A very high-resolution X-band vertically pointing weather radar was deployed in the island of Jersey, UK, from February to May 2004, to study the variation of the vertical reflectivity of precipitation (VPR) in this region. Intercomparison studies were carried out...
Understanding the Importance of Blue Carbon
Although the term blue carbon has been created around two decades (Lovelock and Duarte, 2019, Nelleman et al., 2008), scientists have already started to do research on the carbon cycle hundred years ago (Falkowski et al., 2000). Blue carbon mainly includes organic and...
High level shore features of Jersey (Channel Islands) and adjacent areas
Past marine surfaces occur between present low tide and 45 m mean sea level (msl) in the Channel Islands and along adjacent French coasts, particularly on Jersey. A detailed historical review of the early work concerned with the mapping of the range of marine surfaces...
Stakeholders’ Knowledge: Effects of Sea Level Rise on Biodiversity and Mainstreaming Ecosystem-based Adaptation in Southeast Coast Ramsar, Jersey
The rising sea levels exacerbated by anthropogenic climate change are putting islands, which hold approximately 20% of the Earth’s biodiversity, at risk (Kier et al., 2009). Island ecosystems are the most vulnerable to sea level rise which negatively impacts their...
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...