Aquatic macrophytes or plants living in wet soils have to cope with oxygen shortage around their roots and rhizomes. These organs are not able to take up oxygen from the surrounding medium and have to rely internal oxygen supply through aerenchymatous spaces in the plants. The present study tries to elucidate the mechanism of oxygen supply to the roots of Acorus calamus, Iris pseudacorus, and Phragmites communis. Release of oxygen out of the roots could be of special importance because the species could contribute in the aeration of sewage sludges. Gas escape from the plants roots was found to be species specific: in Acorus and Phragmites rates of 1-2 ml of air h high -1 were calculated, whereas Iris was found to emit not more than 0.2 ml a...
This thesis describes an investigation into the aeration pathways, resistances to gas-movement, mech...
Rhizosphere oxygen profiles are the key to understanding the role of wetland plants in ecological re...
This thesis describes an investigation into the aeration pathways, resistances to gas-movement, mech...
Plants are adapted to an oxygen supply of their rhizoms and roots buried in the anaerobic sediments ...
Molecular oxygen and carbon dioxide may be limited for aquatic plants, but they have various mechani...
In wetland ecosystems, actively ventilating plants strongly influence the oxidation of reduced subst...
Flooding imposes stress upon terrestrial plants since it severely hampers gas exchange rates between...
Internal pressurization a d convective through-flow are demonstrated to be common attributes of wetl...
Flooding imposes stress upon terrestrial plants since it severely hampers gas exchange rates between...
This thesis examines factors regulating growth and distribution of emergent plants with focus on eff...
Marsh plant rhizomes are subjected naturally to prolonged periods of oxygen deficiency by flooding. ...
The present research is an effort to estimate the amount of oxygen contribution by wetland plant (bu...
The present research is an effort to estimate the amount of oxygen contribution by wetland plant (bu...
The present research is an effort to estimate the amount of oxygen contribution by wetland plant (bu...
Acorus Calamus L., Glycerya maxima (Hartmann) Holmberg, Menyanthes trifoliata L., Phalaris arundinac...
This thesis describes an investigation into the aeration pathways, resistances to gas-movement, mech...
Rhizosphere oxygen profiles are the key to understanding the role of wetland plants in ecological re...
This thesis describes an investigation into the aeration pathways, resistances to gas-movement, mech...
Plants are adapted to an oxygen supply of their rhizoms and roots buried in the anaerobic sediments ...
Molecular oxygen and carbon dioxide may be limited for aquatic plants, but they have various mechani...
In wetland ecosystems, actively ventilating plants strongly influence the oxidation of reduced subst...
Flooding imposes stress upon terrestrial plants since it severely hampers gas exchange rates between...
Internal pressurization a d convective through-flow are demonstrated to be common attributes of wetl...
Flooding imposes stress upon terrestrial plants since it severely hampers gas exchange rates between...
This thesis examines factors regulating growth and distribution of emergent plants with focus on eff...
Marsh plant rhizomes are subjected naturally to prolonged periods of oxygen deficiency by flooding. ...
The present research is an effort to estimate the amount of oxygen contribution by wetland plant (bu...
The present research is an effort to estimate the amount of oxygen contribution by wetland plant (bu...
The present research is an effort to estimate the amount of oxygen contribution by wetland plant (bu...
Acorus Calamus L., Glycerya maxima (Hartmann) Holmberg, Menyanthes trifoliata L., Phalaris arundinac...
This thesis describes an investigation into the aeration pathways, resistances to gas-movement, mech...
Rhizosphere oxygen profiles are the key to understanding the role of wetland plants in ecological re...
This thesis describes an investigation into the aeration pathways, resistances to gas-movement, mech...