High concentrations of micronutrient boron may cause significant yield losses in wheat. One of the consequences of excess boron in wheat is root growth suppression. The objective of this study was to investigate the levels of root growth suppression during germination in the presence of different concentrations of boric acid (0-control, normal boron supply, 50 (B 50), 100 (B 100) and 150 (B 150) mg H3BO3/l). Twelve wheat cultivars, developed at the Institute of Field and Vegetable Crops in Novi Sad, were included in the analyses. The cultivars demonstrated significant differences with respect to root growth suppression at boron treatments. The genotypes were separated by hierarchical cluster analysis in two distinct phenotypic groups. The r...
Excess boron may exhibit detrimental effect on wheat (Triticum aestivum L.). An effective technique ...
Boron (B) deficit as well as excess may significantly limit the organic production in plants. In ext...
This thesis describes studies into the genetic control of tolerance of wheat to high concentrations ...
High concentrations of micronutrient boron may cause significant yield losses in wheat. One of the c...
Present in excessive amounts, micronutrient boron may become toxic for plants. The aim of this study...
Present in excessive amounts, micronutrient boron may become toxic for plants. The aim of this study...
Abstract: High concentrations of micronutrient boron may cause significant yield losses in wheat. On...
Boron is an essential micronutrient for higher plants. Present in excessive amounts boron becomes to...
One of the consequences of high boron concentrations in soil is the suppression of wheat (Triticum a...
The objective of this study was to evaluate boron tolerance of wheat genotypes using mature embryo c...
This study investigates the response of two wheat cultivars to boron toxicity stress. Plants were cu...
The two-year field study was aimed to investigate the effect of increasing soil boron treatments (3....
Excess boron can limit the plant growth and yield, particularly in and and semiarid environments. Si...
This study was aimed to assess the effects of excess boron on 59 genetically divergent wheat accessi...
Boron (B) toxicity is an important problem in low rainfall and highly alkaline soils of central and ...
Excess boron may exhibit detrimental effect on wheat (Triticum aestivum L.). An effective technique ...
Boron (B) deficit as well as excess may significantly limit the organic production in plants. In ext...
This thesis describes studies into the genetic control of tolerance of wheat to high concentrations ...
High concentrations of micronutrient boron may cause significant yield losses in wheat. One of the c...
Present in excessive amounts, micronutrient boron may become toxic for plants. The aim of this study...
Present in excessive amounts, micronutrient boron may become toxic for plants. The aim of this study...
Abstract: High concentrations of micronutrient boron may cause significant yield losses in wheat. On...
Boron is an essential micronutrient for higher plants. Present in excessive amounts boron becomes to...
One of the consequences of high boron concentrations in soil is the suppression of wheat (Triticum a...
The objective of this study was to evaluate boron tolerance of wheat genotypes using mature embryo c...
This study investigates the response of two wheat cultivars to boron toxicity stress. Plants were cu...
The two-year field study was aimed to investigate the effect of increasing soil boron treatments (3....
Excess boron can limit the plant growth and yield, particularly in and and semiarid environments. Si...
This study was aimed to assess the effects of excess boron on 59 genetically divergent wheat accessi...
Boron (B) toxicity is an important problem in low rainfall and highly alkaline soils of central and ...
Excess boron may exhibit detrimental effect on wheat (Triticum aestivum L.). An effective technique ...
Boron (B) deficit as well as excess may significantly limit the organic production in plants. In ext...
This thesis describes studies into the genetic control of tolerance of wheat to high concentrations ...