FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201390706> ?p ?o ?g. }

• W3201390706 endingPage "107658" @default.
• W3201390706 startingPage "107658" @default.
• W3201390706 abstract "Intercropping has been advocated as an environmentally benign method to suppress weeds in agriculture. However, it is not evident from the literature what size of weed suppressive effect is achieved on average by intercropping, and how species choice and crop management affect this effect. We conducted a global meta-analysis of published data to quantify the effect of intercropping on weed biomass in annual arable intercrops grown for their final product. We searched the literature to identify all papers reporting usable experimental data and extracted 339 data records from 39 publications containing data from 76 independent experiments. Two metrics of weed suppression were defined to assess the weed suppressive effect of intercropping: the ratio of observed weed biomass in an intercrop to weed biomass in the less weed suppressive sole crop (Rweak), and the ratio of weed biomass in the intercrop to weed biomass in the more weed suppressive sole crop (Rstrong). On average, weed biomass in the intercrop was substantially and significantly (58%) lower (Rweak = 0.42) than in the less suppressive sole crop. No significant difference was found between weed biomass in the intercrop and weed biomass in the more weed suppressive sole crop, even though weed biomass tended to be slightly larger in the intercrop than in the more weed suppressive sole crop (Rstrong = 1.08). Findings were consistent across different groups of species combinations, such as maize/legume and small-grain cereal/legume intercrops. Intercrops with an additive design had stronger weed suppression than intercrops with a replacement design. In the latter, a mixed arrangement gave stronger weed suppression than a row design, while spatial arrangement did not affect weed suppressive ability in additive designs. No significant effects on weed biomass were found of simultaneous vs. relay intercropping, and of nitrogen fertilizer input. The Rweak decreased significantly with the land equivalent ratio in additive intercrops but not in replacement intercrops, while Rstrong was unrelated to LER in both designs. The results confirm that intercropping is generally a useful approach for suppressing weeds in annual crop cultivation. Further work is needed to disentangle the contributions of species density, species traits and mixing ratio to weed suppression in intercropping." @default.
• W3201390706 created "2021-09-27" @default.
• W3201390706 creator A5009236904 @default.
• W3201390706 creator A5018063298 @default.
• W3201390706 creator A5035122223 @default.
• W3201390706 creator A5084704941 @default.
• W3201390706 creator A5088671275 @default.
• W3201390706 date "2021-12-01" @default.
• W3201390706 modified "2023-10-13" @default.
• W3201390706 title "Annual intercropping suppresses weeds: A meta-analysis" @default.
• W3201390706 cites W1567962836 @default.
• W3201390706 cites W1749437089 @default.
• W3201390706 cites W1776001246 @default.
• W3201390706 cites W1966919188 @default.
• W3201390706 cites W1967162561 @default.
• W3201390706 cites W1974248530 @default.
• W3201390706 cites W1975493054 @default.
• W3201390706 cites W1983655264 @default.
• W3201390706 cites W1984120284 @default.
• W3201390706 cites W1987096733 @default.
• W3201390706 cites W1988040430 @default.
• W3201390706 cites W1995795259 @default.
• W3201390706 cites W2001513147 @default.
• W3201390706 cites W2012289101 @default.
• W3201390706 cites W2016683789 @default.
• W3201390706 cites W2019977533 @default.
• W3201390706 cites W2022075581 @default.
• W3201390706 cites W2025722800 @default.
• W3201390706 cites W2043294030 @default.
• W3201390706 cites W2046305830 @default.
• W3201390706 cites W2064705978 @default.
• W3201390706 cites W2074726458 @default.
• W3201390706 cites W2077491229 @default.
• W3201390706 cites W2080015645 @default.
• W3201390706 cites W2080798296 @default.
• W3201390706 cites W2089600263 @default.
• W3201390706 cites W2090135145 @default.
• W3201390706 cites W2094935396 @default.
• W3201390706 cites W2105303570 @default.
• W3201390706 cites W2105510085 @default.
• W3201390706 cites W2105517277 @default.
• W3201390706 cites W2115430188 @default.
• W3201390706 cites W2119935150 @default.
• W3201390706 cites W2122175811 @default.
• W3201390706 cites W2124134239 @default.
• W3201390706 cites W2125091860 @default.
• W3201390706 cites W2127281867 @default.
• W3201390706 cites W2128378119 @default.
• W3201390706 cites W2151966504 @default.
• W3201390706 cites W2356975380 @default.
• W3201390706 cites W2513259433 @default.
• W3201390706 cites W2518368345 @default.
• W3201390706 cites W2590647058 @default.
• W3201390706 cites W2592089544 @default.
• W3201390706 cites W2757324392 @default.
• W3201390706 cites W2766541464 @default.
• W3201390706 cites W2921810516 @default.
• W3201390706 cites W2990102620 @default.
• W3201390706 cites W2993652606 @default.
• W3201390706 cites W2994421279 @default.
• W3201390706 cites W3029982791 @default.
• W3201390706 doi "https://doi.org/10.1016/j.agee.2021.107658" @default.
• W3201390706 hasPublicationYear "2021" @default.
• W3201390706 type Work @default.
• W3201390706 sameAs 3201390706 @default.
• W3201390706 citedByCount "25" @default.
• W3201390706 countsByYear W32013907062022 @default.
• W3201390706 countsByYear W32013907062023 @default.
• W3201390706 crossrefType "journal-article" @default.
• W3201390706 hasAuthorship W3201390706A5009236904 @default.
• W3201390706 hasAuthorship W3201390706A5018063298 @default.
• W3201390706 hasAuthorship W3201390706A5035122223 @default.
• W3201390706 hasAuthorship W3201390706A5084704941 @default.
• W3201390706 hasAuthorship W3201390706A5088671275 @default.
• W3201390706 hasBestOaLocation W32013907061 @default.
• W3201390706 hasConcept C115540264 @default.
• W3201390706 hasConcept C137580998 @default.
• W3201390706 hasConcept C147273371 @default.
• W3201390706 hasConcept C2775891814 @default.
• W3201390706 hasConcept C2781208722 @default.
• W3201390706 hasConcept C6557445 @default.
• W3201390706 hasConcept C86803240 @default.
• W3201390706 hasConceptScore W3201390706C115540264 @default.
• W3201390706 hasConceptScore W3201390706C137580998 @default.
• W3201390706 hasConceptScore W3201390706C147273371 @default.
• W3201390706 hasConceptScore W3201390706C2775891814 @default.
• W3201390706 hasConceptScore W3201390706C2781208722 @default.
• W3201390706 hasConceptScore W3201390706C6557445 @default.
• W3201390706 hasConceptScore W3201390706C86803240 @default.
• W3201390706 hasLocation W32013907061 @default.
• W3201390706 hasLocation W320139070610 @default.
• W3201390706 hasLocation W320139070611 @default.
• W3201390706 hasLocation W32013907062 @default.
• W3201390706 hasLocation W32013907063 @default.
• W3201390706 hasLocation W32013907064 @default.
• W3201390706 hasLocation W32013907065 @default.
• W3201390706 hasLocation W32013907066 @default.
• W3201390706 hasLocation W32013907067 @default.

• next