Extensive Tracking of Nomadic Waterbird Movements Reveals an Inland Flyway.

Waterbirds are highly mobile and have the ability to respond to environmental conditions opportunistically at multiple scales. Mobility is particularly crucial for aggregate-nesting species dependent on breeding habitat in arid and semi-arid wetlands, which can be ephemeral and unpredictable. We aimed to address knowledge gaps about movement routes for aggregate-nesting nomadic waterbird species by tracking them in numbers sufficient to make robust assessment of their movement patterns.

Defining a core set of research and development priorities for virtual care in the post-pandemic environment: a call to action.

Objectives: To identify research and development priorities for virtual care following the coronavirus disease 2019 pandemic from the perspective of key stakeholders (patients, clinicians, informaticians and academics).

Design: Qualitative study using a modified nominal group technique.

Setting: Online semi-structured interviews and workshops held in November 2022 and February 2023.

How primary and tertiary care services collaborate in urgent care delivery: an evaluation of general practice advice lines.

Background: To address the rising demand for urgent care and decrease hospital use, health systems are implementing different strategies to support urgent care patients (i.e. patients who would have typically been treated in hospital) in the community, such as general practitioner (GP) advice lines.

Satellite telemetry reveals complex mixed movement strategies in ibis and spoonbills of Australia: implications for water and wetland management.

Waterbird population and species diversity maintenance are important outcomes of wetland conservation management, but knowledge gaps regarding waterbird movements affect our ability to understand and predict waterbird responses to management at appropriate scales. Movement tracking using satellite telemetry is now allowing us to fill these knowledge gaps for highly mobile waterbirds at continental scales, including in remote areas for which data have been historically difficult to acquire. We used GPS satellite telemetry to track the movements of 122 individuals of three species of ibis and spoonbills (Threskiornithidae) in Australia from 2016 to 2023.