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Plant Morphology Impacts Bedload Sediment Transport
Geophysical Research LettersBedload sediment transport plays an important role in the evolution of rivers, marshes and deltas. In these aquatic environments, vegetation is widespread, and plant species have unique morphology. However, the impact of real plant morphology on flow and
Chao Liu, Heidi M. Nepf, Yuqi Shan
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Effect of Nutrient Solution Flow Rate on Hydroponic Plant Growth and Root Morphology
Plants, 2021 Crop production under hydroponic environments has many advantages, yet the effects of solution flow rate on plant growth remain unclear. We conducted a hydroponic cultivation study using different flow rates under light-emitting diode lighting to ...
Ping An, Kotaro Tagawa, Yang Shao
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Nature, 1946
ALTHOUGH occasional protests have been made by plant morphologists for many years against the inflexible framework of morphological concepts to which they have felt compelled to adhere in interpreting their experimental data, little attempt has been made to discard the defective outlook of traditional morphology in favour of something more adequate ...
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ALTHOUGH occasional protests have been made by plant morphologists for many years against the inflexible framework of morphological concepts to which they have felt compelled to adhere in interpreting their experimental data, little attempt has been made to discard the defective outlook of traditional morphology in favour of something more adequate ...
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The genetics of plant morphological evolution
Current Opinion in Plant Biology, 2002Considerable progress has been made in identifying genes that are involved in the evolution of plant morphologies. Elements of the ABC model of flower development are conserved throughout angiosperms, and homologous MADS-box genes function in gymnosperm reproduction.
Kristen A, Shepard +1 more
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Morphology of Microtubules of Plant Cell
Science, 1964The microtubules present in the cortices of plant cells are found to have a wall made up of slender filamentous subunits, probably 13 in number, which have a center-to-center spacing of about 45 angstrom units. Thus the micromorphology of these tubules is similar to that reported for the 9 + 2 fibrils of rat sperm flagella.
M C, Ledbetter, K R, Porter
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PlantsIn Articulation Morphology, inspired by the theory of anaphytes that was first proposed in 1843, ramification is the key principle in plant morphology in the open growth of plants.
Rolf Sattler
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