Breeding has played an important role in the mariculture and industrialization of kelp in
China. However, the current kelp breeding systems in China have encountered some …

Seaweed aquaculture is gaining traction globally as a solution to many climate issues.
However, seaweeds themselves are also under threat of anthropogenically driven climate …

Warming ocean temperatures have been linked to kelp forest declines worldwide, and
elevated temperatures can act synergistically with other local stressors to exacerbate kelp …

Kelp aquaculture is typically a two-stage process, with an indoor nursery phase and a grow-
out phase at sea. For the successful development and implementation of commercial kelp …

Kelps act as ecosystem engineers on many polar rocky shore coastlines. The underwater
light climate and temperature are the main drivers for their vertical and latitudinal …

The distribution and productivity of seaweeds, including kelps, are strongly influenced by
changes in temperature and inorganic nitrogen (Ni) availability. However, their tolerances …

As primary producers and ecosystem engineers, kelp (generally Order Laminariales) are
ecologically important, and their decline could have far‐reaching consequences. Kelp are …

Thermal tolerance is often interpreted as a species-wide thermal niche in the absence of
studies focusing on the adaptive potential of populations to exhibit differential thermal …

Rapid ocean warming is affecting kelp forests globally. While the sporophyte life stage has
been well studied for many species, the microscopic life stages of laminarian kelps have …

As climate change threatens marine ecosystems, sessile species such as kelps can be
particularly impacted by rapidly changing environmental conditions. In this context …