Title : Modeling the eco-signal interactions in an agricultural field grown with wheat plants under abiotic stressed conditions and silica fertilization using SF_RE
Abstract:
SF_RE was derived from its basic Darcian-Richard's. It was Darcian -Richard's, modified Richard's, stress from of Richad's, then silicon-like-soil water hydraulic capacitance of Richard's. HASPs were derived, nominated, and discussed. Each boundary condition was set according to DSWEM. The auther considered that total soil water energy modes are diagnostic because each of which needs a special managerial practice to touch the target function of better soil tilth. FORTRAN code of DC.SWEM and Thomas algorism of DD.SWEM were achieved. As the studied variables, HASP, are newly born from SF_RE. It is recommended to use the statistical modeling to correlate them each to other and to the water and nutrients' stresses reduction functions. HASP.α W_Up + HASP
.α N_Up. ISSI_MOD, the conceptual ecohydrological model, has led finally to a physical model that sunshine supports the continuity of life on planet earth under the concurrent changes of the global climate. Silicon, made up the skeleton of PANGEA,. acts as antenna. It receives the incoming electromagnetic radiation from the star sun, executes the code of optimality to let the life on planet earth continue, and does the good for the best for all the other agro-ecosystem components. The plants' bio signals, the soil geo-signal, and the canopy atmospheric signal all are under the control of the maternal relationship between star sun's solar radiation and the shielder of PANGAEA's skeleton, silicon.
Key Words: Soil Stress Index, Soil Water Hydraulic Capacitance, Silicon-like- soil water Hydraulic Capacitance, Root Distribution, Gaining Value, HASP
