The 3 initiatives, coordinated in their elaboration by the LIFE experts of Triton Research, were developed together with management bodies of protected areas and research bodies operating on marine biodiversity in the countries bordering the Mediterranean. Two of these proposals fall under the Nature and Biodiversity program, while one in the LIFE Governance and Information program. The common factor of the project ideas is the conservation of rare or threatened marine species (including cetaceans, sea turtles and Pinna nobilis) and the promotion of the European Natura 2000 Network of  marine areas, also trying to raise the awareness of the most relevant...

After the approval of the project ideas by the European Union, on February 17, 2021 Triton presented 3 international projects for the protection of the Mediterranean Sea with many authoritative partners from the world of sea protection. In fact, the second phase of the presentation of the projects in the context of the European call for the environment "LIFE" in which Triton Research has decided to take part by actively promoting 3 initiatives developed together with management bodies of protected areas and research institutions has been completed. operating on marine biodiversity in the countries bordering the Mediterranean. Two of these...

The study, published in the journal Environmental Pollution, reported that fish exposed to engine noise had elevated levels of the stress hormone cortisol and the reproductive hormones testosterone and 11-ketotestosterone, which corresponded with the behavioural changes observed by the researchers. The techniques used by the scientists to measure hormones, which offer a window into complex behaviours, could be used to gauge the effectiveness of future noise-reduction measures.18

As the COVID-19 pandemic sweeps across the globe, people are beginning to understand, at a very personal level, the ways in which infectious diseases can devastate life. But disease outbreaks are not confined to just humans or to life on land. Infectious disease-induced mass mortality events are known to afflict a variety of species, including invertebrates, birds, fish, and both land and aquatic mammals. However, these events in aquatic mammals are understudied compared to their land-dwelling counterparts. I Sanderson and Alexander discovered that infectious disease-induced mass mortality events occurred in 14 percent of marine mammal species between 1955 and 2018. Viruses were responsible for 72 percent of these events and caused 20 times the number of deaths than bacterial outbreaks. Specifically, morbillivirus and influenza A outbreaks were the most commonly recorded. Due to their life cycles, both viruses can infect multiple hosts since they have the potential to be transmitted between various species.

The Amazon river dolphin (Inia geoffrensis) or boto, already classified as “endangered” since 2018 by the IUCN, the International Union for Conservation of Nature, is now coming under even more serious threat across Brazil and Latin America. An estimated population in the low tens of thousands is thought to exist in the wild, though counting the animals accurately in the Amazon’s murky streams is challenging. Like other river dolphins, the boto communicates with variable whistle tones. Occupying the Amazon and Orinoco river basins, which cut across the northern half of the South American continent, these freshwater mammals were historically abundant, and are protected today by Brazilian law; it is illegal to kill them. But for years, poachers have targeted the dolphins, using their fatty blubber as bait to catch a carnivorous catfish called piracatinga, which is drawn to the scent of rotting flesh.

Ocean currents in the deep sea are creating microplastic hotspots which house around 1.9 million tiny pieces of debris per square metre, scientists have said. Researchers believe these slow-moving currents, which also supply oxygen and nutrients to deep-sea creatures, are directing the flow of plastics towards these areas, resulting in so-called “garbage patches” deep in the ocean.

“….When we think of public health risks, we may not think of the ocean as a factor. Increasingly, however, the health of the ocean is intimately tied to our health. Some may be surprised to read that organisms discovered at extreme depths are used to speed up the detection of COVID-19, and probably, even more to learn that, it is the environment to could give a solution to humankind.….”

In times of uncertainty, the deep sea provides potential solutions. The test being used to diagnose the novel coronavirus—and other pandemics like AIDS and SARS—was developed with the help of an enzyme isolated from a microbe found in marine hydrothermal vents as well as freshwater hot springs.

This is our last day and we are in Punta Carena, one of the most beautiful underwater landscape off the coast of Capri. Today we have deployed the last hydrophone that, together with the other 2 we deployed the past few days, will be recovered by the Carabinieri Nucleo Subacqueo. This is only the first phase of the project sponsored by Triton, called "The Sound of Silence". In a month time we will recover the hydrophone and will analyse the data in Grenoble. We complete the first data collection campaign, which was supported by Rosalba Giugni, chairman of Marevivo Onlus, and this...

We have dived back in the sea today for our "The Sound of Silence" project. Together with the Carabinieri Nucleo Subacqueo, in Naples, we have deployed the hydrophone that Triton gave us, near the Santa Croce Bank. Tomorrow we will go to Capri. This project is managed by the Parc National des Calanques and it aims at collecting audio data from two of the most beautiful cities in the Med: Marseilles and Naples.