ESPM 131 Lecture Notes - Lecture 3: Extracellular Polymeric Substance, Aerenchyma, Helmholtz-Zentrum Berlin

• School: Berkeley
• Department: Environmental Science, Policy, And Management
• Course: ESPM 131
• Professor: Mary Firestone

Document Summary

Sol as fnot qdirfr , (cmyl) gases also. Coz in he = 8. 9 icon in soil. Lower if fitted w/ hzo (4 ord . "otihiii!i ieff qf well water uptake thru erapo transpiration , aerenayma net depends. Of globally important aerenchyma : spates or plant impedance of hvo in atmosphere soil microorganisms key bio control rhizo sphere : soil respiration. Co< nitrous oxide ( nsf next to roots wntnb . to ck l source. In plant tissues gases exck . btu shoot t root reactive usually a. Lit more soil varies respire that allows gas roots is a. 53. 1 . diff air channels trace temp. 21 t . nitric oxide ( no ) P of stmokd ho ability of # to do work soils lower. Yw hn , negative value ( soil hu) 1) int . of solid phase 4 he matrix efkctymatric potentially: int . ofsduk species wl ho solute potential ( k) or osmotic potential.