The dynamics of water uptake and photosynthetic pigments concentration in the thalli of epiphytic lichens Evernia prunastri, Hypogymnia physodes, Ramalina pollinaria and Xanthoria parietina during their exposure for 180 minutes in a wet chamber was investigated. Methods: physiological, spectrophotometric, statistical. It was found that air–dry lichens thalli absorbed the bulk water for the first 15 minutes of being in a wet environment. When moisture thalli from air–dry state to water saturation the photosynthetic pigments concentration are not changed
Lichens may undergo cycles of dehydration-desiccation-rehydration several times a day and this, comb...
Recent hypotheses suppose that dry lichens emit a faint chlorophyll a fluorescence because of a \u20...
At high altitudes in the absence of vegetation of woody and scrubby plants lichens are dominant prim...
This study was carried out to investigate changes in lichen photosynthetic pigments induced by diffe...
© 2008 Ecological Society of AustraliaHydration and dehydration kinetics were investigated in two xe...
Five macrolichens of different thallus morphology from Antarctica (King George Island) were used for...
Irreversible thermodynamics is widely used to describe the water relations of vascular plants. Howev...
International audienceIn this study, we compared the photosynthetic performance of epilithic freshwa...
Although both lichens and bryophytes are all poikilohydric the groups seem to behave very differentl...
We tested whether freezing of air-dried lichen thalli alter physiological parameters commonly used a...
Lichens can withstand extreme desiccation to water contents of ≤ 0.1 g H2O g-1 DW, and in the desicc...
Thalli of the foliose lichen species Parmelina tiliacea were studied to determine responses of the p...
Investigations of the 24-hour absorption and evaporation in Cetraria ericetorum, Cetraria islandica,...
5siLichens can dehydrate to water contents (WC) below 10% of dry mass and survive in this condition ...
Uptake and loss of water by six lichen species from the Argentine Islands, Antarctic Peninsula, were...
Lichens may undergo cycles of dehydration-desiccation-rehydration several times a day and this, comb...
Recent hypotheses suppose that dry lichens emit a faint chlorophyll a fluorescence because of a \u20...
At high altitudes in the absence of vegetation of woody and scrubby plants lichens are dominant prim...
This study was carried out to investigate changes in lichen photosynthetic pigments induced by diffe...
© 2008 Ecological Society of AustraliaHydration and dehydration kinetics were investigated in two xe...
Five macrolichens of different thallus morphology from Antarctica (King George Island) were used for...
Irreversible thermodynamics is widely used to describe the water relations of vascular plants. Howev...
International audienceIn this study, we compared the photosynthetic performance of epilithic freshwa...
Although both lichens and bryophytes are all poikilohydric the groups seem to behave very differentl...
We tested whether freezing of air-dried lichen thalli alter physiological parameters commonly used a...
Lichens can withstand extreme desiccation to water contents of ≤ 0.1 g H2O g-1 DW, and in the desicc...
Thalli of the foliose lichen species Parmelina tiliacea were studied to determine responses of the p...
Investigations of the 24-hour absorption and evaporation in Cetraria ericetorum, Cetraria islandica,...
5siLichens can dehydrate to water contents (WC) below 10% of dry mass and survive in this condition ...
Uptake and loss of water by six lichen species from the Argentine Islands, Antarctic Peninsula, were...
Lichens may undergo cycles of dehydration-desiccation-rehydration several times a day and this, comb...
Recent hypotheses suppose that dry lichens emit a faint chlorophyll a fluorescence because of a \u20...
At high altitudes in the absence of vegetation of woody and scrubby plants lichens are dominant prim...