期刊： FRESHWATER BIOLOGY, 2022; 67 (7)
Trait-based methods are key to understanding the biodiversity-productivity relationship (BPR) of macrophyte communities. Community-weighted mean trait......
期刊： FRESHWATER BIOLOGY, 2022; 67 (5)
Carbon with a radiocarbon age above 200 years before present (bp) generally is referred to as ancient carbon. Ancient organic carbon (OC) stored in gl......
期刊： FRESHWATER BIOLOGY, 2022; 67 (2)
Brachionus calyciflorus is a recently described monogonont rotifer species complex that comprises four species. The observation of hybridisation betwe......
期刊： FRESHWATER BIOLOGY, 2022; 67 (11)
The importance of trophic interactions for determining the distributions, abundances, and taxonomic compositions of organisms in ecosystems has long b......
期刊： FRESHWATER BIOLOGY, 2022; 67 (3)
One of the major research goals in ecology is to understand predator-prey interactions. However, our understanding of how prey express phenotypic plas......
期刊： FRESHWATER BIOLOGY, 2022; 67 (3)
In eutrophic lakes, the shift from a macrophyte-dominated state to an algae-dominated state changes the particulate organic matter (POM) sources, whic......
期刊： FRESHWATER BIOLOGY, 2022; 67 (7)
Daphnia can develop a VARIETY of inducible defensive traits when they sense predator kairomone and transmit the predation risk information from female......
期刊： FRESHWATER BIOLOGY, 2022; 67 (9)
Both predation risk and crowding can induce sexual reproduction in Daphnia, and predator kairomones can also cause population crowding. It is, however......
期刊： FRESHWATER BIOLOGY, 2022; 67 (8)
Cyanobacterial dominance or blooms can influence ecosystem structure in reservoirs, yet there are only few studies of its effect on the resource use a......
期刊： FRESHWATER BIOLOGY, 2022; 67 (4)
1. The re-establishment of submerged macrophytes is crucial in shallow lake restoration transforming a turbid into a clear water system, but it might ......
期刊： FRESHWATER BIOLOGY, 2022; 67 (11)
The dominance of cyanobacteria and their adaptability to changing climates might be attributed to their morphological plasticity related to external l......
期刊： FRESHWATER BIOLOGY, 2022; 67 (4)
1. Altitudinal diversity of terrestrial plants has been widely studied, whereas little is known for the patterns of aquatic plants. Here, we used a st......
期刊： FRESHWATER BIOLOGY, 2022; 67 (3)
The effect of cyanobacterial blooms on aquatic ecosystems has received wide attention, yet little is known about their impacts on zooplankton genetic ......
期刊： FRESHWATER BIOLOGY, 2022; 67 (10)
Periphyton in aquatic ecosystems play a crucial ecological role in element cycling and are susceptible to natural disturbances and anthropogenic activ......
期刊： FRESHWATER BIOLOGY, 2022; 67 (12)
Knowledge of large-scale dispersal processes and their associated genetic diversity patterns is significant for managing invasive species. These patte......
