Publications by authors named "B Roblin"

The aim of this study was to assess if lichens (Flavoparmelia caperata) surrounding a landfill dumping site in Italy accumulated higher amounts of microplastics compared with lichens at more distant sites. Lichen samples were collected at three sites along a transect from the landfill: close (directly facing the landfill), intermediate (200 m), and remote (1500 m). Anthropogenic microparticles (fibres and fragments) were determined visually after wet peroxide digestion of the samples, and microplastics were identified based on a hot needle test; the type of plastic was identified by micro-Raman analysis.

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Background: Among Canadian residents living in long-term care (LTC) facilities, and especially among those with limited ability to communicate due to dementia, pain remains underassessed and undermanaged. Although evidence-based clinical guidelines for the assessment and management of pain exist, these clinical guidelines are not widely implemented in LTC facilities. A relatively unexplored avenue for change is the influence that statutes and regulations could exert on pain practices within LTC.

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Article Synopsis
  • Microfibers are the most prevalent type of microplastic found in the environment, yet their atmospheric deposition hasn't been widely studied.
  • In research conducted in coastal Ireland, average microfiber deposition was around 80 mf/m²/day, with wet-only collectors capturing about 70% of the total compared to bulk collectors, indicating significant dry deposition.
  • Meteorological factors like humidity and wind significantly influence microfiber levels, with polyester being the most common polymer type identified, making up 71% of the total microplastics found.
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Microplastics, which are plastic particles < 5 mm, have been found throughout the environment. However, few studies have focused on their transport via atmospheric deposition. Bryophytes have been used as biomonitors for the atmospheric deposition of trace elements, persistent organic pollutants and particulate matter, and may potentially be used to monitor the atmospheric deposition of microplastics or anthropogenic microfibres (mf).

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ABSTRACTGrowing demand for beds in government-subsidized long-term care (LTC) homes in Ontario is causing long waitlists, which must be absorbed by other residential alternatives, including unsubsidized retirement homes. This study compares Ontario's LTC homes and retirement homes for care services provided, funding regimes, and implications of differential funding for seniors. Descriptive data for both types of homes were collected from public and proprietary sources regarding service offerings, availability, costs, and funding.

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