Assessing the economics of biological controls in pest and invasive species control is pivotal
for guiding research and decision making. The field of economics provides numerous …

Anthropogenic impacts on carp pond environments have increased over the last 100–150
years in Central Europe. Present semi-intensive carp pond management combines natural …

There is growing acknowledgement that human‐induced change can push ecosystems
beyond tip** points, resulting in the dramatic and sudden loss of vital ecosystem services …

The ecological engineering pond aquaculture system was promoted in China in recent
years as it can save water and reduce pollution. In the present study, an ecological …

Rebuilding a clear-water state dominated by submerged macrophytes is essential for
addressing eutrophication, yet the impact of benthic fish on water quality is complex. We …

Common carp (Cyprinus carpio) are one of the world's most destructive vertebrate pests. In
Australia, they dominate many aquatic ecosystems causing a severe threat to aquatic plants …

Climate is a major driver of species distribution and biological invasions worldwide. In this
study, we combined the catches of a widespread and invasive species, the common carp …

Rapid recruitment of small fish after biomanipulation in warm lakes may delay the
reestablishment of submerged macrophytes, not least at high nutrient concentrations …

The disappearance of submerged aquatic vegetation caused by the use of purse seine in
productive fishery has aroused the attention of the national government. In order to restore …

Benthivorous fish disturbance and density-dependent competition from adjacent
macrophytes are two important biotic factors that significantly impact the growth of …