Kelp forests, globally distributed in cool temperate and polar waters, are renowned for their
pivotal role in supporting species diversity and fostering macroalgae productivity. These …

Global climate change scenarios due to anthropogenic responses jeopardize ecosystem
sustainability and hinder progress toward achieving the United nations (UN-SDGs) …

Climate change is altering geographic and phylogeographic distribution of macroalgae,
laying great impacts on their conservation and sustainable utilization. The potential …

The ongoing degradation of seagrass and seaweed is of global concern. Comprehending
the spatial distribution of these wetland vegetation types and the threats they face becomes …

Marine species will respond to climate change through distributional shifts to follow suitable
habitats in the future. Here, we predicted the future potential global distribution of …

Pressure on the terrestrial ecosystems is large and big concerns exist regarding whether a
growing world population can be fed from the land. Little is known about if and how much …

Climate change is exerting unprecedented effects on the habitats of marine mammals.
Common minke whales (Balaenoptera acutorostrata) have suffered immense harm from …

Dispersal of floating seaweeds contributes to the connectivity of marine communities. Little is
known about the harvest of natural populations by fishermen on the dispersal capacity of …

Ocean warming is one of the most important factors in shaping the spatial distribution and
genetic biodiversity of marine organisms worldwide. The northwest Pacific has been broadly …

Climate change has affected the distribution of economically important marine organisms
worldwide. Seaweeds are among the most cultivated marine organisms in aquaculture and …