Productivity of seagrasses can be controlled by physiological processes, as well as various
biotic and abiotic factors that influence plant metabolism. Light, temperature, and inorganic …

Given the global degradation of shallow-water coral reef ecosystems resulting from
anthropogenic activities, mesophotic coral reef ecosystems (MCEs) are gaining attention …

Aim Macroalgal habitats are believed to be the most extensive and productive of all coastal
vegetated ecosystems. In stark contrast to the growing attention on their contribution to …

Macroalgal blooms are produced by nutrient enrichment of estuaries in which the sea floor
lies within the photic zone. We review features of macroalgal blooms pointed out in recent …

Submerged vegetation respond to increased nutrient loading through a shift from slow-
growing seagrasses and large macroalgae to fast-growing macroalgae, and the ultimate …

The biomass production potential at temperate latitudes (56° N), and the quality of the
biomass for energy production (anaerobic digestion to methane and direct combustion) …

Changes in land use and the development of coastal regions around the world have
markedly increased rates of sediment input into estuarine and coastal habitats. Field studies …

In the 1980s, Danish coastal waters suffered from eutrophication and several nutrient
management plans have been implemented during the years to improve ecological status …

Aim Topographic complexity is widely accepted as a key driver of biodiversity, but at the
patch‐scale, complexity–biodiversity relationships may vary spatially and temporally …

One of the major features of the coastal zone is that part of its sea floor receives a significant
amount of sunlight and can therefore sustain benthic primary production by seagrasses …