Eutrophication is a major threat to aquatic ecosystems, because excessive nutrient
enrichment may result in the loss of ecosystem services. Fjord systems are specifically under …

Primary productivity of marine ecosystems is largely driven by broad gradients in
environmental and ecological properties. By contrast, secondary productivity tends to be …

Marine primary production is sensitive to multiple environmental stressors from land-based
and maritime anthropogenic activities. Stressors may alter the distribution, abundance and …

Ecological engineering principles are increasingly being applied to develop multifunctional
artificial structures or rehabilitated habitats in coastal areas. Ecological engineering …

Marine ecosystems are structured by an array of natural and anthropogenic drivers, their
diverse influences varying between different community types and across space. We …

Populations of macro-algae and sessile invertebrates have precipitously declined in
urbanised coastal waters in Australia since European occupation. Responses of healthy …

Our goal was to understand the mechanisms behind the impact of nutrient enrichment at
intermediate distances from aquaculture on the interactions of a subtidal macroalgae …

Increases in anthropogenic activity along coastal zones has led to an influx of terrestrial
particulate matter containing high levels of nutrients and contaminants to coastal …

Organisms respond to environmental stressors in various ways, including moving, adapting,
acclimatising or a combination of responses. Urbanisation brings an array of stressors into …

Globally, shallow reef ecosystems are undergoing dramatic changes, largely due to
unprecedented climate change and exacerbated by local anthropogenic drivers. These …