Environmental DNA (eDNA) is a promising tool for investigating the role of macroalgae inblue carbon sequestration. This dissertation uses a newly designed rbcL primer to examine whether eDNA can provide insights into the organic carbon contributions of macroalgae in...
Macroalgae and Blue Carbon: Understanding the Impact of Environmental Variables on the Rate of Growth and Carbon Content in Kelp (Laminaria digitata and Laminaria hyperborea)
The growing threat of climate change has resulted in the need for new and innovative strategies to limit global emissions. One approach involves the conservation and restoration of coastal vegetated ecosystems that naturally sequester and store atmospheric carbon,...
The brown seaweeds of Jersey, Channel Islands
As we enter a new era, the Anthropocene, the two largest threats that face humanity are the climate crisis and biodiversity collapse (Monastersky, 2015). In recent decades, human populations have risen exponentially, placing increased pressure on natural resources....
The brown seaweeds of Jersey: An intertidal blue carbon assessment
With expanding human populations and rising consumer demands driving the climate crisis, there has never been a greater need for innovative climate change mitigation and adaptation strategies. Although a relatively new science, blue carbon has become increasingly...
Assessing the distribution and future introduction probability of macroalgae in the English Channel Islands.
When species are brought by humans to environments they are not naturally found in, they are designated as introduced or invasive depending on whether they have a harmful impact. Invasive species- and specifically invasive algae- can have adverse effects on their new...