Seagrasses are important marine ecosystems situated throughout the world's coastlines.
They are facing declines around the world due to global and local threats such as rising …

Reversing the decline of coastal marine ecosystems will rely extensively on ecological
restoration. This will in turn rely on ensuring adequate supply and survival of propagules …

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Seagrass roots host a diverse microbiome that is critical for plant growth and health.
Composition of microbial communities can be regulated in part by root exudates, but the …

Highly saline brines from desalination plants expose seagrass communities to salt stress.
We examined effects of raised salinity (46 and 54 psu) compared with seawater controls (37 …

Climate change and extreme climatic events, such as marine heatwaves (MHWs), are
threatening seagrass ecosystems. Metabolomics can be used to gain insight into early …

Dredging can have significant impacts on benthic marine organisms through mechanisms
such as sedimentation and reduction in light availability as a result of increased suspension …

Three case studies involving two temperate Australian seagrass species–Pondweed
(Ruppia tuberosa) and Ribbon Weed (Posidonia australis)–highlight different approaches to …

Plant Regeneration from Seeds: A Global Warming Perspective comprehensively reviews
the effects caused by climate change on global plant regeneration, growth and seed …

Desalination has the potential to provide an important source of potable water to growing
coastal populations but it also produces highly saline brines with chemical additives, posing …