Water quality is still poor in many freshwater ecosystems around the world as a result of
anthropogenic nutrient loading. Constructed wetlands can be used to remove excess …

Asexual propagules are the dominant means of propagation in most submerged
macrophytes. To improve the understanding of how water nutrient concentrations and …

In order to investigate the impacts of ammonia nitrogen concentration and the necessity of
dredging, five levels of ammonia nitrogen including 0, 2, 4, 8, and 16 mg L− 1 and two levels …

The purpose of this study was to examine the use of industrial sand and commercial salts for
mimicking brackish systems in laboratory and greenhouse experiments. Many wetland and …

Eutrophication often results in the loss of submerged vegetation in shallow lakes and turns
the lake to be a turbid state. Recovery of submerged macrophytes is the key in the …

Lacustrine groundwater discharge (LGD) can significantly contribute to nutrient budgets of
lakes. LGD usually occurs in shallow littoral zones, and thus, potentially affects periphyton …

Sediment accretion (burial) and nutrient enrichment occur concurrently in lacustrine
wetlands, but the role of these two aspects of sedimentation on macrophyte performance …

In shallow eutrophic lakes, submersed macrophytes are significantly influenced by two main
factors: light availability and benthic fish disturbance. Plant foraging is one of the most …

Abstract Knowledge of root: shoot ratio (R/S) is fundamental for our understanding of carbon
allocation and storage in terrestrial ecosystems. Due to the periodic variation of water table …

Benthivorous fish disturbance and nitrogen loading are two important factors that influence
the community structure of submersed macrophytes, but their interactive effect is not well …