Systems for Coastal Dolphin Conservation in the Ligurian Sea

Reference: LIFE09 NAT/IT/000190 | Acronym: ARION

PROJECT DESCRIPTION

BACKGROUND

The bottlenose dolphin (Tursiops truncatus) is a Mediterranean cetacean listed as ?vulnerable? in IUCN Red List. It is estimated that 200-300 individuals live in the project area. As a coastal species, bottlenose dolphins are the most threatened by habitat degradation and loss. The main threats come from coastal urbanisation, port construction, boat traffic, shipping, pollution by industrial and agriculture activities, overfishing and overexploitation. The Ligurian Sea and the Portofino coastal area are subject to intensive boat traffic, especially during the summer season, which significantly increases underwater noise pollution. This kind of impact represents a serious threat for cetaceans as they communicate and orient by underwater sonar-waves. Moreover, human interaction with bottlenose dolphins has to be regulated during the summer season when newborns and calves are present with adult individuals. In the marine protected area (MPA) of Portofino protection measures have not been carried out in the absence of impact assessments and monitoring.


OBJECTIVES

The main objective of the project was the improvement of the conservation status of the bottlenose dolphin in the Portofino marine protection area (MPA). To this end, an acoustic monitoring system would be set-up to detect and track the species. A network of hydrophones, communicating with an on-shore computer centre, would be installed on the buoys of the Portofino MPA to identify and follow dolphins in real time. Human activities and underwater noise would also be recorded.


RESULTS

The project reached almost all its foreseen objectives aimed at improving the conservation status of the bottlenose dolphin (Tursiops truncatus) in the Portofino MPA. The main achievement was the development of the acoustic detection and surveillance system, which is today fully in place and operational, able to detect the presence of dolphins in the target area, generate an alarm, transmit and notify it to the sailors. The system is able to detect the presence of both boats and dolphins and generate an alarm when there is the risk of collision (e.g. during the project, more than 4 000 alarms for the presence of dolphins were generated by the system). The Portofino coast guard is able to inform sailors of the risk when necessary. The positions of the dolphins can also be checked online (via internet, mobile phone app).

The acoustic detection system is innovative for the following reasons:

  • It allows not only real time detection but also animal tracking;
  • It is solar powered, autonomous, cable free;
  • It allows continuous data recording over the 24h; and
  • It is connected to a warning system to alert sailors.
  • Other results included the drawing up of a protocol of conduct issued by the coast guard, to advise sailors on the correct behaviour when navigating within the Portofino area. Some 1 823 boat-owners were also contacted in the project area, and warned about the risks for dolphins and 287 patrolling missions were carried out by the coast guard. For the first time the population of bottlenose dolphins in the area was reliably estimated: 15 groups of dolphins, with an average size of eight individuals.

    In addition, various dissemination activities were successfully carried out. More than 20 articles were published about the project, three video news were broadcast, and a video was produced to promote the project objectives. The project organised and/or was disseminated during about 50 events including workshops, science festivals, congresses etc.

    Potentially, the project is relevant to the Marine Strategy Framework Directive, which aims at achieving good environmental status of EU's marine waters by 2020, by protecting biodiversity and reconciling human activities and the safeguard of the marine environment. Unfortunately, the protocol of conduct to be followed by the sailors that navigate in the MPA of Portofino elaborated by the project and approved by the coast guard proved to be not legally binding.

    Main lessons learnt were:

  • Use of the application for the smartphone as the best way for alarm diffusion; this was not foreseen in the project proposal, but was implemented;Tursiops truncatus) in the Portofino MPA. The main achievement was the development of the acoustic detection and surveillance system, which is today fully in place and operational, able to detect the presence of dolphins in the target area, generate an alarm, transmit and notify it to the sailors. The system is able to detect the presence of both boats and dolphins and generate an alarm when there is the risk of collision (e.g. during the project, more than 4 000 alarms for the presence of dolphins were generated by the system). The Portofino coast guard is able to inform sailors of the risk when necessary. The positions of the dolphins can also be checked online (via internet, mobile phone app).

    The acoustic detection system is innovative for the following reasons:

  • It allows not only real time detection but also animal tracking;
  • It is solar powered, autonomous, cable free;
  • It allows continuous data recording over the 24h; and
  • It is connected to a warning system to alert sailors.
  • Other results included the drawing up of a protocol of conduct issued by the coast guard, to advise sailors on the correct behaviour when navigating within the Portofino area. Some 1 823 boat-owners were also contacted in the project area, and warned about the risks for dolphins and 287 patrolling missions were carried out by the coast guard. For the first time the population of bottlenose dolphins in the area was reliably estimated: 15 groups of dolphins, with an average size of eight individuals.

    In addition, various dissemination activities were successfully carried out. More than 20 articles were published about the project, three video news were broadcast, and a video was produced to promote the project objectives. The project organised and/or was disseminated during about 50 events including workshops, science festivals, congresses etc.

    Potentially, the project is relevant to the Marine Strategy Framework Directive, which aims at achieving good environmental status of EU's marine waters by 2020, by protecting biodiversity and reconciling human activities and the safeguard of the marine environment. Unfortunately, the protocol of conduct to be followed by the sailors that navigate in the MPA of Portofino elaborated by the project and approved by the coast guard proved to be not legally binding.

    Main lessons learnt were:

  • Use of the application for the smartphone as the best way for alarm diffusion; this was not foreseen in the project proposal, but was implemented;<

  • ADMINISTRATIVE DATA


    Reference: LIFE09 NAT/IT/000190
    Acronym: ARION
    Start Date: 01/10/2010
    End Date: 30/09/2015
    Total Budget: 1,733,377 €
    EU Contribution: 1,110,885 €
    Project Location:
    Project Website:

    CONTACT DETAILS


    Coordinating Beneficiary: Università degli Studi di Genova
    Legal Status: PUBLIC
    Address: Via Dodecanneso 33, 16142, Genoa, Italia
    Contact Person: Mauro TAIUTI
    Email: taiuti@ge.infn.it
    Tel: +39 347 1652214
    Fax: +39 010 313358


    LIFE Project Map

    ENVIRONMENTAL ISSUES ADDRESSED

    THEMES

    • Marine
    • Mammals

    KEYWORDS

    • marine ecosystem
    • protected area
    • coastal area
    • endangered species

    TARGET EU LEGISLATION

    • COM(2013)133 - ?Proposal for a Directive establishing a framework for maritime spatial planning and integrated coastal management? (12.03.2013)
    • Directive 2008/56 - Framework for community action in the field of marine environmental policy (Marine Strategy Framework Directive) (17.06.2008)
    • Barcelona Convention for the Protection of Marine Environment and the Coastal Region of the Mediterranean of 1995 (further to the earlier version of 1976) (UNEP-MAP)
    • Directive 92/43 - Conservation of natural habitats and of wild fauna and flora- Habitats Directive (21.05.1992)
    • COM(2011) 244 final ?Our life insurance, our natural capital: an EU biodiversity strategy to 2020? (03.05.2011)

    TARGET HABITAT TYPES

    • 0 - Non applicable (i.e.species project)

    SPECIES

    • Tursiops truncatus

    NATURA 2000 SITES

    Type Code Name
    SCI IT1332674 Fondali Monte Portofino

    BENEFICIARIES

    Name Type
    Università degli Studi di Genova Coordinator
    Softeco Sismat S.p.A., Italy Participant
    Consorzio di Gestione dell’Area Marina Protetta di Portofino, Italy Participant
    Direzione Marittima di Genova, Italy Participant

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