Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945584678> ?p ?o ?g. }
- W2945584678 endingPage "215" @default.
- W2945584678 startingPage "205" @default.
- W2945584678 abstract "This study aimed to evaluate and qualify field-based potential risks of seven neonicotinoid and phenylpyrazole (fipronil) insecticides on aquatic invertebrates, including estuary-resident marine crustaceans. One hundred and ninety-three estuarine water samples, with salinity ranging from 0.5 to 32.7, were collected from four estuarine sites in the Seto Inland Sea of Japan, in 2015–2018 and the insecticide levels were measured. Five neonicotinoid and fipronil insecticides were successfully identified, and their occurrence varied temporally. Marine crustaceans were simultaneously harvested every month from one of the estuarine water sampling sites in 2015–2017. Three predominant crustacean species, kuruma prawn (Penaeus japonicus), sand shrimp (Crangon uritai), and mysid (Neomysis awatschensis), were captured and their seasonal presence was species independent. A 96-h laboratory toxicity study with the insecticides using kuruma prawn, sand shrimp, and a surrogate mysid species (Americamysis bahia) indicated that fipronil exerted the highest toxicity to the three crustaceans. Using both toxicity data and insecticide occurrence in estuarine water (salinity ≥10, n = 169), the potential risks on the three marine crustaceans were quantified by calculating the proportion of mixture toxicity effects (Pmix). The Pmix of seven neonicotinoids on the crustaceans was less than 0.8%, which is likely to be too low to indicate adverse effects caused by the insecticides. However, short temporal detection of fipronil (exclusively in June and July) significantly affected the Pmix, which presented the maximal Pmix values of 21%, 3.4%, and 72% for kuruma prawn, sand shrimp, and mysid, respectively, indicating a significant effect on the organisms. As for estuarine water (salinity <10), some water samples contained imidacloprid and fipronil exceeding the freshwater benchmarks for aquatic invertebrates. The present study provides novel insights into the seasonally varying risks of insecticides to estuarine crustaceans and highlights the importance of considering whether ecological risk periods coincide with crustacean presence." @default.
- W2945584678 created "2019-05-29" @default.
- W2945584678 creator A5010734195 @default.
- W2945584678 creator A5012866713 @default.
- W2945584678 creator A5016426458 @default.
- W2945584678 creator A5019933815 @default.
- W2945584678 creator A5025945369 @default.
- W2945584678 creator A5029769962 @default.
- W2945584678 creator A5033437931 @default.
- W2945584678 creator A5051440735 @default.
- W2945584678 creator A5061360984 @default.
- W2945584678 creator A5061408186 @default.
- W2945584678 creator A5071119096 @default.
- W2945584678 creator A5073016920 @default.
- W2945584678 creator A5076912400 @default.
- W2945584678 date "2019-09-01" @default.
- W2945584678 modified "2023-10-14" @default.
- W2945584678 title "Occurrence of neonicotinoids and fipronil in estuaries and their potential risks to aquatic invertebrates" @default.
- W2945584678 cites W1974307800 @default.
- W2945584678 cites W1981368585 @default.
- W2945584678 cites W1991870534 @default.
- W2945584678 cites W1992552646 @default.
- W2945584678 cites W1994410010 @default.
- W2945584678 cites W2006712146 @default.
- W2945584678 cites W2014582325 @default.
- W2945584678 cites W2019428540 @default.
- W2945584678 cites W2020579057 @default.
- W2945584678 cites W2027359877 @default.
- W2945584678 cites W2041198712 @default.
- W2945584678 cites W2043546206 @default.
- W2945584678 cites W2048020894 @default.
- W2945584678 cites W2061272709 @default.
- W2945584678 cites W2067117373 @default.
- W2945584678 cites W2074430187 @default.
- W2945584678 cites W2090159311 @default.
- W2945584678 cites W2090915174 @default.
- W2945584678 cites W2103508224 @default.
- W2945584678 cites W2110602322 @default.
- W2945584678 cites W2130737082 @default.
- W2945584678 cites W2154954858 @default.
- W2945584678 cites W2159660790 @default.
- W2945584678 cites W2160154870 @default.
- W2945584678 cites W2161886188 @default.
- W2945584678 cites W2170892697 @default.
- W2945584678 cites W2321643534 @default.
- W2945584678 cites W233061509 @default.
- W2945584678 cites W2487542065 @default.
- W2945584678 cites W2509409995 @default.
- W2945584678 cites W2557928380 @default.
- W2945584678 cites W2595381663 @default.
- W2945584678 cites W2706594956 @default.
- W2945584678 cites W2784121078 @default.
- W2945584678 cites W4296116946 @default.
- W2945584678 doi "https://doi.org/10.1016/j.envpol.2019.05.067" @default.
- W2945584678 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31151059" @default.
- W2945584678 hasPublicationYear "2019" @default.
- W2945584678 type Work @default.
- W2945584678 sameAs 2945584678 @default.
- W2945584678 citedByCount "56" @default.
- W2945584678 countsByYear W29455846782019 @default.
- W2945584678 countsByYear W29455846782020 @default.
- W2945584678 countsByYear W29455846782021 @default.
- W2945584678 countsByYear W29455846782022 @default.
- W2945584678 countsByYear W29455846782023 @default.
- W2945584678 crossrefType "journal-article" @default.
- W2945584678 hasAuthorship W2945584678A5010734195 @default.
- W2945584678 hasAuthorship W2945584678A5012866713 @default.
- W2945584678 hasAuthorship W2945584678A5016426458 @default.
- W2945584678 hasAuthorship W2945584678A5019933815 @default.
- W2945584678 hasAuthorship W2945584678A5025945369 @default.
- W2945584678 hasAuthorship W2945584678A5029769962 @default.
- W2945584678 hasAuthorship W2945584678A5033437931 @default.
- W2945584678 hasAuthorship W2945584678A5051440735 @default.
- W2945584678 hasAuthorship W2945584678A5061360984 @default.
- W2945584678 hasAuthorship W2945584678A5061408186 @default.
- W2945584678 hasAuthorship W2945584678A5071119096 @default.
- W2945584678 hasAuthorship W2945584678A5073016920 @default.
- W2945584678 hasAuthorship W2945584678A5076912400 @default.
- W2945584678 hasConcept C13474642 @default.
- W2945584678 hasConcept C161176658 @default.
- W2945584678 hasConcept C18903297 @default.
- W2945584678 hasConcept C2776097561 @default.
- W2945584678 hasConcept C2776115401 @default.
- W2945584678 hasConcept C2776841996 @default.
- W2945584678 hasConcept C2777095047 @default.
- W2945584678 hasConcept C2778160301 @default.
- W2945584678 hasConcept C2778324211 @default.
- W2945584678 hasConcept C2779770362 @default.
- W2945584678 hasConcept C33070731 @default.
- W2945584678 hasConcept C505870484 @default.
- W2945584678 hasConcept C84766238 @default.
- W2945584678 hasConcept C86803240 @default.
- W2945584678 hasConcept C88160329 @default.
- W2945584678 hasConceptScore W2945584678C13474642 @default.
- W2945584678 hasConceptScore W2945584678C161176658 @default.
- W2945584678 hasConceptScore W2945584678C18903297 @default.
- W2945584678 hasConceptScore W2945584678C2776097561 @default.
- W2945584678 hasConceptScore W2945584678C2776115401 @default.