FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2238001343> ?p ?o ?g. }

• W2238001343 endingPage "1925" @default.
• W2238001343 startingPage "1910" @default.
• W2238001343 abstract "Managing herbicide-resistant weeds is becoming increasingly difficult. Here we adapted the weed dynamics model AlomySys to account for experimentally measured fitness costs linked to mutants of target-site resistance to acetyl-coenzyme A carboxylase (ACCase)-inhibiting herbicides in Alopecurus myosuroides. We ran simulations to test how effectively cultural practices manage resistance.Simulations of an oilseed rape/winter wheat/winter barley rotation showed that, when replacing one of the seven applied herbicides with an ACCase-inhibiting one, resistant mutants exceeded 1 plant m(-2) , with a probability of 40%, after an average of 18 years. This threshold was always exceeded when three or four ACCase-inhibiting herbicides were used, after an average of 8 and 6 years respectively. With reduced herbicide rates or suboptimal spraying conditions, resistance occurred 1-3 years earlier in 50% of simulations. Adding spring pea to the rotation or yearly mouldboard ploughing delayed resistance indefinitely in 90 and 60% of simulations respectively. Ploughing also modified the genetic composition of the resistant population by selecting a previously rare mutant that presented improved pre-emergent growth. The prevalence of the mutations was influenced more by their associated fitness cost or benefit than by the number of ACCase-inhibiting herbicides to which they conferred resistance.Simulations allowed us to rank weed management practices and suggest that pleiotropic effects are extremely important for understanding the frequency of herbicide resistance in the population. © 2016 Society of Chemical Industry." @default.
• W2238001343 created "2016-06-24" @default.
• W2238001343 creator A5013712643 @default.
• W2238001343 creator A5035936331 @default.
• W2238001343 creator A5060097371 @default.
• W2238001343 creator A5068356874 @default.
• W2238001343 creator A5073613026 @default.
• W2238001343 date "2016-02-19" @default.
• W2238001343 modified "2023-10-16" @default.
• W2238001343 title "Choosing the best cropping systems to target pleiotropic effects when managing single-gene herbicide resistance in grass weeds. A blackgrass simulation study" @default.
• W2238001343 cites W1519160749 @default.
• W2238001343 cites W1714688238 @default.
• W2238001343 cites W1911407238 @default.
• W2238001343 cites W1965063373 @default.
• W2238001343 cites W1966920026 @default.
• W2238001343 cites W1977393567 @default.
• W2238001343 cites W1977414528 @default.
• W2238001343 cites W1977625619 @default.
• W2238001343 cites W1982828687 @default.
• W2238001343 cites W1984426808 @default.
• W2238001343 cites W1986831659 @default.
• W2238001343 cites W1990315022 @default.
• W2238001343 cites W1990743578 @default.
• W2238001343 cites W1991114541 @default.
• W2238001343 cites W2006046485 @default.
• W2238001343 cites W2006459697 @default.
• W2238001343 cites W2007688634 @default.
• W2238001343 cites W2008282670 @default.
• W2238001343 cites W2010120642 @default.
• W2238001343 cites W2017433839 @default.
• W2238001343 cites W2018046810 @default.
• W2238001343 cites W2019175661 @default.
• W2238001343 cites W2020996833 @default.
• W2238001343 cites W2022624578 @default.
• W2238001343 cites W2035759078 @default.
• W2238001343 cites W2038201511 @default.
• W2238001343 cites W2038816875 @default.
• W2238001343 cites W2049804996 @default.
• W2238001343 cites W2050930524 @default.
• W2238001343 cites W2051286624 @default.
• W2238001343 cites W2054885131 @default.
• W2238001343 cites W2062010487 @default.
• W2238001343 cites W2067419494 @default.
• W2238001343 cites W2075218986 @default.
• W2238001343 cites W2079913240 @default.
• W2238001343 cites W2089026662 @default.
• W2238001343 cites W2090483481 @default.
• W2238001343 cites W2091343536 @default.
• W2238001343 cites W2094185037 @default.
• W2238001343 cites W2097071540 @default.
• W2238001343 cites W2100954851 @default.
• W2238001343 cites W2101534089 @default.
• W2238001343 cites W2101546080 @default.
• W2238001343 cites W2103561046 @default.
• W2238001343 cites W2106046986 @default.
• W2238001343 cites W2107159787 @default.
• W2238001343 cites W2109320795 @default.
• W2238001343 cites W2112730150 @default.
• W2238001343 cites W2122257025 @default.
• W2238001343 cites W2128284846 @default.
• W2238001343 cites W2128378119 @default.
• W2238001343 cites W2147116263 @default.
• W2238001343 cites W2158947159 @default.
• W2238001343 cites W2168757432 @default.
• W2238001343 cites W2262027729 @default.
• W2238001343 cites W2314036147 @default.
• W2238001343 cites W2322407853 @default.
• W2238001343 cites W2442143384 @default.
• W2238001343 cites W2531276994 @default.
• W2238001343 cites W322494663 @default.
• W2238001343 cites W4233093137 @default.
• W2238001343 cites W4252159964 @default.
• W2238001343 cites W4300802629 @default.
• W2238001343 cites W61363150 @default.
• W2238001343 doi "https://doi.org/10.1002/ps.4230" @default.
• W2238001343 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26751723" @default.
• W2238001343 hasPublicationYear "2016" @default.
• W2238001343 type Work @default.
• W2238001343 sameAs 2238001343 @default.
• W2238001343 citedByCount "17" @default.
• W2238001343 countsByYear W22380013432016 @default.
• W2238001343 countsByYear W22380013432017 @default.
• W2238001343 countsByYear W22380013432018 @default.
• W2238001343 countsByYear W22380013432019 @default.
• W2238001343 countsByYear W22380013432020 @default.
• W2238001343 countsByYear W22380013432021 @default.
• W2238001343 countsByYear W22380013432022 @default.
• W2238001343 countsByYear W22380013432023 @default.
• W2238001343 crossrefType "journal-article" @default.
• W2238001343 hasAuthorship W2238001343A5013712643 @default.
• W2238001343 hasAuthorship W2238001343A5035936331 @default.
• W2238001343 hasAuthorship W2238001343A5060097371 @default.
• W2238001343 hasAuthorship W2238001343A5068356874 @default.
• W2238001343 hasAuthorship W2238001343A5073613026 @default.
• W2238001343 hasConcept C137580998 @default.
• W2238001343 hasConcept C144024400 @default.
• W2238001343 hasConcept C147273371 @default.
• W2238001343 hasConcept C149923435 @default.

• next