Modeling Plant Water&Nutrients' Uptake with Richard's stress Equation - M. Hegazy Gazouly, El-Shazly
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The author has developed a stress form of Richard's equation. Four newborn abiotic stress parameters, symbolized as SSI, beta, bz, and bt, were identified, discussed, and nominated as Hegazy Abiotic Stress Parameters (HASP). The term bz is responsible for shaping the curvature of SSI in the root domain and causing the gradual response which enhances plant survival throughout alternatated wetting and drying cycles. The term bt plays a vital role in determining the moisture regime for deficit irrigation scenarios, without a tangible reduction in crop yield. Lastly, SSI or beta dictate the type…mehr

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Produktbeschreibung
The author has developed a stress form of Richard's equation. Four newborn abiotic stress parameters, symbolized as SSI, beta, bz, and bt, were identified, discussed, and nominated as Hegazy Abiotic Stress Parameters (HASP). The term bz is responsible for shaping the curvature of SSI in the root domain and causing the gradual response which enhances plant survival throughout alternatated wetting and drying cycles. The term bt plays a vital role in determining the moisture regime for deficit irrigation scenarios, without a tangible reduction in crop yield. Lastly, SSI or beta dictate the type and amount of uptake in accordance to stress or stress, strain, and weather-induced forces, respectively.
Autorenporträt
El-Shazly Mohamed Hegazy holds an M.Sc. in Soil Physics and Water Management from Alexandria University, and a Ph.D. in Natural Resources from Cairo University. Currently, the author is a Senior Pedologist at the National Research Center in Giza, Egypt.