In Mucuna pruriens var. utilis, grown with nitrate-N in a hydroponic split-root system, an Al avoidance reaction of root growth was observed, which was ascribed to local P stress in the Al containing compartment. The Al avoidance reaction was similar to the avoidance of Mucuna roots of acid subsoil in the field where roots grew preferentially in the topsoil. In the present paper the effect of different N forms (NO3- and NH4+) on the reactions of Mucuna to Al were studied, since in acid soils N is present as a mixture of NO3- and NH4+. No interaction between the N form and Al toxicity was found. A hydroponic split-root experiment with NH4NO3 nutrition, which is comparable to the situation in the field, showed that under these conditions Al a...
Aluminum toxicity is a major factor in limiting growth in plants in most strongly acid soils. Toxic ...
Plants have different levels of tolerance to phytotoxic effects of aluminum and the exploitation of ...
Although monomeric Al species are often toxic in acidic soils, the effects of the aluminate ion (Al(...
In Mucuna pruriens var. utilis, grown with nitrate-N in a hydroponic split-root system, an Al avoida...
The response of roots of Mucuna pruriens var. utilis to aluminium depends on the duration of exposur...
The hypothesis was tested that the avoidance of acid subsoil by the velvet bean Mucuna pruriens is b...
The hypothesis was tested that the avoidance of acid subsoil by the velvet bean Mucuna pruriens is b...
The hypothesis was tested that the avoidance of acid subsoil by the velvet bean Mucuna pruriens is b...
The response of roots of Mucuna pruriens var. utilis to aluminium depends on the duration of exposur...
Aluminum (Al) is the most abundant metal in the Earth’s crust and is not an essential element for pl...
In the humid tropics leaching of N and other nutrients to the subsoil may occur throughout the growi...
Aluminum (Al) tolerant and sensitive plants selected from the tropical maize Variety Taiuba were gro...
The objective of this research was to identify the existence of root exudation of organic acid in Lo...
Numerous plant species can release organic acid anions (OA) from their roots in response to toxic al...
the adaptation to Al stress in plants. However, the mechanism by which NO and plant hormones interpl...
Aluminum toxicity is a major factor in limiting growth in plants in most strongly acid soils. Toxic ...
Plants have different levels of tolerance to phytotoxic effects of aluminum and the exploitation of ...
Although monomeric Al species are often toxic in acidic soils, the effects of the aluminate ion (Al(...
In Mucuna pruriens var. utilis, grown with nitrate-N in a hydroponic split-root system, an Al avoida...
The response of roots of Mucuna pruriens var. utilis to aluminium depends on the duration of exposur...
The hypothesis was tested that the avoidance of acid subsoil by the velvet bean Mucuna pruriens is b...
The hypothesis was tested that the avoidance of acid subsoil by the velvet bean Mucuna pruriens is b...
The hypothesis was tested that the avoidance of acid subsoil by the velvet bean Mucuna pruriens is b...
The response of roots of Mucuna pruriens var. utilis to aluminium depends on the duration of exposur...
Aluminum (Al) is the most abundant metal in the Earth’s crust and is not an essential element for pl...
In the humid tropics leaching of N and other nutrients to the subsoil may occur throughout the growi...
Aluminum (Al) tolerant and sensitive plants selected from the tropical maize Variety Taiuba were gro...
The objective of this research was to identify the existence of root exudation of organic acid in Lo...
Numerous plant species can release organic acid anions (OA) from their roots in response to toxic al...
the adaptation to Al stress in plants. However, the mechanism by which NO and plant hormones interpl...
Aluminum toxicity is a major factor in limiting growth in plants in most strongly acid soils. Toxic ...
Plants have different levels of tolerance to phytotoxic effects of aluminum and the exploitation of ...
Although monomeric Al species are often toxic in acidic soils, the effects of the aluminate ion (Al(...