Low Abundance of King Eider Nests During Low Lemming Years in Northeast Greenland
Arctic (2000) Volume: 53, Pages: 53-60
Arctic (2000) Volume: 53, Pages: 53-60
The Condor 113(1):52-60. 2011
King Eider Bibliography 45 records
Seventy Abstracts of the Third North American Sea Duck Conference,
presented10-14 November 2008 Quebec City, Monteal, Canada
One hundred and five Abstracts of the Second North American Sea Duck Conference presented
in Annapolis Maryland 7-11 November, 2005
One hundred and eighteen Abstracts of the First North American Sea Duck Workshop and Conference
presented in Victoria, British Columbia, Canada 6-10 November, 2002
This report looks at three natural areas in the boreal forest that are critical for birds,
but that are coming under pressure from industry, hydropower, and climate change.
We discuss some strong policy steps governments must take in order to protect the
watery forest and the great biodiversity of birds it supports.
During the 1980's, restrictive harvest regulations linked to declines in mid-continent duck populations and restrictions on black duck harvest led to a shift in hunting pressure to lesser-utilized species, such as sea ducks. Concern among Atlantic coast waterfowl biologists about this increase in pressure on sea ducks led to a variety of surveys in different areas being conducted at different times, using a variety of techniques that were not compatible.
There is a dearth of information about bird use of certain areas of Bristol Bay during winter. This survey will fill in gaps of our knowledge and provide baseline winter abundance and distribution data for eastern Bristol Bay and the southern extent of sea ice, which varies annually. The area is subject to potential threats from offshore oil and gas development and from mining (i.e., Pebble mine). The aerial survey will be done using USFWS Kodiak fixed-wing aircraft and pilots and will test the proposed survey methodology..
ABSTRACT.—The ingestion of spent lead shot was known to cause mortality in wild waterfowl in the US a
century before the implementation of nontoxic shot regulations began in 1972. The biological foundation
for this transition was strongly supported by both field observations and structured scientific investigations.
Despite the overwhelming evidence, various societal factors forestalled the full transition to nontoxic shot
for waterfowl hunting until 1991. Now, nearly 20 years later, these same factors weigh heavily in current