Seaweed for research

Many of the applications described above and a whole host more – including seaweeds’ potential in biofuel reduction, methane reduction, as anti-cancer treatments and bioremediation – are still at an early stage. To ensure that their true potential is met, a growing number of organisations are conducting crucial, pioneering research into the unique properties of seaweeds.

We are proud to be working with a range in universities and research centres in the UK and Europe. This includes projects relating to seaweed production, nutritional analysis and component extraction. Harvesting a wide range of species since 2016 means that we have an archive comprising hundreds of samples dried seaweed taken from different sites and seasons: a valuable resource for bioprospecting. Download our archive brochure or contact us for an overview of the samples available.

Our shoreline surveys started in 2014, giving us over a decade of experience in scientific assessment of seaweed on the rocky intertidal. Nearly ten different marine biology students and graduates have contributed to our surveys over the years, including initial site walkovers, biomass assessment and environmental impact monitoring. Our methodology required intense development to achieve meaningful results in a complex dynamic environment.

Horizon Seaweed has hosted photographers, documentary makers and broadcasters keen to capture Scottish seaweed and the stunning seascapes around Caithness. This includes our appearance on the BBC’s Inside The Factory in 2023. We provide guidance around tides and harvest sites to help maximise opportunities in weather conditions that can - occasionaly! - be somewhat challenging. Horizon Seaweed has also supplied seaweed to film and television studios, helping guide set decorators on what species to use. Look out for our seaweed appearing on the small and big screen!

We are members of the Scottish Seaweed Industry Association. We can also advise on the best ways to scale applications, for example varieties that can be farmed or supplied in volume from the wild.