Results 151 to 160 of about 2,290,761 (211)
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2021
<p><strong>Abstract:&#160;</strong>Being an important carbon (C) sink on Earth, phytolith occluded carbon (PhytOC) has been investigated in various soil-plant systems. Yet, the environmental factor (i.e., drought) is less studied on the variation of phytolith, its relative depositions in plant tissues ...
Rencheng Li +6 more
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<p><strong>Abstract:&#160;</strong>Being an important carbon (C) sink on Earth, phytolith occluded carbon (PhytOC) has been investigated in various soil-plant systems. Yet, the environmental factor (i.e., drought) is less studied on the variation of phytolith, its relative depositions in plant tissues ...
Rencheng Li +6 more
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Phytolith morphology and assemblage variations in a bamboo forest plant–soil system
Review of Palaeobotany and Palynology, 2022Lintong Zhou +7 more
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Geological Society of America Abstracts with Programs, 2021
Samuel Lavin +9 more
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Samuel Lavin +9 more
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Morphological Classification of Grass Phytoliths
Soil Science Society of America Journal, 1969Abstract Opal phytoliths derived from epidermal cells of grass leaves have been identified in atmospheric dust, soils, paleosols, Pleistocene loess, and deep‐sea sediments. By comparing oriented shapes of phytoliths in spodograms of 17 common grass species, four classes and 26 types are proposed which distinguish three groups of ...
P. C. Twiss, Erwin Suess, R. M. Smith
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Morphological characterisation of silica phytoliths in Neotropical Marantaceae leaves
Plant Systematics and Evolution, 2013The Marantaceae family is composed of 550 species of pantropical distribution, with a strong clustering in the Neotropics. Although the family forms a monophyletic group, the circumscription of genera and consequently its phylogenetic relationships are not sufficiently understood.
Elaine Santiago Brilhante de Albuquerque +2 more
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Morphology and distribution of epidermal phytoliths inTriticum aestivumL.
Plant Biosystems - An International Journal Dealing with all Aspects of Plant Biology, 2003ABSTRACT Opaline silica depositions (opal phytoliths) in epidermal cells of leaves of Triticum aestivum cv. Ofanto of different age and position are described. Phytoliths of different shape and size were isolated with a modified wet oxidation method. They have been classified according to the description given by other workers on Graminaceae.
Roberto Ponzi, Paolo Pizzolongo
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Science China Earth Sciences, 2021
The analysis of wild rice cell structures, tissues, organs, and other morphological characteristics and the development of identification markers for wild rice are the basis for identifying the origins and evolution of prehistorical rice agriculture. However, contemporary wild rice strains are often subject to gene introgression from domesticated rice ...
Xiangan Tang +3 more
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The analysis of wild rice cell structures, tissues, organs, and other morphological characteristics and the development of identification markers for wild rice are the basis for identifying the origins and evolution of prehistorical rice agriculture. However, contemporary wild rice strains are often subject to gene introgression from domesticated rice ...
Xiangan Tang +3 more
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Morphology, Diversity and Frequency Based Exploration of Phytoliths in Pennisetum typhoides Rich
National Academy Science Letters, 2012Pennisetum typhoides of the family Poaceae is one of the major cereal crop of India which accumulates silica in the form of phytoliths. Silica which forms phytoliths in the plants protects the plant from various biotic and abiotic stresses. Silica also offers durability stiffness and mechanical support to the leaves and stem.
Durgesh Kumar Tripathi +3 more
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Morphological Analysis of Opal Phytoliths for Soil Discrimination in Forensic Science Investigation
Journal of Forensic Sciences, 1986Abstract A morphological analysis of opal phytoliths in soils was applied to forensic science soil discrimination. To examine a variation of opal phytolith composition with a difference of land use or topography, a region was chosen in a range of 5 km covering from diluvial plateau to alluvial plain.
Y Marumo, H Yanai
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