Results 21 to 30 of about 10,928 (208)
Bothalia: African Biodiversity & Conservation, 1983 Anaerobic conditions induced cortical aerenchyma in maize roots cultivated in water culture. Similar results were obtained by growing the plants in nitrate and phosphate deficient solutions but the cavitation was more severe when conditions were ...
J. Hardcastle, K. H. Schutte
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, 2023 This study reports a facile delignification and natural drying process for synthesizing cellulose films using the unique surface roughness, porosity, and lightness of the hollow stellate cellulose (HSC) united aerenchyma of the wetland weed Juncus ...
Jur van Dijken +15 more
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Root Structural and Metabolic Plasticity Confers Tolerance to Salinity in Wild Barley Species Grown Under Waterlogging. [PDF]
Plant Cell EnvironABSTRACT Salinity combined with waterlogging is a major abiotic stress that severely limits crop growth and yield. We investigated species‐specific adaptations to salinity under constant waterlogging conditions in the wild halophytic barleys Hordeum marinum and H. glaucum, compared with the cultivated H. vulgare.
Isayenkov S +10 more
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Longitudinal Pattern of Aerenchyma Formation Using the Ti-Gompertz Model in Rice Adventitious Roots
Frontiers in Plant Science, 2021 The longitudinal pattern of root aerenchyma formation of its relationship with the function of adventitious roots in rice remains unclear. In this study, the percentage of the aerenchyma area to the cross-sectional area (i.e., aerenchyma percentage) was ...
Yun Chen +9 more
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, 2022 S.182-194Aerenchyma, developed in both root and aboveground parts of rice plants, is predominantly responsible for plant-mediated transfer of methane (CH4) form the soil to the atmosphere.
Fink, S. +3 more
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Mechanisms of aerenchyma formation in maize roots [PDF]
African Journal of Agricultural Research, 2019 Respiration is very sensitive to waterlogged conditions. Under these conditions, plant roots suffer from lack of available oxygen. In fact, waterlogging reduces the exchange of gases between the plant and the atmosphere. When plants cannot receive sufficient oxygen level for respiration, they form aerenchyma in their roots which function as reservoirs ...
Rajhi Imene, Mhadhbi Haythem
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Frontiers in Plant Science, 2020 Understanding plant adaptation mechanisms to prolonged water immersion provides options for genetic modification of existing crops to create cultivars more tolerant of periodic flooding. An important advancement in understanding flooding adaptation would
Timothy Pegg +3 more
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Plant Phenome Journal, 2022 Increased precipitation during winter months in Western Europe is predicted from climate change. This is expected to increase the frequency of flooding events, with waterlogged conditions becoming more prevalent.
Stephen Kehoe +5 more
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, 2021 Root-aerenchyma in wetland plants facilitate transport of oxygen from aboveground sources (atmosphere and photosynthesis) to belowground roots and rhizomes, where oxygen can leak out and oxygenate the otherwise anoxic soils.
Titschack, Jürgen +4 more
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Roles of auxin and ethylene in aerenchyma formation in sugarcane roots [PDF]
Plant Signaling & Behavior, 2018 Although the cross-talk between auxin and ethylene has been described during plant development, the role played by auxin upon gene expression during aerenchyma formation is poorly understood. Root aerenchyma formation results from the opening of gas spaces in the cortex.
Tavares, E. Q. P. +6 more
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