Publications by authors named "E G Heywood"

Article Synopsis
  • * Researchers fitted albatrosses with advanced sensors to compare different movement metrics against heart rate-derived oxygen consumption (V̇O2), which serves as an indirect measure of EE.
  • * The results indicate that while overall dynamic body acceleration (ODBA) is a poor predictor of EE in soaring birds, using angular velocity during yaw and counting flaps can offer more accurate estimates of energy costs associated with their unique movement patterns.
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Objectives: Acute mastoiditis (AM) and its associated intra and extracranial complications are rare complications of acute otitis media. However, they are associated with a high morbidity. The management of AM with complications carries significant variations in approach.

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Objectives: To summarise current practices in the diagnosis and management of deep neck space infections (DNSIs). To inform future studies in developing a framework in the management of DNSIs.

Design: This review was registered on PROSPERO (CRD42021226449) and reported in line with PRISMA guidelines.

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Advances in animal biologging technologies have greatly improved our understanding of animal movement and distribution, particularly for highly mobile species that travel across vast spatial scales. Assessing the accuracy of these devices is critical to drawing appropriate conclusions from resulting data. While understanding the vertical dimension of movements is key to assessing habitat use and behavior in aerial species, previous studies have primarily focused on assessing the accuracy of biologging devices in the horizontal plane with far less emphasis placed on the vertical plane.

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Cetaceans are important consumers in marine ecosystems, but few studies have quantified their climate responses. The rapid, directional warming occurring in the Northeast United States (NEUS) provides a unique opportunity to assess climate impacts on cetaceans. We used stranding data to examine changes to the distribution and relative abundance of odontocetes from 1996 to 2020 in both the NEUS and the Southeast United States (SEUS), which is not warming.

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