The Norwegian coastline covers more than 10° in latitude and provides a range in abiotic
and biotic conditions for seaweed farming. In this study, we compared the effects of …

The Arctic is among the fastest‐warming areas of the globe. Understanding the impact of
climate change on foundational Arctic marine species is needed to provide insight on …

Seaweeds are marine autotrophic macroalgae found in the coastal waters, and have both
ecological and economic values. Present study aimed to understand the drivers of …

As global climate change is altering the distribution range of macroalgae across the globe, it
is critical to assess its impact on species range shifts to inform the biodiversity conservation …

Aim Global warming is affecting the distribution of species worldwide, but the level of
adaptation of edge populations to warmer temperatures remains an open question. Here …

The increasing global energy demand, along with growing environmental concerns, has
accelerated the search for renewable energy sources. Marine macroalgae, also known as …

While seaweed cultivation has reached an advanced stage in many Asian countries, this
industry remains nascent in Bangladesh, hindered by a lack of comprehensive site suitability …

Climate-driven shifts of coastal species' ranges constitute a key factor shaping both the
vegetation composition and biodiversity of coastal ecosystems. Although phylogeographic …

Climate change has profound effects on the distribution of kelp forests in the Arctic and sub‐
Arctic. However, studies on the responses of kelps to climate change, particularly along the …

As the human population grows, so too does the demand for resources. This demand has
led to aquaculture becoming the fastest growing food production sector in the world. Due to …