Human‐driven changes in nitrogen (N) and phosphorus (P) inputs are modifying
biogeochemical cycles and the trophic state of many habitats worldwide. These alterations …

Since the first version of this book almost 30 years ago, significant losses of seagrass
meadows have continued to be reported from around Australia as a result of natural and …

Understanding the impact of multiple stressors on ecosystems is of pronounced importance,
particularly when one or more of those stressors is anthropogenic. Here we investigated the …

Seagrass beds provide a wealth of ecosystem services that benefit society (eg, habitat and
feeding ground for juvenile fisheries species), but the Anthropocene has seen to a global …

Seagrass habitats support diverse animal assemblages and while there has been
considerable progress in the study of these fauna over the last few decades, large …

Recent research has shown that co-occurring primary and secondary habitat-forming
species typically support higher biodiversity than do monocultures of the primary habitat …

We investigated the interaction between epiphyte-grazer abundance and eutrophication to
assess the relative importance of top-down and bottom-up effects in subtropical seagrass …

Effective management of eutrophic ecosystems requires an understanding of how nutrient
input affects the structure and function of benthic communities. The effects of nutrients in soft …

Western Port experienced extensive loss of seagrass coverage between the 1970s and
2000. The primary cause of historical decline in the seagrass extent in Western Port is …

The important role of indirect facilitation, like trophic cascade and keystone predation, in
structuring communities have been documented over many decades and across …