Matches in SemOpenAlex for { <https://semopenalex.org/work/W3108109253> ?p ?o ?g. }
- W3108109253 endingPage "3521" @default.
- W3108109253 startingPage "3508" @default.
- W3108109253 abstract "Summary In modern cropping systems, the near‐universal use of plant protection products selects for resistance in pest populations. The emergence and evolution of this adaptive trait threaten treatment efficacy. We identified determinants of fungicide resistance evolution and quantified their effects at a large spatiotemporal scale. We focused on Zymoseptoria tritici , which causes leaf blotch in wheat. Phenotypes of qualitative or quantitative resistance to various fungicides were monitored annually, from 2004 to 2017, at about 70 sites throughout 22 regions of France (territorial units of 25 000 km 2 on average). We modelled changes in resistance frequency with regional anti‐ Septoria fungicide use, yield losses due to the disease and the regional area under organic wheat. The major driver of resistance dynamics was fungicide use at the regional scale. We estimated its effect on the increase in resistance and relative apparent fitness of each resistance phenotype. The predictions of the model replicated the spatiotemporal patterns of resistance observed in field populations ( R 2 from 0.56 to 0.82). The evolution of fungicide resistance is mainly determined at the regional scale. This study therefore showed that collective management at the regional scale could effectively complete local actions." @default.
- W3108109253 created "2020-12-07" @default.
- W3108109253 creator A5001852989 @default.
- W3108109253 creator A5010600798 @default.
- W3108109253 creator A5017782193 @default.
- W3108109253 creator A5040999445 @default.
- W3108109253 creator A5053405840 @default.
- W3108109253 creator A5059202671 @default.
- W3108109253 creator A5063303650 @default.
- W3108109253 date "2021-01-02" @default.
- W3108109253 modified "2023-10-16" @default.
- W3108109253 title "Large‐scale study validates that regional fungicide applications are major determinants of resistance evolution in the wheat pathogen <i>Zymoseptoria tritici</i> in France" @default.
- W3108109253 cites W1508466074 @default.
- W3108109253 cites W1514568537 @default.
- W3108109253 cites W1643307576 @default.
- W3108109253 cites W1766036626 @default.
- W3108109253 cites W1885208556 @default.
- W3108109253 cites W1951650751 @default.
- W3108109253 cites W1979749196 @default.
- W3108109253 cites W1982479612 @default.
- W3108109253 cites W1990621121 @default.
- W3108109253 cites W1997409994 @default.
- W3108109253 cites W2002513384 @default.
- W3108109253 cites W2002659896 @default.
- W3108109253 cites W2005323567 @default.
- W3108109253 cites W2011972926 @default.
- W3108109253 cites W2016168002 @default.
- W3108109253 cites W2031533583 @default.
- W3108109253 cites W2044887059 @default.
- W3108109253 cites W2063558597 @default.
- W3108109253 cites W2073344396 @default.
- W3108109253 cites W2073556554 @default.
- W3108109253 cites W2079524408 @default.
- W3108109253 cites W2083620860 @default.
- W3108109253 cites W2094493065 @default.
- W3108109253 cites W2105456599 @default.
- W3108109253 cites W2105560808 @default.
- W3108109253 cites W2108931847 @default.
- W3108109253 cites W2117753850 @default.
- W3108109253 cites W2128726449 @default.
- W3108109253 cites W2136522192 @default.
- W3108109253 cites W2139008885 @default.
- W3108109253 cites W2139530641 @default.
- W3108109253 cites W2147115456 @default.
- W3108109253 cites W2147209781 @default.
- W3108109253 cites W2151786655 @default.
- W3108109253 cites W2154166454 @default.
- W3108109253 cites W2155343321 @default.
- W3108109253 cites W2170290009 @default.
- W3108109253 cites W2171402066 @default.
- W3108109253 cites W2176227358 @default.
- W3108109253 cites W2178882340 @default.
- W3108109253 cites W2322529443 @default.
- W3108109253 cites W2344610334 @default.
- W3108109253 cites W2414052541 @default.
- W3108109253 cites W2560088256 @default.
- W3108109253 cites W2576980191 @default.
- W3108109253 cites W2619325183 @default.
- W3108109253 cites W2783614516 @default.
- W3108109253 cites W2786626293 @default.
- W3108109253 cites W2803532708 @default.
- W3108109253 cites W2806037554 @default.
- W3108109253 cites W2913836019 @default.
- W3108109253 cites W3087902906 @default.
- W3108109253 cites W3098635105 @default.
- W3108109253 cites W322494663 @default.
- W3108109253 cites W44249668 @default.
- W3108109253 cites W566471755 @default.
- W3108109253 cites W746467347 @default.
- W3108109253 doi "https://doi.org/10.1111/nph.17107" @default.
- W3108109253 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33226662" @default.
- W3108109253 hasPublicationYear "2021" @default.
- W3108109253 type Work @default.
- W3108109253 sameAs 3108109253 @default.
- W3108109253 citedByCount "18" @default.
- W3108109253 countsByYear W31081092532021 @default.
- W3108109253 countsByYear W31081092532022 @default.
- W3108109253 countsByYear W31081092532023 @default.
- W3108109253 crossrefType "journal-article" @default.
- W3108109253 hasAuthorship W3108109253A5001852989 @default.
- W3108109253 hasAuthorship W3108109253A5010600798 @default.
- W3108109253 hasAuthorship W3108109253A5017782193 @default.
- W3108109253 hasAuthorship W3108109253A5040999445 @default.
- W3108109253 hasAuthorship W3108109253A5053405840 @default.
- W3108109253 hasAuthorship W3108109253A5059202671 @default.
- W3108109253 hasAuthorship W3108109253A5063303650 @default.
- W3108109253 hasBestOaLocation W31081092533 @default.
- W3108109253 hasConcept C106934330 @default.
- W3108109253 hasConcept C118518473 @default.
- W3108109253 hasConcept C13558536 @default.
- W3108109253 hasConcept C150903083 @default.
- W3108109253 hasConcept C18903297 @default.
- W3108109253 hasConcept C199360897 @default.
- W3108109253 hasConcept C205649164 @default.
- W3108109253 hasConcept C22508944 @default.
- W3108109253 hasConcept C2776008901 @default.
- W3108109253 hasConcept C2778755073 @default.
- W3108109253 hasConcept C2780306465 @default.