FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2203287522> ?p ?o ?g. }

• W2203287522 endingPage "303" @default.
• W2203287522 startingPage "294" @default.
• W2203287522 abstract "Abstract Growing media are widely used for strawberry production in protected environments. Due to increasing restrictions on the use of soil fumigants, there is a need to investigate production of strawberry fruits in open fields using substrate media. The objectives of the study were to characterize chemical and hydraulic properties of a number of selected growing media mixes and to evaluate them in a two-year field study for strawberry production in open fields. The growing media mixes were 100% coconut coir, a peat–perlite (PP) mix, a peat-rice hull (PR) mix, and a peat–coir–rice hull (PCR) mix. Results indicated that major macro- and micro nutrient element concentrations, pH, and salinity found in these growing media, after supplemental fertilization, were in recommended ranges for strawberry production. Compared to field soil, higher water content values were found for these growing media mixes at saturation and after free drainage. Among these media mixes, 100% Coir showed the highest water content values at saturation (0.95 cm 3  cm −3 ) and after free drainage (0.51 cm 3  cm −3 ). The field study also demonstrated the most vigorous vegetative growth in Coir by showing higher values in plant canopy size and biomass dry weight. In year 1 field experiment, marketable strawberry fruit yields from Coir, PP, and PR averaged 41,640 kg ha −1 which was not significantly different from the soil beds. Marketable strawberry yields from the year 2 Coir and PP treatments averaged 48,520 kg ha −1 , which was also not significantly different from the grower standard practice in field soils. The year 2 yield was higher than year 1 because of longer harvesting season and more favorable weather conditions for strawberry growth. The study demonstrated that certain growing media mixes such as PP or the 100% Coir possess the needed chemical and hydraulic properties for plant growth and the 100% Coir could be used as a promising substrate material for open-field production of strawberries. Additional work is needed to optimize the irrigation and fertilization regimes to reduce the volume of growing media needed per plant and to evaluate the reuse of the substrate media to reduce production cost." @default.
• W2203287522 created "2016-06-24" @default.
• W2203287522 creator A5010996939 @default.
• W2203287522 creator A5034800713 @default.
• W2203287522 creator A5078546753 @default.
• W2203287522 creator A5089536768 @default.
• W2203287522 date "2016-01-01" @default.
• W2203287522 modified "2023-09-27" @default.
• W2203287522 title "Characteristics of growing media mixes and application for open-field production of strawberry ( Fragaria ananassa )" @default.
• W2203287522 cites W1823823234 @default.
• W2203287522 cites W1982097783 @default.
• W2203287522 cites W1985887936 @default.
• W2203287522 cites W1987892762 @default.
• W2203287522 cites W1998328209 @default.
• W2203287522 cites W2001187534 @default.
• W2203287522 cites W2003612125 @default.
• W2203287522 cites W2014541099 @default.
• W2203287522 cites W2044988732 @default.
• W2203287522 cites W2045309090 @default.
• W2203287522 cites W2058728353 @default.
• W2203287522 cites W2062593361 @default.
• W2203287522 cites W2069294570 @default.
• W2203287522 cites W2082707872 @default.
• W2203287522 cites W2098731488 @default.
• W2203287522 cites W2122048037 @default.
• W2203287522 cites W2136336701 @default.
• W2203287522 cites W2162604832 @default.
• W2203287522 cites W2170181153 @default.
• W2203287522 cites W2183657178 @default.
• W2203287522 cites W2186740920 @default.
• W2203287522 cites W2339430159 @default.
• W2203287522 cites W2413037137 @default.
• W2203287522 cites W2460108326 @default.
• W2203287522 cites W2589357095 @default.
• W2203287522 cites W2589811678 @default.
• W2203287522 cites W2591137144 @default.
• W2203287522 cites W306002310 @default.
• W2203287522 cites W832128708 @default.
• W2203287522 doi "https://doi.org/10.1016/j.scienta.2015.11.023" @default.
• W2203287522 hasPublicationYear "2016" @default.
• W2203287522 type Work @default.
• W2203287522 sameAs 2203287522 @default.
• W2203287522 citedByCount "17" @default.
• W2203287522 countsByYear W22032875222018 @default.
• W2203287522 countsByYear W22032875222019 @default.
• W2203287522 countsByYear W22032875222020 @default.
• W2203287522 countsByYear W22032875222021 @default.
• W2203287522 countsByYear W22032875222022 @default.
• W2203287522 countsByYear W22032875222023 @default.
• W2203287522 crossrefType "journal-article" @default.
• W2203287522 hasAuthorship W2203287522A5010996939 @default.
• W2203287522 hasAuthorship W2203287522A5034800713 @default.
• W2203287522 hasAuthorship W2203287522A5078546753 @default.
• W2203287522 hasAuthorship W2203287522A5089536768 @default.
• W2203287522 hasConcept C144027150 @default.
• W2203287522 hasConcept C2777742739 @default.
• W2203287522 hasConcept C2778788030 @default.
• W2203287522 hasConcept C86803240 @default.
• W2203287522 hasConceptScore W2203287522C144027150 @default.
• W2203287522 hasConceptScore W2203287522C2777742739 @default.
• W2203287522 hasConceptScore W2203287522C2778788030 @default.
• W2203287522 hasConceptScore W2203287522C86803240 @default.
• W2203287522 hasLocation W22032875221 @default.
• W2203287522 hasOpenAccess W2203287522 @default.
• W2203287522 hasPrimaryLocation W22032875221 @default.
• W2203287522 hasRelatedWork W1494573249 @default.
• W2203287522 hasRelatedWork W1820565545 @default.
• W2203287522 hasRelatedWork W1969867826 @default.
• W2203287522 hasRelatedWork W2183951996 @default.
• W2203287522 hasRelatedWork W2514600149 @default.
• W2203287522 hasRelatedWork W2566148586 @default.
• W2203287522 hasRelatedWork W2743509213 @default.
• W2203287522 hasRelatedWork W2773251092 @default.
• W2203287522 hasRelatedWork W3082214597 @default.
• W2203287522 hasRelatedWork W3082739032 @default.
• W2203287522 hasVolume "198" @default.
• W2203287522 isParatext "false" @default.
• W2203287522 isRetracted "false" @default.
• W2203287522 magId "2203287522" @default.
• W2203287522 workType "article" @default.