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• W2127293692 startingPage "5429" @default.
• W2127293692 abstract "Plants are affected by complex genome×environment×management interactions which determine phenotypic plasticity as a result of the variability of genetic components. Whereas great advances have been made in the cost-efficient and high-throughput analyses of genetic information and non-invasive phenotyping, the large-scale analyses of the underlying physiological mechanisms lag behind. The external phenotype is determined by the sum of the complex interactions of metabolic pathways and intracellular regulatory networks that is reflected in an internal, physiological, and biochemical phenotype. These various scales of dynamic physiological responses need to be considered, and genotyping and external phenotyping should be linked to the physiology at the cellular and tissue level. A high-dimensional physiological phenotyping across scales is needed that integrates the precise characterization of the internal phenotype into high-throughput phenotyping of whole plants and canopies. By this means, complex traits can be broken down into individual components of physiological traits. Since the higher resolution of physiological phenotyping by 'wet chemistry' is inherently limited in throughput, high-throughput non-invasive phenotyping needs to be validated and verified across scales to be used as proxy for the underlying processes. Armed with this interdisciplinary and multidimensional phenomics approach, plant physiology, non-invasive phenotyping, and functional genomics will complement each other, ultimately enabling the in silico assessment of responses under defined environments with advanced crop models. This will allow generation of robust physiological predictors also for complex traits to bridge the knowledge gap between genotype and phenotype for applications in breeding, precision farming, and basic research." @default.
• W2127293692 created "2016-06-24" @default.
• W2127293692 creator A5028139582 @default.
• W2127293692 creator A5051590421 @default.
• W2127293692 creator A5068575091 @default.
• W2127293692 creator A5084609562 @default.
• W2127293692 date "2015-07-10" @default.
• W2127293692 modified "2023-10-10" @default.
• W2127293692 title "Plant phenomics and the need for physiological phenotyping across scales to narrow the genotype-to-phenotype knowledge gap" @default.
• W2127293692 cites W10110642 @default.
• W2127293692 cites W1831723870 @default.
• W2127293692 cites W1943743677 @default.
• W2127293692 cites W1965313156 @default.
• W2127293692 cites W1966011286 @default.
• W2127293692 cites W1970193878 @default.
• W2127293692 cites W1973290541 @default.
• W2127293692 cites W1973365510 @default.
• W2127293692 cites W1982026899 @default.
• W2127293692 cites W1983424530 @default.
• W2127293692 cites W1983989854 @default.
• W2127293692 cites W1984407331 @default.
• W2127293692 cites W1985117113 @default.
• W2127293692 cites W1987026982 @default.
• W2127293692 cites W1989079397 @default.
• W2127293692 cites W1991739869 @default.
• W2127293692 cites W1995494326 @default.
• W2127293692 cites W1998686312 @default.
• W2127293692 cites W2000512853 @default.
• W2127293692 cites W2001149563 @default.
• W2127293692 cites W2004732416 @default.
• W2127293692 cites W2010940774 @default.
• W2127293692 cites W2013085592 @default.
• W2127293692 cites W2015490027 @default.
• W2127293692 cites W2015644501 @default.
• W2127293692 cites W2019033896 @default.
• W2127293692 cites W2022295527 @default.
• W2127293692 cites W2025238960 @default.
• W2127293692 cites W2025751776 @default.
• W2127293692 cites W2026471756 @default.
• W2127293692 cites W2027563724 @default.
• W2127293692 cites W2029575047 @default.
• W2127293692 cites W2031295786 @default.
• W2127293692 cites W2036712724 @default.
• W2127293692 cites W2037157793 @default.
• W2127293692 cites W2039353650 @default.
• W2127293692 cites W2044104647 @default.
• W2127293692 cites W2044969783 @default.
• W2127293692 cites W2046255986 @default.
• W2127293692 cites W2046341806 @default.
• W2127293692 cites W2046918677 @default.
• W2127293692 cites W2047060409 @default.
• W2127293692 cites W2050497921 @default.
• W2127293692 cites W2062567499 @default.
• W2127293692 cites W2067877300 @default.
• W2127293692 cites W2069615085 @default.
• W2127293692 cites W2070154722 @default.
• W2127293692 cites W2076686579 @default.
• W2127293692 cites W2076716065 @default.
• W2127293692 cites W2086330580 @default.
• W2127293692 cites W2095162528 @default.
• W2127293692 cites W2102416899 @default.
• W2127293692 cites W2104473342 @default.
• W2127293692 cites W2108030459 @default.
• W2127293692 cites W2111443984 @default.
• W2127293692 cites W2112740731 @default.
• W2127293692 cites W2115796666 @default.
• W2127293692 cites W2117305247 @default.
• W2127293692 cites W2122813106 @default.
• W2127293692 cites W2126155153 @default.
• W2127293692 cites W2128982196 @default.
• W2127293692 cites W2129887210 @default.
• W2127293692 cites W2131494385 @default.
• W2127293692 cites W2132612085 @default.
• W2127293692 cites W2133125644 @default.
• W2127293692 cites W2133353275 @default.
• W2127293692 cites W2139570815 @default.
• W2127293692 cites W2139595602 @default.
• W2127293692 cites W2140553384 @default.
• W2127293692 cites W2141484921 @default.
• W2127293692 cites W2143666974 @default.
• W2127293692 cites W2145675077 @default.
• W2127293692 cites W2151088241 @default.
• W2127293692 cites W2155457866 @default.
• W2127293692 cites W2156262565 @default.
• W2127293692 cites W2157150618 @default.
• W2127293692 cites W2158751220 @default.
• W2127293692 cites W2161558103 @default.
• W2127293692 cites W2161796821 @default.
• W2127293692 cites W2166326933 @default.
• W2127293692 cites W2167657683 @default.
• W2127293692 cites W2168452914 @default.
• W2127293692 cites W2171912545 @default.
• W2127293692 cites W2171979944 @default.
• W2127293692 cites W2211388084 @default.
• W2127293692 cites W4230529906 @default.
• W2127293692 cites W4231383562 @default.
• W2127293692 cites W980314116 @default.
• W2127293692 doi "https://doi.org/10.1093/jxb/erv345" @default.

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