Results 261 to 270 of about 44,815 (289)
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Stomatal opening ratio mediates trait coordinating network adaptation to environmental gradients
New Phytologist, 2022Summary A trait coordination network is constructed through intercorrelations of functional traits, which reflect trait‐based adaptive strategies. However, little is known about how these networks change across spatial scales, and what drivers and mechanisms mediate this change. This study bridges that gap by integrating functional traits related to
Jiangbo Xie, Zhongyuan Wang, Yan Li
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Quantitative trait loci mapping for stomatal traits in interspecific hybrids of Eucalyptus
Journal of Genetics, 2018Eucalyptus is an important industrial species with tolerance to drought and salt stress. Genetic improvement activities including quantitative trait loci (QTL) mapping for pulping and adventitious rooting traits are in progress, but no information is available on the genomic regions on adaptive traits such as stomatal characteristics. In this study, an
M, Sumathi +8 more
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Diallel analysis of stomatal traits in Triticum aestivum L.
Cytology and Genetics, 2015The guard cell size and stomatal density are important interdependent traits (r = -0.67 ± 0.146) of plant adaptive response to environmental stresses. The purpose of this study was to determine the types of inheritance, the number and effects of genes controlling phenotype of the above-mentioned leaf stomata characteristics. Hybrid F1 values, resulting
N, Lamari, V, Fayt
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Stomatal conductance scales with petiole xylem traits in Populus genotypes
Functional Plant Biology, 2016Progress has been made in linking water transport in leaves with anatomical traits. However, most of our current knowledge about these links is based on studies that sampled phylogenetically distant species and covered a wide range of leaf size and morphology.
Caroline A, Brocious, Uwe G, Hacke
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Stomatal traits as a determinant of superior salinity tolerance in wild barley
Journal of Plant Physiology, 2020Wild barley Hordeum spontaneum (WB) is the progenitor of a cultivated barley Hordeum vulgare (CB). Understanding efficient mechanisms evolved by WB to cope with abiotic stresses may open prospects of transferring these promising traits to the high yielding CB genotypes.
Kiani-Pouya, Ali +7 more
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Stomatal traits covary with leaf mycobiome diversity and composition
New PhytologistSummary The scope of plant control over its microbiome is a central question in evolutionary biology and agriculture. Leaf traits are known to shape pathogen colonization and disease development, but their impact on the broader community of largely non‐pathogenic ...
Austen Apigo +4 more
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StomaVision: stomatal trait analysis through deep learning
SummaryStomaVision is an automated tool designed for high-throughput detection and measurement of stomatal traits, such as stomatal number, pore size, and closure rate. It provides insights into plant responses to environmental cues, streamlining the analysis of micrographs from field-grown plants across various species, including monocots and dicots ...Ting-Li Wu +13 more
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CAM-Like Traits in C3 Plants: Biochemistry and Stomatal Behavior
2014Although it is generally accepted that Crassulacean Acid Metabolism (CAM) originated from C3 ancestors through a co-option process, this is rarely discussed in terms of specific characteristics and putative mechanisms behind this event. Here we discuss the available data concerning the biochemical and stomatal traits that are present in C3 plants and ...
Paulo Tamaso Mioto +3 more
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Quantitative trait loci for stomatal density and size in lowland rice
Euphytica, 2009Genotypic variation in stomatal density and size has been reported but little is known of the genetic mechanisms behind these leaf traits. Using 101 recombinant inbred lines derived from a cross between a tropical japonica, IR69093-41-3-2-2 and an indica variety, IR72, we conducted a field study to determine stomatal density and size and identify ...
Ma. Rebecca C. Laza +4 more
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Crop Science
Abstract Plants are often exposed to fluctuating light from a few seconds to a few minutes due to cloud movements, mutual shading of leaves, and change in the angle of the sun. Slow stomatal response to fluctuating light leads to carbon loss, but the influence of planting density on light fluctuation frequency and
Xilin Li +6 more
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Abstract Plants are often exposed to fluctuating light from a few seconds to a few minutes due to cloud movements, mutual shading of leaves, and change in the angle of the sun. Slow stomatal response to fluctuating light leads to carbon loss, but the influence of planting density on light fluctuation frequency and
Xilin Li +6 more
openaire +1 more source