Grant/Contract No: 301817G038 Mod. # 1As of mid-November 2008, we have: 1) removed, and preserved the ingesta of 134 shorebirds collected during fall 2008; 2) extracted habitat (core) samples from the collection site and a random site for each bird to determine food selection and availability; 3) computed size-corrected body mass (a body condition index) for collected shorebirds in 2007 and 2008, and; 4) sorted and summarized ingesta from 152 shorebirds collected in 2007. We are currently processing food availability samples from 2007 and will begin analysis of ingested food and habitat samples from 2008 collections.INHS Technical Report Prepared for U.S. Fish and Wildlife Servic
We will investigate the ecology, distribution, and abundance of waterfowl and other wetland-associat...
Shorebirds have always relied on the extensive network of natural wetlands from Texas to North Dakot...
Virtually all species of shorebirds are decreasing on a global scale, due primarily to habitat loss ...
Barbara J. Pardo, Regional Joint Venture Coordinator, Upper Mississippi River & Great Lakes Region J...
Populations of many shorebird species appear to be declining in North America, and food resources at...
U.S. Fish and Wildlife Services, Upper Mississippi River and Great Lakes Region Joint Venture Grant/...
The shorebirds, Order Charadriiformes, are very important organisms as they make up a great proporti...
Roberts Bank within the Fraser River estuary, BC contains important migratory stopover and overwinte...
Staging areas along the coasts provide reliable food resources and shorebirds may use the same stopo...
Stopover and staging sites provide critical opportunities for migrating shorebirds to rapidly regain...
Approximately 500,000 shorebirds travel through the Mississippi Alluvial Valley (MAV) each spring an...
Shorebirds represent a highly diverse group of species, many of which experience tremendous energy d...
Many migratory shorebirds rely on estuaries as stop-over sites to refuel during migration, and the l...
This study took place on 3 lower Missouri River sandbars near Columbia, Missouri during June 2004 to...
Waterfowl, marsh birds, shorebirds, and other waterbirds rely on wetlands to meet dynamic physiologi...
We will investigate the ecology, distribution, and abundance of waterfowl and other wetland-associat...
Shorebirds have always relied on the extensive network of natural wetlands from Texas to North Dakot...
Virtually all species of shorebirds are decreasing on a global scale, due primarily to habitat loss ...
Barbara J. Pardo, Regional Joint Venture Coordinator, Upper Mississippi River & Great Lakes Region J...
Populations of many shorebird species appear to be declining in North America, and food resources at...
U.S. Fish and Wildlife Services, Upper Mississippi River and Great Lakes Region Joint Venture Grant/...
The shorebirds, Order Charadriiformes, are very important organisms as they make up a great proporti...
Roberts Bank within the Fraser River estuary, BC contains important migratory stopover and overwinte...
Staging areas along the coasts provide reliable food resources and shorebirds may use the same stopo...
Stopover and staging sites provide critical opportunities for migrating shorebirds to rapidly regain...
Approximately 500,000 shorebirds travel through the Mississippi Alluvial Valley (MAV) each spring an...
Shorebirds represent a highly diverse group of species, many of which experience tremendous energy d...
Many migratory shorebirds rely on estuaries as stop-over sites to refuel during migration, and the l...
This study took place on 3 lower Missouri River sandbars near Columbia, Missouri during June 2004 to...
Waterfowl, marsh birds, shorebirds, and other waterbirds rely on wetlands to meet dynamic physiologi...
We will investigate the ecology, distribution, and abundance of waterfowl and other wetland-associat...
Shorebirds have always relied on the extensive network of natural wetlands from Texas to North Dakot...
Virtually all species of shorebirds are decreasing on a global scale, due primarily to habitat loss ...