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http://hdl.handle.net/10553/129904
Title: | ATLANTIC WHALE DEAL Project: Mitigating Ship Strikes and Enhancing Carbon Sequestration in the Atlantic | Authors: | Hamard, Eliette Sambolino, Annalisa Aguilar de Soto, Natacha Arbelo Hernández, Manuel Antonio Authier, Matthieu Berrow, Simon Caro, Patrícia Carreira, Gilberto Castro Alonso, Ayoze Díaz López, Bruno Dinis, Ana Dudley, Rebeca Fernández Rodríguez, Antonio Jesús Hernández Guerra, Alonso Kelly Quinn, Mary Lambert, Charlotte Lima, Adriano Mafalda Correia, Ana Magalhães, Sara Mora, Carlos Neves, Silvana Peña Fabiano Bendicho, Maria Soares, Joana Sousa Pinto, Isabel Fernandez, Marc Alves, Filipe |
UNESCO Clasification: | 240119 Zoología marina 310512 Ordenación y conservación de la fauna silvestre 330702 Electroacústica |
Issue Date: | 2024 | Conference: | 35th Annual Conference of the European Cetacean Society (ECS 2024) | Abstract: | The Atlantic Ocean faces multiple pressures, resulting in biodiversity loss and associated loss of carbon sequestration. As ecosystem engineers, cetaceans play a crucial role in preserving and regulating ocean conditions. They provide essential ecosystem services, contributing to element and nutrient cycles by enhancing phytoplankton nutrition, as well as supporting cultural activities such as whale watching. Whales occur across coastal and open sea areas and despite their major environmental role, are greatly affected by human-induced hazards such as ship strikes. Increasing shipping activity leads to a higher risk of whale-ship collisions, posing dangers to both the animals and the vessels involved. The ATLANTIC WHALE DEAL is a 36-month project started on December 2023 and co-funded by the EU Interreg Atlantic Area for a total of 3.5M€, that will test innovative technologies to mitigate ship strikes and prevent biodiversity loss while putting forward transnational cooperation between multiple stakeholders. The project will work to produce (acoustic, visual, and thermal) detection and localization techniques, create maps of collision risk and acoustic contamination integrated into interactive tools, as well as evaluating the ecosystem services provided by whales, and inform a long-term sustainable plan. Physicists, engineers, biologists, statisticians, designers, and socio-economists from four countries of the Atlantic Area (Portugal, France, Spain, and Ireland) will join efforts towards effective solutions to benefit society through governmental, non-governmental, academic, and commercial bodies. By safeguarding whale populations, the project aims to enhance the ecosystem services provided by these iconic creatures, strengthen natural solutions to carbon sequestration, and improve the health and long-term use of resources in the Atlantic, thus benefiting society towards global sustainability. | URI: | http://hdl.handle.net/10553/129904 | Source: | 35th Annual Conference of the European Cetacean Society (ECS 2024) |
Appears in Collections: | Póster de congreso |
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