Add to ORKGIn laboratory tests, the influence of allelopathic substances present in the soil under Lolium perenne on seed germination and its initial growth and development as well as that of Phleum pratense and Poa pratensis, was evaluated. Results of bioassays point that water extracts from the soil under Lolium perenne sward inhibited the germination of seeds of tested grass species as well as clearly modified their initial growth and development. Negative influence of water extracts from under Lolium perenne sward can be the proof of allelopathic properties of this species
The present paper deals with the problem of allelopathic interactions among medicinal plants. The in...
Solanaceae plants have strong allelopathic potential, and therefore the action is confirmed through:...
In this study, some plant species that had allelopathic effects and inhibited the germination of som...
In the studies conducted, an attempt was made to demonstrate the differences in the growth inhibitio...
In multi-species grassland communities, plant growth and development are modified by both a number o...
Efficient utilization of allelopathy in the agricultural practice requires searching for some specie...
This experiment was carried out in laboratory conditions. The aim of this work was estimating allelo...
This experiment was carried out in laboratory conditions. The aim of this work was estimating allelo...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
The Festuceto-Potentilletum arenariae steppe community is dominated by Festuca vallesiaca Schleich. ...
The allelopathicaly active substances (the allelochemicals) which include phenolics or terpenoids ge...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
The Festuceto-Potentilletum arenariae steppe community is dominated by Festuca vallesiaca Schleich. ...
The present paper deals with the problem of allelopathic interactions among medicinal plants. The in...
Solanaceae plants have strong allelopathic potential, and therefore the action is confirmed through:...
In this study, some plant species that had allelopathic effects and inhibited the germination of som...
In the studies conducted, an attempt was made to demonstrate the differences in the growth inhibitio...
In multi-species grassland communities, plant growth and development are modified by both a number o...
Efficient utilization of allelopathy in the agricultural practice requires searching for some specie...
This experiment was carried out in laboratory conditions. The aim of this work was estimating allelo...
This experiment was carried out in laboratory conditions. The aim of this work was estimating allelo...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
The Festuceto-Potentilletum arenariae steppe community is dominated by Festuca vallesiaca Schleich. ...
The allelopathicaly active substances (the allelochemicals) which include phenolics or terpenoids ge...
Allium ursinum L. (wild garlic) represents a widely distributed plant species in beech and mixed bee...
The Festuceto-Potentilletum arenariae steppe community is dominated by Festuca vallesiaca Schleich. ...
The present paper deals with the problem of allelopathic interactions among medicinal plants. The in...
Solanaceae plants have strong allelopathic potential, and therefore the action is confirmed through:...
In this study, some plant species that had allelopathic effects and inhibited the germination of som...