Two French students arrived in Istanbul on October 9, finishing a 14-month 10,000-kilometre journey by sea kayak, having set off from Gibraltar in July 2013. Sponsored by leading marine lubricant supplier
Total Lubmarine, the pair conducted research into toxic algae and noise pollution in the Mediterranean.
The journey, part of the EU-funded
Mare Nostrum Project, saw
Louis Wilmotte and
Douglas Couet paddle the whole length of Europe’s Mediterranean coast in a sea kayak carrying out scientific, educational and cultural assignments.
Wilmotte, a 24 year old student who has previously solo kayaked across France, and Couet, also 24, and an MSc Oceanography student, collected daily water samples to test for toxic organisms in the Mediterranean Sea. They used hydrophones to undertake an acoustic study of coastal waters, testing for noise pollution caused by marine traffic and building works. They have also been able to listen to the many marine mammals in the water around them.
The samples and recordings collected have been sent to a range of research institutions, including the
Oceanographic Observatory of Villefranche-sur-Mer, and will be used by scientists to further understand marine eco-systems.
Norbert Schieren, general manager of Total Lubmarine, said: "This has been a fantastic achievement and Total Lubmarine is delighted to have sponsored such an innovative endeavour. Louis and Douglas have shown great tenacity and resilience in finishing the 10,000-kilometre trip and the vital research work they have undertaken will help to preserve the Mediterranean’s precious marine ecosystem."
Schieren added: "They have also been able to speak to hundreds of school children in Mediterranean coastal areas and explain the Mare Nostrum Project. I am certain their efforts will prove inspirational and ensure the children take an interest in the preservation of the Med, its ecosystems and creatures."
The adventurous pair visited schools and engaged pupils on the topics of toxic algae, the role of cetaceans in the Mediterranean and the effect of human noise pollution.
