The uptake by roots from solution, and subsequent translocation to shoots in barley, of two series of non‐ionised chemicals, O‐methylcarbamoyloximes and substituted phenylureas, were measured, Uptake of the chemicals by roots was greater the more lipophilic the chemical, and fell to a lower limiting value for polar chemicals. Translocation to the shoots was a passive process, and was most efficient for compounds of intermediate polarity. Both processes had reached equilibrium within 24h of treatment. The reported behaviour of many pesticides in various plant species agrees with the derived relationships, but the detailed mechanisms of these processes are unknown. 
It is well known that post-emergence herbicide uptake into plant foliage and efficacy varies with pl...
A number of chemicals of diverse characteristics have arbitrarily been classed together on the basis...
The uptake of pesticides from water by two aquatic plants, the submersed Lagarosiphon major (Ridley)...
The uptake by barley roots from nutrient solution and subsequent transport to shoots of two series o...
Despite being lipophilic, morpholine fungicides are systemic in plants. Such transport may be explic...
Graduation date: 1964Studies were conducted to determine the influence of formulation and molecular ...
The uptake of four 14 C-labelled non-ionised compounds, the methyl carbamoyloxime insecticide/nemati...
The uptake of 14C from various 14C-labeled organic chemicals from different chemical classes by barl...
Although the specific mechanisms are not completely understood, plant uptake of most xenobiotic orga...
umerous herbicides and xenobiotic organic pollutants are detoxified in plants to glutathione conjuga...
The distribution and concentration of propoxycarbazone-sodium (MKH6561) (a.i.) and its metabolites i...
Overview Plant roots and below-ground shoots have few barriers to herbicide absorption; however, int...
The fate of a substance is governed by the distribution of the substance between soil, water, air, a...
Uptake and translocation of 26 chemicals (herbicides, fungicides, growth regulators, insecticides an...
The uptake, accumulation, and long-distance transport of organophosphate esters (OPEs) in four kinds...
It is well known that post-emergence herbicide uptake into plant foliage and efficacy varies with pl...
A number of chemicals of diverse characteristics have arbitrarily been classed together on the basis...
The uptake of pesticides from water by two aquatic plants, the submersed Lagarosiphon major (Ridley)...
The uptake by barley roots from nutrient solution and subsequent transport to shoots of two series o...
Despite being lipophilic, morpholine fungicides are systemic in plants. Such transport may be explic...
Graduation date: 1964Studies were conducted to determine the influence of formulation and molecular ...
The uptake of four 14 C-labelled non-ionised compounds, the methyl carbamoyloxime insecticide/nemati...
The uptake of 14C from various 14C-labeled organic chemicals from different chemical classes by barl...
Although the specific mechanisms are not completely understood, plant uptake of most xenobiotic orga...
umerous herbicides and xenobiotic organic pollutants are detoxified in plants to glutathione conjuga...
The distribution and concentration of propoxycarbazone-sodium (MKH6561) (a.i.) and its metabolites i...
Overview Plant roots and below-ground shoots have few barriers to herbicide absorption; however, int...
The fate of a substance is governed by the distribution of the substance between soil, water, air, a...
Uptake and translocation of 26 chemicals (herbicides, fungicides, growth regulators, insecticides an...
The uptake, accumulation, and long-distance transport of organophosphate esters (OPEs) in four kinds...
It is well known that post-emergence herbicide uptake into plant foliage and efficacy varies with pl...
A number of chemicals of diverse characteristics have arbitrarily been classed together on the basis...
The uptake of pesticides from water by two aquatic plants, the submersed Lagarosiphon major (Ridley)...