Publications by authors named "Fiona Glover"

Introduction: Globally, chronic pain affects more than 30% of people worldwide and is the leading cause of disability and health care utilisation. Access to timely, person-centred, cost-effective programs is unattainable for most. People living in regional, rural and remote areas are disproportionately affected due to scarcity of services and qualified, multidisciplinary health and medical professionals.

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Objective MindStep™ is an Australian low-intensity cognitive behaviour therapy (LICBT) program for individuals with mild-to-moderate symptoms of anxiety and depression. UK-produced LICBT guided self-help (GSH) materials were originally used in the MindStep™ program. In 2017, Australian LICBT GSH materials were developed to better suit Australian users.

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Digital Mental Health Platforms offer feasible options to increase access to mental health support. This study aimed to examine the acceptability of a Low Intensity Cognitive Behaviour Therapy Digital Mental Health Platform, containing a Virtual Coach, with University Students ( = 16) and Mental Health Professionals ( = 5). Semi-structured interviews, exploratory focus groups, and inductive thematic analysis were conducted.

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Background: In 2006, the British government launched 'Improving Access to Psychological Therapies' (IAPT), a low intensity cognitive behaviour therapy intervention (LiCBT) designed to manage people with symptoms of anxiety and depression in the community. The evidence of the effectiveness of IAPT has been demonstrated in multiple studies from the UK, USA, Australia and other countries. MindStep™ is the first adaptation of IAPT in Australia, delivered completely by telephone, targeting people with a recent history of a hospital admission for mental illnesses within the private health system.

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The acid generation mechanisms and neutralizing capacities of sulfidic sediments from two inland wetlands have been studied in order to understand the response of these types of systems to drying events. The two systems show vastly different responses to oxidation, with one (Bottle Bend (BB) lagoon) having virtually no acid neutralizing capacity (ANC) and the other (Psyche Bend (PB) lagoon) an ANC that is an order of magnitude greater than the acid generation potential. While BB strongly acidifies during oxidation the free acid generation is less than that expected from the measured proton production and consumption processes, with additional proton consumption attributed to the formation of an acid-anion (chloride) FeIII (oxyhydr)oxide product, similar to akaganéite (Fe(OH)2.

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