Restoration of former commercial salt evaporation ponds in the San Francisco Bay estuary is intended to reverse a severe decline (\u3e79%) in tidal salt marshes. San Francisco Bay is a critical migratory stopover site and wintering area for shorebirds and waterfowl, and salt ponds are important high tide roosting and foraging areas. Conservation of past bird abundance is a stated goal of area restoration projects, and early adaptive management will be critical for achieving this objective. However, initial avian response at sites restored to tidal flow may not be indicative of long-term results. For example, winter shorebirds at a 529 ha pond breached in 2002 showed a marked increase in shorebird abundance following breaching. Shorebirds co...
Habitat loss is thought to be the biggest factor contributing to the decline of shorebirds worldwide...
Wetlands are unique ecosystems that support specific flora, fauna, hydrology, and geology. These ec...
Extensive global estuarine wetland losses have prompted intensive focus on restoration of these habi...
Restoration of former commercial salt evaporation ponds in the San Francisco Bay estuary is intended...
The San Francisco Bay (SFB), like many other urbanized estuaries, is a critical wintering and stop-o...
In south San Francisco Bay, former salt ponds now managed as wildlife habitat support large populati...
The South Bay Salt Pond Restoration Project aims to restore many former salt production ponds, now m...
The South Bay Salt Pond Restoration Project aims to restore 50–90 percent of former salt evaporation...
California taxpayers are funding the South Bay Salt Pond Restoration Project to restore the decimate...
International audienceOver 6,110 ha of the commercial production salt ponds surrounding South San Fr...
<p>A collaboration amonth San Francisco Bay Bird Observatory, Don Edwards National Wildlife Refuge, ...
Wintering and stopover areas provide crucial habitat for migratory birds yet are often understudied....
Tidally-influenced estuarine habitats in the Pacific Northwest are ecologically important wintering ...
Extensive habitat loss and degradation have resulted in decreases in populations of tidal marsh bree...
The warm climate and attractive coastline of southern California has resulted in an increasingly lar...
Habitat loss is thought to be the biggest factor contributing to the decline of shorebirds worldwide...
Wetlands are unique ecosystems that support specific flora, fauna, hydrology, and geology. These ec...
Extensive global estuarine wetland losses have prompted intensive focus on restoration of these habi...
Restoration of former commercial salt evaporation ponds in the San Francisco Bay estuary is intended...
The San Francisco Bay (SFB), like many other urbanized estuaries, is a critical wintering and stop-o...
In south San Francisco Bay, former salt ponds now managed as wildlife habitat support large populati...
The South Bay Salt Pond Restoration Project aims to restore many former salt production ponds, now m...
The South Bay Salt Pond Restoration Project aims to restore 50–90 percent of former salt evaporation...
California taxpayers are funding the South Bay Salt Pond Restoration Project to restore the decimate...
International audienceOver 6,110 ha of the commercial production salt ponds surrounding South San Fr...
<p>A collaboration amonth San Francisco Bay Bird Observatory, Don Edwards National Wildlife Refuge, ...
Wintering and stopover areas provide crucial habitat for migratory birds yet are often understudied....
Tidally-influenced estuarine habitats in the Pacific Northwest are ecologically important wintering ...
Extensive habitat loss and degradation have resulted in decreases in populations of tidal marsh bree...
The warm climate and attractive coastline of southern California has resulted in an increasingly lar...
Habitat loss is thought to be the biggest factor contributing to the decline of shorebirds worldwide...
Wetlands are unique ecosystems that support specific flora, fauna, hydrology, and geology. These ec...
Extensive global estuarine wetland losses have prompted intensive focus on restoration of these habi...