Add to ORKG[出版社版]This report describes about the effect of Charophytes on nutrient cycling, conducted in Lake Myall, Australia. Relationships between submerged plants biomass and gyttja layer thickness, decomposition characteristics of the four dominated species, mechanism of phosphorous accumulation by Chara, UV light effect on plant biomass are discussed. These results give that both Charophytes and gyttja may play a role of water quality stabilization. A possibility and condition of applying for Japanese lakes are suggested
Microcosmal studies were carried out on three inland reservoirs – Upper lake, Lower lake and Shahpur...
Understanding how lakes respond to changes in nutrient loading along a productivity gradient can hel...
1. Bottom-dwelling charophytes have been observed to replace canopy-forming pondweeds within a few y...
Lake Waikare is a large, shallow eutrophic lake devoid of submerged macrophytes. I investigated pote...
Submerged macrophytes are crucial for the stabilization of the clear water state in shallow, mesotro...
International audienceIn the course of re-oligotrophication in Lower Lake Constance, Germany, the ta...
Submerged aquatic vegetation (SAV) aids in maintaining a clear stable state in shallow lak...
The trophic status of three shallow, freshwater lakes on the Swan coastal plain near Perth, Western ...
Inhibition of phytoplankton by allelochemicals released by submerged macrophytes is supposed to be o...
© 2015, The Japanese Society of Limnology. Lake Monger (Perth, Western Australia) is a highly eutrop...
University Lake, a shallow, artificial, urban lake adjacent to the campus of Louisiana State Univers...
This thesis describes an investigation into the impacts on charophytes of four selected aquatic herb...
AIM: This study assessed the phycoperiphyton biomass in two regions submitted to different human imp...
AbstractOver the last 25 years, considerable changes have been observed in the littoral vegetation o...
Abstract Submerged aquatic macrophytes are important in shallow aquatic ecosystems because they stab...
Microcosmal studies were carried out on three inland reservoirs – Upper lake, Lower lake and Shahpur...
Understanding how lakes respond to changes in nutrient loading along a productivity gradient can hel...
1. Bottom-dwelling charophytes have been observed to replace canopy-forming pondweeds within a few y...
Lake Waikare is a large, shallow eutrophic lake devoid of submerged macrophytes. I investigated pote...
Submerged macrophytes are crucial for the stabilization of the clear water state in shallow, mesotro...
International audienceIn the course of re-oligotrophication in Lower Lake Constance, Germany, the ta...
Submerged aquatic vegetation (SAV) aids in maintaining a clear stable state in shallow lak...
The trophic status of three shallow, freshwater lakes on the Swan coastal plain near Perth, Western ...
Inhibition of phytoplankton by allelochemicals released by submerged macrophytes is supposed to be o...
© 2015, The Japanese Society of Limnology. Lake Monger (Perth, Western Australia) is a highly eutrop...
University Lake, a shallow, artificial, urban lake adjacent to the campus of Louisiana State Univers...
This thesis describes an investigation into the impacts on charophytes of four selected aquatic herb...
AIM: This study assessed the phycoperiphyton biomass in two regions submitted to different human imp...
AbstractOver the last 25 years, considerable changes have been observed in the littoral vegetation o...
Abstract Submerged aquatic macrophytes are important in shallow aquatic ecosystems because they stab...
Microcosmal studies were carried out on three inland reservoirs – Upper lake, Lower lake and Shahpur...
Understanding how lakes respond to changes in nutrient loading along a productivity gradient can hel...
1. Bottom-dwelling charophytes have been observed to replace canopy-forming pondweeds within a few y...