02390nam 2200397 450 991055504160332120190319080856.00-89118-339-6(CKB)3810000000041591(WaSeSS)IndRDA00111409(EXLCZ)99381000000004159120190319d2013 uy 0engur|||||||||||txtrdacontentcrdamediacrrdacarrierEnhancing understanding and quantification of soil-root growth interactions /Dennis Timlin and Laj R. Ahuja, editorsMadison, Wisconsin :American Society of Agronomy,2013.1 online resource (312 pages)Advances in Agricultural Systems Modeling ;Volume 40-89118-338-8 Rhizosphere engineering by plants: quantifying soil-root interactions -- Effect of soil attributes on root growth and distribution in some common crops: a synthesis of knowledge and future needs -- Root growth and distribution in relation to different water levels -- Nitrogen management effects on root systems: a synthesis and future needs -- Characterization of the root length density distribution of wheat using a generalized function -- Differences in one-, two-, and three-dimensional modeling of root growth for estimating water and nutrient uptake and the carbon cycle -- Modeling Lolium perenne L. roots in the presence of empirical black holes -- Root effects on soil properties and processes: synthesis and future research needs -- Reinforcement of soil by fibrous roots -- Simulating root development and soil resource acquisition in dynamic models of crop-weed competition -- Soil-root interactions in mixed plant systems -- Modeling resource interactions under multiple edaphic stresses -- Simulation of soil-root growth interactions and associated processes: synthesis and summary.Advances in agricultural systems modeling ;Volume 4.Roots (Botany)GrowthElectronic books.Roots (Botany)Growth.582.160498Timlin D.Ahuja Laj R.WaSeSSWaSeSSBOOK9910555041603321Enhancing understanding and quantification of soil-root growth interactions2816761UNINA