FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2966247713> ?p ?o ?g. }

• W2966247713 abstract "Metal contamination, as well as pesticides, organic matter and nutrient input are main factors leading to freshwater ecosystems degradation. The Water Framework Directive (WFD) was implemented within the European Union with the ultimate goal of promoting a good ecological status in all European waterbodies. However, the broad implementation of the bioassessment behind WFD is costly and time-consuming and the search for complementary methodologies has been given significant attention. In this context, the main goal of this study was to evaluate whether flow cytometry (FCM) and denaturing gradient gel electrophoresis (DGGE) can be used as cellular/molecular tools to efficiently assess riverine bacterioplankton communities and relevantly inform on the ecological quality of these ecosystems. Caima river was chosen as case study using three sampling sites reflecting different levels and types of contamination (point-source organic and metal input). Both bacterioplankton community assessment approaches (DGGE and FCM), as well as macroinvertebrate and periphyton communities were consistent in signaling organic contamination. The putatively metal-loaded site bears some contradictory results depending on the community focused, possibly due to the overall low levels of metals actually found and seasonality. When comparing the two bacterioplankton community analysis tools, DGGE and FCM, the results obtained were essentially coherent, with FCM being simpler, faster and still accurate for screening bacteria communities via quantification of bacteria of high and low DNA content. This highlights the suitability of the FCM approach for prioritization of contaminated sampling sites and reinforces the suitability of using bacterioplankton communities as the focus of rapid tools to complement bioassessment sensu the WFD methodology, e.g. assisting the prioritization of potentially impacted areas." @default.
• W2966247713 created "2019-08-13" @default.
• W2966247713 creator A5002204391 @default.
• W2966247713 creator A5035965129 @default.
• W2966247713 creator A5038741855 @default.
• W2966247713 creator A5050853830 @default.
• W2966247713 creator A5055053499 @default.
• W2966247713 creator A5056622664 @default.
• W2966247713 creator A5063251546 @default.
• W2966247713 creator A5072676381 @default.
• W2966247713 creator A5082477813 @default.
• W2966247713 date "2019-12-01" @default.
• W2966247713 modified "2023-09-23" @default.
• W2966247713 title "Using flow cytometry for bacterioplankton community analysis as a complementary tool to Water Framework Directive to signal putatively impacted sites" @default.
• W2966247713 cites W1501498227 @default.
• W2966247713 cites W1533724583 @default.
• W2966247713 cites W1536154287 @default.
• W2966247713 cites W1563636823 @default.
• W2966247713 cites W1568325166 @default.
• W2966247713 cites W1894509445 @default.
• W2966247713 cites W1926235028 @default.
• W2966247713 cites W1966425773 @default.
• W2966247713 cites W1973523254 @default.
• W2966247713 cites W1980161031 @default.
• W2966247713 cites W1986376122 @default.
• W2966247713 cites W1992482531 @default.
• W2966247713 cites W1992855451 @default.
• W2966247713 cites W1997733364 @default.
• W2966247713 cites W1998352826 @default.
• W2966247713 cites W2000357263 @default.
• W2966247713 cites W2006452594 @default.
• W2966247713 cites W2017025626 @default.
• W2966247713 cites W2022097907 @default.
• W2966247713 cites W2025561883 @default.
• W2966247713 cites W2028247807 @default.
• W2966247713 cites W2028934730 @default.
• W2966247713 cites W2031459422 @default.
• W2966247713 cites W2031962798 @default.
• W2966247713 cites W2034123102 @default.
• W2966247713 cites W2044746929 @default.
• W2966247713 cites W2051272574 @default.
• W2966247713 cites W2051806618 @default.
• W2966247713 cites W2055005964 @default.
• W2966247713 cites W2056334675 @default.
• W2966247713 cites W2060584376 @default.
• W2966247713 cites W2064381293 @default.
• W2966247713 cites W2066301015 @default.
• W2966247713 cites W2072267326 @default.
• W2966247713 cites W2075282644 @default.
• W2966247713 cites W2075841159 @default.
• W2966247713 cites W2082969562 @default.
• W2966247713 cites W2084905420 @default.
• W2966247713 cites W2087725513 @default.
• W2966247713 cites W2089700495 @default.
• W2966247713 cites W2090660578 @default.
• W2966247713 cites W2099176971 @default.
• W2966247713 cites W2101933563 @default.
• W2966247713 cites W2109927780 @default.
• W2966247713 cites W2111858111 @default.
• W2966247713 cites W2128688017 @default.
• W2966247713 cites W2130954545 @default.
• W2966247713 cites W2137709814 @default.
• W2966247713 cites W2149718107 @default.
• W2966247713 cites W2152890401 @default.
• W2966247713 cites W2152955090 @default.
• W2966247713 cites W2153804932 @default.
• W2966247713 cites W2155927856 @default.
• W2966247713 cites W2170183565 @default.
• W2966247713 cites W2230253327 @default.
• W2966247713 cites W2468087013 @default.
• W2966247713 cites W2486615893 @default.
• W2966247713 cites W249699725 @default.
• W2966247713 cites W2516542427 @default.
• W2966247713 cites W2529869467 @default.
• W2966247713 cites W2738893537 @default.
• W2966247713 cites W2747826690 @default.
• W2966247713 cites W2765152329 @default.
• W2966247713 cites W2769723579 @default.
• W2966247713 cites W2790194601 @default.
• W2966247713 cites W2883215038 @default.
• W2966247713 cites W2887682916 @default.
• W2966247713 cites W289906386 @default.
• W2966247713 cites W2940561740 @default.
• W2966247713 cites W3025712495 @default.
• W2966247713 cites W3211630684 @default.
• W2966247713 cites W609865662 @default.
• W2966247713 doi "https://doi.org/10.1016/j.scitotenv.2019.133754" @default.
• W2966247713 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31425990" @default.
• W2966247713 hasPublicationYear "2019" @default.
• W2966247713 type Work @default.
• W2966247713 sameAs 2966247713 @default.
• W2966247713 citedByCount "3" @default.
• W2966247713 countsByYear W29662477132020 @default.
• W2966247713 countsByYear W29662477132021 @default.
• W2966247713 crossrefType "journal-article" @default.
• W2966247713 hasAuthorship W2966247713A5002204391 @default.
• W2966247713 hasAuthorship W2966247713A5035965129 @default.
• W2966247713 hasAuthorship W2966247713A5038741855 @default.
• W2966247713 hasAuthorship W2966247713A5050853830 @default.
• W2966247713 hasAuthorship W2966247713A5055053499 @default.

• next