Publications by authors named "Katharine Law"

Objective: The aim of the present review was to critically evaluate empirical evidence regarding staff factors that contribute to families' satisfaction with ongoing care provision for their relatives with dementia in long-term care.

Methods: Four databases were systematically searched using search terms informed by the aim of the present systematic review. The resulting 14 relevant articles comprised both qualitative and quantitative studies.

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The study aimed to explore the experiences of healthcare assistants working with people with dementia in UK residential care homes. Eight participants completed semi-structured interviews which were analysed by interpretative phenomenological analysis. Data analysis revealed three main themes representing healthcare assistants' experiences: the importance of relationships, which referred to the importance of their relationships with clients, families and colleagues as well as their attachment to clients; something special about the role, which referred to their perception that their role was unique and rewarding as well as their personal commitment to the job; and the other side of caring, which referred to the more difficult aspects of their role, including managing emotions and conflicts within the caring role.

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The goal of the paper are to: (1) present tropospheric ozone (O) climatologies in summer 2008 based on a large amount of measurements, during the International Polar Year when the Polar Study using Aircraft, Remote Sensing, Surface Measurements, and Models of Climate Chemistry, Aerosols, and Transport (POLARCAT) campaigns were conducted (2) investigate the processes that determine O concentrations in two different regions (Canada and Greenland) that were thoroughly studied using measurements from 3 aircraft and 7 ozonesonde stations. This paper provides an integrated analysis of these observations and the discussion of the latitudinal and vertical variability of tropospheric ozone north of 55°N during this period is performed using a regional model (WFR-Chem). Ozone, CO and potential vorticity (PV) distributions are extracted from the simulation at the measurement locations.

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