FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4214503479> ?p ?o ?g. }

• W4214503479 endingPage "154181" @default.
• W4214503479 startingPage "154181" @default.
• W4214503479 abstract "Honeybees and their products are useful biomonitors of metal distribution in urban centres. This study investigates particulate sources that foraging honeybees encounter in Metro Vancouver. Metal concentrations and lead (Pb) isotope compositions were measured in topsoil (top 2 cm, n = 14) colocated with existing research hives and in particulate matter ≤10 μm (PM10, n = 27) collected throughout Metro Vancouver (British Columbia, Canada) during honeybee foraging hours over the course of one year (2018-2019). Topsoil served as a proxy for resuspended/coarse PM and, together with PM10, covered the size range of particulates collected by foraging bees both actively (pollen) and passively (dusts). Particulate matter ≤ 2.5 μm (PM2.5, n = 7) was collected on Whistler Mountain during two transpacific events (in spring 2014) to estimate the possible effect of transpacific particulate input on the Pb isotope composition of Western Canada aerosols. Metal concentrations and Pb isotopes in topsoil and PM from this study and bees and hive products from previous studies (collected in 2014-2019) reveal similar spatial trends: there were elevated amounts of some metals associated with anthropogenic activity (e.g., Pb, Zn, Sb) and less radiogenic Pb isotope compositions in most samples collected nearer to the city centre in comparison to samples collected in more suburban or rural areas. Bees and hive products have a smoothing effect on the spatiotemporal variability of the data; metal concentrations and Pb isotope compositions vary less in hive products than in PM, presumably because bees interact with multiple environmental domains while foraging. Wildfire smoke and transpacific input are phenomena that cause measurable shifts in Pb isotope compositions of PM, but not in hive matrices. The findings highlight important considerations to make (i.e., the smoothing effect) when linking public health data and decisions with environmental data from hive products in urban centres." @default.
• W4214503479 created "2022-03-02" @default.
• W4214503479 creator A5058560974 @default.
• W4214503479 creator A5086662700 @default.
• W4214503479 date "2022-06-01" @default.
• W4214503479 modified "2023-10-16" @default.
• W4214503479 title "Metal and Pb isotope characterization of particulates encountered by foraging honeybees in Metro Vancouver" @default.
• W4214503479 cites W159014684 @default.
• W4214503479 cites W1963980457 @default.
• W4214503479 cites W1965577314 @default.
• W4214503479 cites W1966036434 @default.
• W4214503479 cites W1967811837 @default.
• W4214503479 cites W1970872433 @default.
• W4214503479 cites W1972287657 @default.
• W4214503479 cites W1973556136 @default.
• W4214503479 cites W1977145373 @default.
• W4214503479 cites W1986843129 @default.
• W4214503479 cites W1987734384 @default.
• W4214503479 cites W1990778520 @default.
• W4214503479 cites W1990949119 @default.
• W4214503479 cites W1993781609 @default.
• W4214503479 cites W2002031672 @default.
• W4214503479 cites W2007904247 @default.
• W4214503479 cites W2009911166 @default.
• W4214503479 cites W2012427295 @default.
• W4214503479 cites W2013209237 @default.
• W4214503479 cites W2013854668 @default.
• W4214503479 cites W2014538668 @default.
• W4214503479 cites W2034617600 @default.
• W4214503479 cites W2040218239 @default.
• W4214503479 cites W2040978376 @default.
• W4214503479 cites W2041282815 @default.
• W4214503479 cites W2045495079 @default.
• W4214503479 cites W2051034101 @default.
• W4214503479 cites W2058035628 @default.
• W4214503479 cites W2058842888 @default.
• W4214503479 cites W2061572093 @default.
• W4214503479 cites W2061858698 @default.
• W4214503479 cites W2065408240 @default.
• W4214503479 cites W2076413924 @default.
• W4214503479 cites W2076549499 @default.
• W4214503479 cites W2082883085 @default.
• W4214503479 cites W2084024865 @default.
• W4214503479 cites W2095001211 @default.
• W4214503479 cites W2096541772 @default.
• W4214503479 cites W2097341078 @default.
• W4214503479 cites W2112887174 @default.
• W4214503479 cites W2113134394 @default.
• W4214503479 cites W2114777699 @default.
• W4214503479 cites W2116322844 @default.
• W4214503479 cites W2120538313 @default.
• W4214503479 cites W2120756443 @default.
• W4214503479 cites W2133478077 @default.
• W4214503479 cites W2138085930 @default.
• W4214503479 cites W2140967696 @default.
• W4214503479 cites W2146675055 @default.
• W4214503479 cites W2147160966 @default.
• W4214503479 cites W2156025288 @default.
• W4214503479 cites W2162669773 @default.
• W4214503479 cites W2162933818 @default.
• W4214503479 cites W2164689016 @default.
• W4214503479 cites W2166542569 @default.
• W4214503479 cites W2288640993 @default.
• W4214503479 cites W2295231846 @default.
• W4214503479 cites W2335140463 @default.
• W4214503479 cites W2400374052 @default.
• W4214503479 cites W2566121165 @default.
• W4214503479 cites W2611153870 @default.
• W4214503479 cites W2613119163 @default.
• W4214503479 cites W2616983651 @default.
• W4214503479 cites W2720538316 @default.
• W4214503479 cites W2733701614 @default.
• W4214503479 cites W2734416139 @default.
• W4214503479 cites W2758455722 @default.
• W4214503479 cites W2759354249 @default.
• W4214503479 cites W2765263848 @default.
• W4214503479 cites W2775800229 @default.
• W4214503479 cites W2792336156 @default.
• W4214503479 cites W2852839336 @default.
• W4214503479 cites W2883995923 @default.
• W4214503479 cites W2899630038 @default.
• W4214503479 cites W2921213913 @default.
• W4214503479 cites W2921510819 @default.
• W4214503479 cites W3034917585 @default.
• W4214503479 cites W3044590204 @default.
• W4214503479 cites W3047914172 @default.
• W4214503479 cites W3092328889 @default.
• W4214503479 cites W37075285 @default.
• W4214503479 cites W752478081 @default.
• W4214503479 cites W2995275016 @default.
• W4214503479 doi "https://doi.org/10.1016/j.scitotenv.2022.154181" @default.
• W4214503479 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35231520" @default.
• W4214503479 hasPublicationYear "2022" @default.
• W4214503479 type Work @default.
• W4214503479 citedByCount "1" @default.
• W4214503479 countsByYear W42145034792023 @default.
• W4214503479 crossrefType "journal-article" @default.
• W4214503479 hasAuthorship W4214503479A5058560974 @default.

• next