The effect of humate on the uptake of Fe-ions has already been proved. In the present paper other advantages of humate are indicated. If plants are grown in optimum conditions humate has no effect. In more concentrated solutions humate acts as a preventive factor and provides for more economical use of the solution (yield increase 40%). When high doses of P and Cu are used, humate weakens their harmful effect on plants; with pH too low or too high, it acts protectively. Humate was tested also in the transplantation of vegetatively propagated young orchid plants from sterile conditions into a natural medium; in that case it also showed a protective effect
Potassium humates (KH) derived from lignite brown coal are alkaline, rich in carboxylic and phenolic...
This study evaluated the effect of HS extracted from mineral coal on the growth of tomato (Solanum l...
The influence of Na-humate and its fractions on dry weight increment of tomato seedlings in water cu...
Studies were carried out on the effect of sodium humate upon content of P, Fe, Ca, and dry weight yi...
The influence of sodium humate on calcium and iron uptake by two species of algae was studied. It wa...
A coal-derived sodium humate (HANa) was found to stimulate root growth of wheat seedlings (Triticum ...
The effect of sodium humate on the level of some fractions of phosphorus compounds in the leaves and...
The effect of chemically (solid sodium humate) and mechanically (Lignofert) treated coal application...
The effects of humic acids extracted from two commercially-available products (CP-A prepared from pe...
Mine soils usually exhibit high levels of metal contamination. Phytoextraction is an environmental f...
International audienceHumic substances are known to be natural product that could be used as an alte...
Mine soils usually exhibit high levels of metal contamination. Phytoextraction is an environmental f...
Naturally occurring humates like leonardite and brown coal or lignite are marketed under different b...
Many studies have shown the close relationship between the beneficial action of soil and sedimentary...
Phytoremediation is a promising technology for cleaning soil and water from toxic heavy metals. It i...
Potassium humates (KH) derived from lignite brown coal are alkaline, rich in carboxylic and phenolic...
This study evaluated the effect of HS extracted from mineral coal on the growth of tomato (Solanum l...
The influence of Na-humate and its fractions on dry weight increment of tomato seedlings in water cu...
Studies were carried out on the effect of sodium humate upon content of P, Fe, Ca, and dry weight yi...
The influence of sodium humate on calcium and iron uptake by two species of algae was studied. It wa...
A coal-derived sodium humate (HANa) was found to stimulate root growth of wheat seedlings (Triticum ...
The effect of sodium humate on the level of some fractions of phosphorus compounds in the leaves and...
The effect of chemically (solid sodium humate) and mechanically (Lignofert) treated coal application...
The effects of humic acids extracted from two commercially-available products (CP-A prepared from pe...
Mine soils usually exhibit high levels of metal contamination. Phytoextraction is an environmental f...
International audienceHumic substances are known to be natural product that could be used as an alte...
Mine soils usually exhibit high levels of metal contamination. Phytoextraction is an environmental f...
Naturally occurring humates like leonardite and brown coal or lignite are marketed under different b...
Many studies have shown the close relationship between the beneficial action of soil and sedimentary...
Phytoremediation is a promising technology for cleaning soil and water from toxic heavy metals. It i...
Potassium humates (KH) derived from lignite brown coal are alkaline, rich in carboxylic and phenolic...
This study evaluated the effect of HS extracted from mineral coal on the growth of tomato (Solanum l...
The influence of Na-humate and its fractions on dry weight increment of tomato seedlings in water cu...