FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4213130312> ?p ?o ?g. }

• W4213130312 abstract "Rainfall and temperature are unpredictable factors in Mediterranean environments that result in irregular environmental conditions for crop growth, thus being a critical source of uncertainty for farmers. This study applied divergent single-plant selection for high and low yield within five barley varieties and two Tunisian landraces under semi-arid conditions at an ultra-low density of 1.2 plants/m2 for two consecutive years. Progeny evaluation under dense stands following farmers' practices was conducted in two semi-arid locations in Tunisia during one cropping season and in one location during a second season, totalling three environments. The results revealed significant genotypic effects for all recorded agronomic and physiological traits. No genotype × environment interaction was shown for biological yield, implying a biomass buffering capacity for selected lines under different environmental conditions. However, genotype × environment interaction was present in terms of grain yield since plasticity for biomass production under drought stress conditions was not translated directly to yield compensation for some of the lines. Nevertheless, several lines selected for high yield were identified to surpass their source material and best checks in each environment, while one line (IH4-4) outperformed consistently by 62.99% on average, in terms of grain yield, the best check across all environments. In addition, improved agronomic performance under drought conditions induced an indirect effect on some grain quality traits. Most of the lines selected for high yield maintained or even improved their grain protein content in comparison to their source material (average increase by 2.33%). On the other hand, most of the lines selected for low yield indicated a poor agronomic performance, further confirming the coherence between selection under ultra-low density and performance under dense stand." @default.
• W4213130312 created "2022-02-24" @default.
• W4213130312 creator A5000208927 @default.
• W4213130312 creator A5005751417 @default.
• W4213130312 creator A5027988383 @default.
• W4213130312 creator A5045996519 @default.
• W4213130312 date "2022-02-18" @default.
• W4213130312 modified "2023-09-26" @default.
• W4213130312 title "Single-Plant Selection at Ultra-Low Density Enhances Buffering Capacity of Barley Varieties and Landraces to Unpredictable Environments and Improves Their Agronomic Performance" @default.
• W4213130312 cites W1440875849 @default.
• W4213130312 cites W1482861600 @default.
• W4213130312 cites W1539705621 @default.
• W4213130312 cites W1551468003 @default.
• W4213130312 cites W1554831130 @default.
• W4213130312 cites W1774723416 @default.
• W4213130312 cites W1903205966 @default.
• W4213130312 cites W1921838091 @default.
• W4213130312 cites W1964384470 @default.
• W4213130312 cites W1967147425 @default.
• W4213130312 cites W1972759810 @default.
• W4213130312 cites W1975485061 @default.
• W4213130312 cites W1977991211 @default.
• W4213130312 cites W1979070221 @default.
• W4213130312 cites W1982627164 @default.
• W4213130312 cites W1988416537 @default.
• W4213130312 cites W1988773341 @default.
• W4213130312 cites W1990671226 @default.
• W4213130312 cites W1994702080 @default.
• W4213130312 cites W1999643187 @default.
• W4213130312 cites W2002431756 @default.
• W4213130312 cites W2003563076 @default.
• W4213130312 cites W2005418695 @default.
• W4213130312 cites W2008545567 @default.
• W4213130312 cites W2016314940 @default.
• W4213130312 cites W2020900088 @default.
• W4213130312 cites W2030789329 @default.
• W4213130312 cites W2034327160 @default.
• W4213130312 cites W2034525444 @default.
• W4213130312 cites W2035831384 @default.
• W4213130312 cites W2036402814 @default.
• W4213130312 cites W2038166563 @default.
• W4213130312 cites W2038869176 @default.
• W4213130312 cites W2044993724 @default.
• W4213130312 cites W2049608531 @default.
• W4213130312 cites W2053842987 @default.
• W4213130312 cites W2054449948 @default.
• W4213130312 cites W2064267934 @default.
• W4213130312 cites W2069310079 @default.
• W4213130312 cites W2076844207 @default.
• W4213130312 cites W2077766806 @default.
• W4213130312 cites W2078529209 @default.
• W4213130312 cites W2079215783 @default.
• W4213130312 cites W2079911234 @default.
• W4213130312 cites W2085911054 @default.
• W4213130312 cites W2102188613 @default.
• W4213130312 cites W2109795852 @default.
• W4213130312 cites W2110312985 @default.
• W4213130312 cites W2128525377 @default.
• W4213130312 cites W2141073471 @default.
• W4213130312 cites W2141711060 @default.
• W4213130312 cites W2148418964 @default.
• W4213130312 cites W2151518370 @default.
• W4213130312 cites W2154402587 @default.
• W4213130312 cites W2204484900 @default.
• W4213130312 cites W2328573691 @default.
• W4213130312 cites W2482454079 @default.
• W4213130312 cites W2590024787 @default.
• W4213130312 cites W2595009104 @default.
• W4213130312 cites W2598117183 @default.
• W4213130312 cites W2611382069 @default.
• W4213130312 cites W2782530216 @default.
• W4213130312 cites W2794685416 @default.
• W4213130312 cites W2804841651 @default.
• W4213130312 cites W2806985348 @default.
• W4213130312 cites W2810582635 @default.
• W4213130312 cites W2810873143 @default.
• W4213130312 cites W2888811333 @default.
• W4213130312 cites W2889977714 @default.
• W4213130312 cites W2923799991 @default.
• W4213130312 cites W2942870340 @default.
• W4213130312 cites W2968503629 @default.
• W4213130312 cites W2996110747 @default.
• W4213130312 cites W3007503165 @default.
• W4213130312 cites W3009537711 @default.
• W4213130312 cites W3035880020 @default.
• W4213130312 cites W3049440718 @default.
• W4213130312 cites W3142062847 @default.
• W4213130312 cites W3163745479 @default.
• W4213130312 cites W3183789722 @default.
• W4213130312 cites W4248808007 @default.
• W4213130312 doi "https://doi.org/10.3389/fpls.2022.838536" @default.
• W4213130312 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35251108" @default.
• W4213130312 hasPublicationYear "2022" @default.
• W4213130312 type Work @default.
• W4213130312 citedByCount "1" @default.
• W4213130312 countsByYear W42131303122022 @default.
• W4213130312 crossrefType "journal-article" @default.
• W4213130312 hasAuthorship W4213130312A5000208927 @default.
• W4213130312 hasAuthorship W4213130312A5005751417 @default.
• W4213130312 hasAuthorship W4213130312A5027988383 @default.

• next