It is well known, that soil particle surface properties like cation exchange capacity, surface
area, and charge density affect ion-exchange reactions in the root zone. However, the …

The root surface physicochemical properties affect the ratio and uptake of cations by plants
and are influenced by environmental threats. In this study, we examine the effect of soil …

The initial step of nutrients uptake by plant roots is the physico-chemical process of the
exchange and adsorption of nutrients to root surface. The properties of root's surface …

roots for 1 hour to a solution containing 1 me. per liter of labeled Sr ions, and subsequently
desorbing the roots in a solution containing nonradioactive Sr ions, a value for the outgoing …

The effect of small additions of ion exchange substrate (nutrient carrier) on root development
and accompanying ground cohesion (characterized by its penetration resistance) was …

The significance of the suspension effect (greater cation concentration or activity in the soil
suspension than in the equilibrium dialyzate) in determining the uptake of cations by plant …

Objective: The objective of this study was to identify the spatial and temporal responses of
root distribution, root activities and yield in maize to soil compaction in different soils …

Abstract Changes in the pH and in concentrations of ammonia, NO2‐, NO3‐, and K+ with
distance from layers of decomposing leguminous plant material in Red Bay sandy loam soil …

A pot-culture, a field experiment and a laboratory tube-study using clay loam vertisol (0–20
cm) were conducted to study the effect of soil compaction on root cation exchange capacity …

Soil compaction is recognized as an agricultural problem of increasing severity. The
apparent causes of increased areas with compacted subsoil are increased equipment size …