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7 results for “Bald Eagle”
Bald eagle (Haliaeetus leucocephalus) GPS relocations, southeastern Alaska, 2010-2016
<p>GPS relocations for 28 marked bald eagles (<em>Haliaeetus leucocephalus</em>) captured in southeastern Alaska, USA between 2010 and 2014.</p>
Policy and the social burden of bald eagle recovery
<p class="MsoNormal">One of the challenges of applying endangered species policy on private property is striking an equitable balance between species protection and civil liberties. The future of many imperiled species depends on a public-private trust. We estimate the social burden of managing bald eagles on private lands within the lower Chesapeake Bay (1976-2016). We quantify the area of private and government-owned land deemed critical around nests and estimate the value of private properties as an index of burden. The bald eagle population increased from 30 to 1,052 breeding pairs and the land within nest buffers increased from 384 to 10,670 ha with >80% on private lands. Estimated value of private property "under guidelines" increased more than 900 fold. More than 94% of this burden was imposed after eagles reached recovery goals. Restricting activities on private lands to achieve diminishingly small conservation benefits threatens to undermine landowner participation in conservation efforts.</p>
Dairy farmer semi-structured interview responses related to bald eagles (Haliaeetus leucocephalus) in Washington state
<p>This data provides responses to semi-structured interviews conducted with dairy farmers in Whatcom County, Washington State, USA. The goal of the interviews were to gather information on eagle activity in agricultural and dairy settings, and to assess farmers relationships with bald eagles on their farms. </p>
Dairy farmer semi-structured interview responses related to bald eagles (Haliaeetus leucocephalus) in Washington state
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Policy and the social burden of bald eagle recovery
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Data from: Top-down effects of repatriating bald eagles hinder jointly recovering competitors
1. The recovery of piscivorous birds around the world is touted as one of the great conservation successes of the 21st century, but for some species, this success was short-lived. Bald eagles, ospreys, and great blue herons began repatriating Voyageurs National Park, USA, in the mid-20th century. However, after 1990, only eagles continued their recovery, while osprey and heron recovery failed for unknown reasons. 2. We aimed to evaluate whether top-down effects of bald eagles, and bottom-up effects of inclement weather, habitat quality, and fish resources contributed to the failed recovery of ospreys and herons in a protected area. 3. We quantified the relative influence of top-down and bottom-up factors on nest colonization, persistence (i.e., nest reuse) and success for ospreys, and occurrence and size of heronries using 26 years (1986-2012) of spatially-explicit monitoring data coupled with multi-response hierarchical models and Bayesian variable selection approaches. 4. Bald eagles were previously shown to recover faster due to intensive nest protection and management. Increased numbers of eagles were associated with a reduction in the numbers of osprey nests, their nesting success, and heronry size; while higher local densities of nesting eagles deterred heronries nearby. We found little evidence of bottom-up limitations on the failed recovery of herons and ospreys. 5. We present a conservation conundrum: bald eagles are top predators and a flagship species of conservation that have benefited from intensive protection, but this likely hindered the recovery of ospreys and herons. Returning top predators, or rewilding, is widely promoted as a conservation strategy for top-down ecosystem recovery, but managing top predators in isolation of jointly recovering species can halt or reverse ecosystem recovery. Previous studies warn of the potential consequences of ignoring biotic interactions amongst recovering species, but we go further by quantifying how these interactions contributed to failed recoveries via impacts on the nesting demography of jointly recovering species. Multi-species management is paramount to realizing the ecosystem benefits of top predator recovery.
Data from: Top-down effects of repatriating bald eagles hinder jointly recovering competitors
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