It has been reported that humic acid can increase plant growth and benefecial soil microbe population. A glasshouse experiment was conducted to study the effect of humic acid on growth of host plant and sporulation of arbuscular mycorrhizal fungi under salt stress in trap pot culture. Trap cultures were maintenance at various salinity levels as according to field salinity. Half of the pots received 2.5% humic acid and control treatment received no humic acid. Result of research indicate that humic acid can increase growth of host plant and mycorrhizae sporulation at all salinity levels. Acaulospora is highest its spore production followed by of Glomus and Gigaspora
Humic acids, a heterogenic group of natural organic macromolecules with a complex polymeric structur...
In this study, we evaluated the growth of the liverwort Lunularia cruciata, inoculated or not with t...
A research about the effect of fungus contained biofertilizer on Ciherang rice that was growth on di...
It has been reported that humic acid can increase plant growth and benefecial soil microbe populatio...
Salt stress adversely affects the physiological processes of plants, causing negative changes in the...
The utilization of acid mineral soil often faces the problem of Al toxicity and low available P. T...
WOS: 000281680400011Humic acid is a commercial product that contains many elements which improve the...
Salinity stress is a serious problem in urban landscape of arid and semi arid regions. To overcome t...
Soil salinity has an adverse impact on soil biological properties and growth of corn plant, majorly ...
Introduction Water and soil salinity are the most fundamental agricultural problems in arid and semi...
Soil salinity is one of the most important abiotic stresses limiting crop growth and production worl...
The overall aim of the research presented in this thesis was to evaluate the importance of arbuscula...
International audienceSalinity is one of the main abiotic stresses limiting plant growth and develop...
Arbuscular mycorrhizal fungi (AMF) can help plant to uptake of low P availability in acid soils beca...
High salinity of the supply water has detrimental effects on soil fertility and plant nutrition and ...
Humic acids, a heterogenic group of natural organic macromolecules with a complex polymeric structur...
In this study, we evaluated the growth of the liverwort Lunularia cruciata, inoculated or not with t...
A research about the effect of fungus contained biofertilizer on Ciherang rice that was growth on di...
It has been reported that humic acid can increase plant growth and benefecial soil microbe populatio...
Salt stress adversely affects the physiological processes of plants, causing negative changes in the...
The utilization of acid mineral soil often faces the problem of Al toxicity and low available P. T...
WOS: 000281680400011Humic acid is a commercial product that contains many elements which improve the...
Salinity stress is a serious problem in urban landscape of arid and semi arid regions. To overcome t...
Soil salinity has an adverse impact on soil biological properties and growth of corn plant, majorly ...
Introduction Water and soil salinity are the most fundamental agricultural problems in arid and semi...
Soil salinity is one of the most important abiotic stresses limiting crop growth and production worl...
The overall aim of the research presented in this thesis was to evaluate the importance of arbuscula...
International audienceSalinity is one of the main abiotic stresses limiting plant growth and develop...
Arbuscular mycorrhizal fungi (AMF) can help plant to uptake of low P availability in acid soils beca...
High salinity of the supply water has detrimental effects on soil fertility and plant nutrition and ...
Humic acids, a heterogenic group of natural organic macromolecules with a complex polymeric structur...
In this study, we evaluated the growth of the liverwort Lunularia cruciata, inoculated or not with t...
A research about the effect of fungus contained biofertilizer on Ciherang rice that was growth on di...