands across central North America have been destroyed or degraded, wetlan...
It is widely assumed that waterfowl management activities benefit a variety of wetland dependent bir...
We sought to investigate marsh bird occupancy and abundance across a wide range of representative we...
Marsh birds (rallids, bitterns, and grebes) depend on emergent wetlands, and habitat loss and degrad...