The distribution of Characeae vegetation from the Pays-de-la-Loire region was studied in ponds and standing waters (e.g. gravel pits, quarries, oxbows) in relation to water quality, other existing algae or macrophyte competition, and human activities. The potential of using stoneworts to characterise the type of biotope is presented and stoneworts show some possibility for use as general bioindicators of trophic quality in ponds and other still waters
AbstractThe macrophyte vegetation, the epilithic diatoms and the physico-chemical characteristics of...
The key goal of the Water Framework Directive is to achieve a good ecological status in water bodies...
AbstractThe relationship between the macrophyte vegetation and the nutrient concentration of the wat...
Charophytes (stoneworts) form a group of macrophytes that are considered sensitive to eutrophication...
International audienceSubmerged macrophytes respond to environmental fluctuations in nutrient concen...
Charophytes can be found growing (usually on silt, mud or peat) completely submerged in most still w...
Regarding their distribution in lakes, Chara delicatula and Chara globularis are considered species ...
We investigated the responses of submerged macrophytes to environmental conditions in shallow lakes ...
Mediterranean wetlands are severely affected by habitat degradation and related loss of biodiversity...
In accordance with the water Framework Directive (WFD, European Parliament & The Council of the Euro...
Aquatic macrophytes are one of the biological quality elements in the Water Framework Directive (WFD...
Aquatic macrophytes are one of the biological quality elements in the Water Framework Directive (WFD...
Charophytes play an important role in aquatic ecosystems but there is a lack of knowledge on the eco...
Macrophytes are among the major groups of organisms that the Water Framework Directive (WFD) recomme...
International audienceSmall shallow lakes (SSL) support exceptionally high and original biodiversity...
AbstractThe macrophyte vegetation, the epilithic diatoms and the physico-chemical characteristics of...
The key goal of the Water Framework Directive is to achieve a good ecological status in water bodies...
AbstractThe relationship between the macrophyte vegetation and the nutrient concentration of the wat...
Charophytes (stoneworts) form a group of macrophytes that are considered sensitive to eutrophication...
International audienceSubmerged macrophytes respond to environmental fluctuations in nutrient concen...
Charophytes can be found growing (usually on silt, mud or peat) completely submerged in most still w...
Regarding their distribution in lakes, Chara delicatula and Chara globularis are considered species ...
We investigated the responses of submerged macrophytes to environmental conditions in shallow lakes ...
Mediterranean wetlands are severely affected by habitat degradation and related loss of biodiversity...
In accordance with the water Framework Directive (WFD, European Parliament & The Council of the Euro...
Aquatic macrophytes are one of the biological quality elements in the Water Framework Directive (WFD...
Aquatic macrophytes are one of the biological quality elements in the Water Framework Directive (WFD...
Charophytes play an important role in aquatic ecosystems but there is a lack of knowledge on the eco...
Macrophytes are among the major groups of organisms that the Water Framework Directive (WFD) recomme...
International audienceSmall shallow lakes (SSL) support exceptionally high and original biodiversity...
AbstractThe macrophyte vegetation, the epilithic diatoms and the physico-chemical characteristics of...
The key goal of the Water Framework Directive is to achieve a good ecological status in water bodies...
AbstractThe relationship between the macrophyte vegetation and the nutrient concentration of the wat...