In two years after biomanipulation of Lake Zwemlust (The Netherlands), macrophytes (helophytes, elodeids) and filamentous algae developed luxuriantly in the lake. They influenced the structure of macroinvertebrate communities inhabiting them. Macrophytes and algae, by changing environmental and trophic conditions, also affected the composition of macrozoobenthos. Vascular plants served as an important source of food for zoobenthos and phytofauna, mainly after they were decomposed. Filamentous algae were consumed readily alive by many animals. Invertebrates appeared to be important as a potential nutrient source for hydrophytes
To explore the size-dependent responses of zooplankton to submerged macrophyte restoration, we colle...
Although many lake restoration projects have led to decreased nutrient loads and increased water tra...
At the First Biomanipulation Conference held in Amsterdam (8-11 August 1989), studies presented cons...
In two years after biomanipulation of Lake Zwemlust (The Netherlands), macrophytes (helophytes, elod...
The aquatic fauna in two freshwater biotopes, namely a Nymphoides peltata-dominated site and a macro...
1. Fresh and decomposed Mougeotia sp. (a filamentous green alga) and Elodea nuttallii (a vascular pl...
Both natural and managed ecosystems experience large fluctuations in submersed macrophyte biomass. T...
<p>(P) macroinvertebrates sampled by removing the artificial plants and therefore considered plant-a...
Multivariate analysis demonstrated that macroinvertebrate assemblages of macrophyte-dominated sub-ha...
Mass development of macrophytes is an increasing problem in many aquatic systems worldwide. Dense ma...
Aquatic plants contribute to maintaining key functions and related biodiversity in freshwater ecosys...
Complex interactions between epiphytic fauna and microbial food webs in periphyton are vital to the ...
Marginal lakes are characterised by their having high biological diversity due to the presence of aq...
Key words: lake biomanipulation, submerged macrophytes, filamentous green algae, phosphorus and nitr...
Benthic invertebrates and aquatic vegetation were investigated in the volcanic Lake Monterosi in ord...
To explore the size-dependent responses of zooplankton to submerged macrophyte restoration, we colle...
Although many lake restoration projects have led to decreased nutrient loads and increased water tra...
At the First Biomanipulation Conference held in Amsterdam (8-11 August 1989), studies presented cons...
In two years after biomanipulation of Lake Zwemlust (The Netherlands), macrophytes (helophytes, elod...
The aquatic fauna in two freshwater biotopes, namely a Nymphoides peltata-dominated site and a macro...
1. Fresh and decomposed Mougeotia sp. (a filamentous green alga) and Elodea nuttallii (a vascular pl...
Both natural and managed ecosystems experience large fluctuations in submersed macrophyte biomass. T...
<p>(P) macroinvertebrates sampled by removing the artificial plants and therefore considered plant-a...
Multivariate analysis demonstrated that macroinvertebrate assemblages of macrophyte-dominated sub-ha...
Mass development of macrophytes is an increasing problem in many aquatic systems worldwide. Dense ma...
Aquatic plants contribute to maintaining key functions and related biodiversity in freshwater ecosys...
Complex interactions between epiphytic fauna and microbial food webs in periphyton are vital to the ...
Marginal lakes are characterised by their having high biological diversity due to the presence of aq...
Key words: lake biomanipulation, submerged macrophytes, filamentous green algae, phosphorus and nitr...
Benthic invertebrates and aquatic vegetation were investigated in the volcanic Lake Monterosi in ord...
To explore the size-dependent responses of zooplankton to submerged macrophyte restoration, we colle...
Although many lake restoration projects have led to decreased nutrient loads and increased water tra...
At the First Biomanipulation Conference held in Amsterdam (8-11 August 1989), studies presented cons...