To reduce negative environmental impacts from human aquaculture activities, the red alga
Gracilaria lemaneiformis was co-cultured with the fish Pseudosciaena crocea in an integrated …

From 2008 to 2016, massive floating green macroalgal blooms occurred annually during the
summer months in the Yellow Sea. The original source of these blooms was traced based …

Intensive mariculture results in a rise in nutrient concentrations, then leads to serious
eutrophication in coastal waters. Based on the sampling data obtained between August 2012 and …

Calcareous macroalgae are of particular ecological importance as primary producers, carbonate
sediment builders, and habitat providers in coral reef ecosystems. Ocean warming is a …

Increased atmospheric CO 2 concentrations not only change the components of inorganic
carbon system in seawater, resulting in ocean acidification, but also lead to decreased …

The economically important red macroalga Gracilariopsis lemaneiformis has demonstrated
positive ecological functions in nutrient bioextraction efficiency and high harvestable biomass…

Crustose coralline algae (CCA) play vital roles in producing and stabilizing reef structures and
inducing the settlement and metamorphosis of invertebrate larvae in coral reef ecosystems…

The growth and nutrient uptake of Gracilaria lemaneiformis under different nutrient conditions,
with implications for ecosystem services, were evaluated in the laboratory and in an …

Although negative responses of tropical calcifying organisms to ocean acidification have been
widely reported, the modulating potential of irradiance combined with elevated pCO 2 has …

Calcified macroalgae play an important role in the settlement and metamorphosis of
invertebrate larvae in coral reef ecosystems. However, little is known about the algal-associated …