FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3146884842> ?p ?o ?g. }

• W3146884842 endingPage "117019" @default.
• W3146884842 startingPage "117019" @default.
• W3146884842 abstract "Trait-based approaches are promising to make generalizations about the sensitivity of species and populations to pesticides. Two traits that may shape the sensitivity to pesticides are the surface area (related to pesticide uptake) and the metabolic rate (related to pesticide elimination). We compared the sensitivity of damselfly larvae to the pesticide chlorpyrifos and how this was modified by loss of external gills (autotomy, reducing the surface area) in both fast pace-of-life (high metabolic rate) and slow pace-of-life (low metabolic rate) populations of Ischnura elegans. The slow-paced populations were more sensitive to the pesticide than the fast-paced populations in terms of survival, growth and energy metabolism. This suggests the higher metabolic rate of fast-paced populations enabled a faster pesticide elimination. Pesticide exposure also reduced heat tolerance, especially in slow-paced larvae under hypoxia. Gill loss had opposite effects on pesticide sensitivity in slow- and fast-paced populations. In slow-paced larvae, gill loss lowered the sensitivity to the pesticide, while in fast-paced larvae, gill loss increased the sensitivity. This difference likely reflects the balance between the roles of the gills in pesticide uptake (more detrimental in slow-paced populations) and oxygen uptake (more important in fast-paced populations). Our results highlight the need to consider trait interactions when applying trait-based approaches to predict the sensitivity to pesticides." @default.
• W3146884842 created "2021-04-13" @default.
• W3146884842 creator A5057727102 @default.
• W3146884842 creator A5082566589 @default.
• W3146884842 creator A5083315438 @default.
• W3146884842 date "2021-08-01" @default.
• W3146884842 modified "2023-10-02" @default.
• W3146884842 title "The pace-of life explains whether gills improve or exacerbate pesticide sensitivity in a damselfly larva" @default.
• W3146884842 cites W1005008889 @default.
• W3146884842 cites W1591586809 @default.
• W3146884842 cites W1913936110 @default.
• W3146884842 cites W1992054546 @default.
• W3146884842 cites W1993504832 @default.
• W3146884842 cites W1997057746 @default.
• W3146884842 cites W1997095053 @default.
• W3146884842 cites W2001037891 @default.
• W3146884842 cites W2010539006 @default.
• W3146884842 cites W2022963522 @default.
• W3146884842 cites W2030496691 @default.
• W3146884842 cites W2033859315 @default.
• W3146884842 cites W2035798311 @default.
• W3146884842 cites W2037462979 @default.
• W3146884842 cites W2038887555 @default.
• W3146884842 cites W2039789630 @default.
• W3146884842 cites W2042275811 @default.
• W3146884842 cites W2058924191 @default.
• W3146884842 cites W2061030665 @default.
• W3146884842 cites W2061212624 @default.
• W3146884842 cites W2069917590 @default.
• W3146884842 cites W2077525929 @default.
• W3146884842 cites W2078847540 @default.
• W3146884842 cites W2082387617 @default.
• W3146884842 cites W2082455532 @default.
• W3146884842 cites W2085960971 @default.
• W3146884842 cites W2087917611 @default.
• W3146884842 cites W2088712082 @default.
• W3146884842 cites W2090555773 @default.
• W3146884842 cites W2091275620 @default.
• W3146884842 cites W2097391773 @default.
• W3146884842 cites W2098963801 @default.
• W3146884842 cites W2099912350 @default.
• W3146884842 cites W2102429818 @default.
• W3146884842 cites W2103558693 @default.
• W3146884842 cites W2105773260 @default.
• W3146884842 cites W2114844404 @default.
• W3146884842 cites W2116393300 @default.
• W3146884842 cites W2122848956 @default.
• W3146884842 cites W2139879194 @default.
• W3146884842 cites W2145945524 @default.
• W3146884842 cites W2150645925 @default.
• W3146884842 cites W2150752596 @default.
• W3146884842 cites W2153265872 @default.
• W3146884842 cites W2156076762 @default.
• W3146884842 cites W2163452958 @default.
• W3146884842 cites W2191795525 @default.
• W3146884842 cites W2203158436 @default.
• W3146884842 cites W2255762944 @default.
• W3146884842 cites W2291387109 @default.
• W3146884842 cites W2337042134 @default.
• W3146884842 cites W2345710586 @default.
• W3146884842 cites W2516024304 @default.
• W3146884842 cites W2527085684 @default.
• W3146884842 cites W2562514225 @default.
• W3146884842 cites W2593083249 @default.
• W3146884842 cites W2606988224 @default.
• W3146884842 cites W2614592588 @default.
• W3146884842 cites W2737101235 @default.
• W3146884842 cites W2756140316 @default.
• W3146884842 cites W2767670907 @default.
• W3146884842 cites W2770255842 @default.
• W3146884842 cites W2792495862 @default.
• W3146884842 cites W2890015675 @default.
• W3146884842 cites W2909328801 @default.
• W3146884842 cites W2912071008 @default.
• W3146884842 cites W2929115933 @default.
• W3146884842 cites W2945855050 @default.
• W3146884842 cites W2949578838 @default.
• W3146884842 cites W2955030746 @default.
• W3146884842 cites W2968742337 @default.
• W3146884842 cites W2972339983 @default.
• W3146884842 cites W2986243205 @default.
• W3146884842 cites W3014664937 @default.
• W3146884842 cites W3015540337 @default.
• W3146884842 cites W3022074330 @default.
• W3146884842 cites W3022080509 @default.
• W3146884842 cites W3044856170 @default.
• W3146884842 cites W3093376644 @default.
• W3146884842 cites W4248546198 @default.
• W3146884842 cites W4293247451 @default.
• W3146884842 doi "https://doi.org/10.1016/j.envpol.2021.117019" @default.
• W3146884842 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33823312" @default.
• W3146884842 hasPublicationYear "2021" @default.
• W3146884842 type Work @default.
• W3146884842 sameAs 3146884842 @default.
• W3146884842 citedByCount "6" @default.
• W3146884842 countsByYear W31468848422021 @default.
• W3146884842 countsByYear W31468848422022 @default.
• W3146884842 countsByYear W31468848422023 @default.

• next