The objective of this work was to evaluate the adsorption and desorption of micronutrients in tropical peats, from the perspective of potential agricultural applications. Adsorption experiments were performed at different pH values, using solutions containing individual and multiple metal ions. Maximum adsorption capacity occurred at pH 6.0, and the order of affinity was Cu > Fe > Co > Ni > Zn = Mn. Release of the micronutrients was evaluated at different pH values, using an aqueous medium as well as soil and plants. Release of the micronutrients was most efficient at pH 6.0, and followed the order: Fe > Zn > Mn > Co = Ni > Cu. Micronutrient release to the soil was accompanied by uptake by the plant. The use of tropical peat enriched with m...
The physicochemical characteristics of three Brazilian pears were investigated using elemental analy...
The chemical and physical characterization of coastal peat has been studied. It was examined the pH,...
This study aimed to understand the interactions between humic substances extracted from peat and met...
Tropical peat soils are inherently deficient in micronutrients particularly copper (Cu) and zinc (Zn...
The objective of this work was to investigate the adsorption of micronutrients in humin and to verif...
Tropical peatland has a distinctive bio-sequence of concentric forest zones with different forest ...
Natural tropical peat soils are unsuitable for cultivation of commercial crops because of their inna...
Improved agricultural productivity, and reduction of environmental impacts, require studies of the i...
The evaluation of micronutrient availability in agricultural soil treated with sewage sludge was dev...
Peat has been used as a natural adsorbent for metals. Its application for removal of these elements ...
Improved agricultural productivity, and reduction of environmental impacts, require studies of the i...
Texto completo: acesso restrito. p. 517-523The physicochemical characteristics of three Brazilian pe...
Abstract In the present paper, new environmental-friendly fertilizer components were pro-duced in bi...
Agricultural development on tropical peat land, which is characterized by highly acidic in nature, l...
International audiencePig slurry is commonly spread on crop fields as a means of managing this agric...
The physicochemical characteristics of three Brazilian pears were investigated using elemental analy...
The chemical and physical characterization of coastal peat has been studied. It was examined the pH,...
This study aimed to understand the interactions between humic substances extracted from peat and met...
Tropical peat soils are inherently deficient in micronutrients particularly copper (Cu) and zinc (Zn...
The objective of this work was to investigate the adsorption of micronutrients in humin and to verif...
Tropical peatland has a distinctive bio-sequence of concentric forest zones with different forest ...
Natural tropical peat soils are unsuitable for cultivation of commercial crops because of their inna...
Improved agricultural productivity, and reduction of environmental impacts, require studies of the i...
The evaluation of micronutrient availability in agricultural soil treated with sewage sludge was dev...
Peat has been used as a natural adsorbent for metals. Its application for removal of these elements ...
Improved agricultural productivity, and reduction of environmental impacts, require studies of the i...
Texto completo: acesso restrito. p. 517-523The physicochemical characteristics of three Brazilian pe...
Abstract In the present paper, new environmental-friendly fertilizer components were pro-duced in bi...
Agricultural development on tropical peat land, which is characterized by highly acidic in nature, l...
International audiencePig slurry is commonly spread on crop fields as a means of managing this agric...
The physicochemical characteristics of three Brazilian pears were investigated using elemental analy...
The chemical and physical characterization of coastal peat has been studied. It was examined the pH,...
This study aimed to understand the interactions between humic substances extracted from peat and met...