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- W3048280149 startingPage "245" @default.
- W3048280149 abstract "Summary Progress in high‐throughput phenotyping and genomics provides the potential to understand the genetic basis of plant functional differentiation. We developed a semi‐automatic methodology based on unmanned aerial vehicle (UAV) imagery for deriving tree‐level phenotypes followed by genome‐wide association study (GWAS). An RGB‐based point cloud was used for tree crown identification in a common garden of Pinus halepensis in Spain. Crowns were combined with multispectral and thermal orthomosaics to retrieve growth traits, vegetation indices and canopy temperature. Thereafter, GWAS was performed to analyse the association between phenotypes and genomic variation at 235 single nucleotide polymorphisms (SNPs). Growth traits were associated with 12 SNPs involved in cellulose and carbohydrate metabolism. Indices related to transpiration and leaf water content were associated with six SNPs involved in stomata dynamics. Indices related to leaf pigments and leaf area were associated with 11 SNPs involved in signalling and peroxisome metabolism. About 16–20% of trait variance was explained by combinations of several SNPs, indicating polygenic control of morpho‐physiological traits. Despite a limited availability of markers and individuals, this study is provides a successful proof‐of‐concept for the combination of high‐throughput UAV‐based phenotyping with cost‐effective genotyping to disentangle the genetic architecture of phenotypic variation in a widespread conifer." @default.
- W3048280149 created "2020-08-13" @default.
- W3048280149 creator A5004584546 @default.
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- W3048280149 creator A5075730582 @default.
- W3048280149 date "2020-09-07" @default.
- W3048280149 modified "2023-10-14" @default.
- W3048280149 title "Bridging the genotype–phenotype gap for a Mediterranean pine by semi‐automatic crown identification and multispectral imagery" @default.
- W3048280149 cites W1508472068 @default.
- W3048280149 cites W1580250799 @default.
- W3048280149 cites W1619623942 @default.
- W3048280149 cites W1890077809 @default.
- W3048280149 cites W1959395327 @default.
- W3048280149 cites W1964895626 @default.
- W3048280149 cites W1980991473 @default.
- W3048280149 cites W1983232279 @default.
- W3048280149 cites W1985428718 @default.
- W3048280149 cites W1990359266 @default.
- W3048280149 cites W1997861193 @default.
- W3048280149 cites W2001513654 @default.
- W3048280149 cites W2002604882 @default.
- W3048280149 cites W2004444667 @default.
- W3048280149 cites W2012686349 @default.
- W3048280149 cites W2025621308 @default.
- W3048280149 cites W2025967407 @default.
- W3048280149 cites W2033395330 @default.
- W3048280149 cites W2044904134 @default.
- W3048280149 cites W2053061982 @default.
- W3048280149 cites W2054397552 @default.
- W3048280149 cites W2061157094 @default.
- W3048280149 cites W2062315609 @default.
- W3048280149 cites W2065191898 @default.
- W3048280149 cites W2069666433 @default.
- W3048280149 cites W2071158210 @default.
- W3048280149 cites W2072306398 @default.
- W3048280149 cites W2077200333 @default.
- W3048280149 cites W2081228555 @default.
- W3048280149 cites W2092680472 @default.
- W3048280149 cites W2097536090 @default.
- W3048280149 cites W2104632751 @default.
- W3048280149 cites W2105053062 @default.
- W3048280149 cites W2106621197 @default.
- W3048280149 cites W2108135748 @default.
- W3048280149 cites W2109404357 @default.
- W3048280149 cites W2110035718 @default.
- W3048280149 cites W2111947859 @default.
- W3048280149 cites W2113410727 @default.
- W3048280149 cites W2114475394 @default.
- W3048280149 cites W2121748258 @default.
- W3048280149 cites W2122676114 @default.
- W3048280149 cites W2125092464 @default.
- W3048280149 cites W2127293692 @default.
- W3048280149 cites W2133125644 @default.
- W3048280149 cites W2134036574 @default.
- W3048280149 cites W2136077273 @default.
- W3048280149 cites W2136580188 @default.
- W3048280149 cites W2146374090 @default.
- W3048280149 cites W2148453315 @default.
- W3048280149 cites W2157150618 @default.
- W3048280149 cites W2161339576 @default.
- W3048280149 cites W2163410149 @default.
- W3048280149 cites W2166861577 @default.
- W3048280149 cites W2193318220 @default.
- W3048280149 cites W2296685749 @default.
- W3048280149 cites W2334807568 @default.
- W3048280149 cites W2550387745 @default.
- W3048280149 cites W2582348499 @default.
- W3048280149 cites W2591466624 @default.
- W3048280149 cites W2592342000 @default.
- W3048280149 cites W2624535262 @default.
- W3048280149 cites W2735964109 @default.
- W3048280149 cites W2755331695 @default.
- W3048280149 cites W2757246795 @default.
- W3048280149 cites W2762480414 @default.
- W3048280149 cites W2779792091 @default.
- W3048280149 cites W2801175817 @default.
- W3048280149 cites W2810848521 @default.
- W3048280149 cites W2896880678 @default.
- W3048280149 cites W2914201290 @default.
- W3048280149 cites W2950054476 @default.
- W3048280149 cites W2964299109 @default.
- W3048280149 cites W2969448782 @default.
- W3048280149 cites W2972189177 @default.
- W3048280149 cites W4233565155 @default.
- W3048280149 cites W4242383230 @default.
- W3048280149 cites W4250111881 @default.
- W3048280149 cites W4251431888 @default.
- W3048280149 cites W913743883 @default.
- W3048280149 doi "https://doi.org/10.1111/nph.16862" @default.
- W3048280149 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32893885" @default.
- W3048280149 hasPublicationYear "2020" @default.
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