PROJECT DESCRIPTION
BACKGROUND
The Mediterranean monk seal (Monachus monachus) is a critically endangered species. With less than 600 individuals throughout its distribution range, it is considered one of the most endangered mammals in the world. It is priority species of Community interest listed in Annexes II and IV of the Habitats Directive.
The species has two clearly differentiated populations. The Mediterranean one is mostly distributed in Greek and Turkish territory. The Atlantic population is divided into two isolated sub-populations: one in Africa (Mauritania and Morocco) and the other in Europe (Madeira). From the 1950s, fishing activities caused a sharp decline in the Madeiran sub-population. By 1988 only 6-8 individuals were left.
Conservation efforts since the 1980s, however, have increased the European Atlantic population to an estimated at 30-40 individuals (5-7% of the global population). Nevertheless, the gradual growth in population and distribution of the species in the archipelago of Madeira is creating new tensions with different users of the marine environment, especially fishermen, tour operators and local inhabitants.
OBJECTIVES
The project LIFE Madeira Monk Seal aims to resolve known threats to the monk seal and improve its long-term conservation in the Madiera region. It specifically seeks to address conflict between the habitat needs of the seal and human activities in coastal areas.
The project plans to draft and have formally adopted a new Monk Seal Regional Conservation Plan in the Madeira archipelago. It aims to increase the intervention capacity of Madeira's Natural Park Service, as the competent authority, to tackle threats or risk situations for the species. It will also directly intervene to restore and protect habitats used by the seal for reproduction and rest, including beaches and submerged or partially submerged sea caves.
The project plans to develop a new monitoring protocol and surveillance system for the monk seal. It will take non-invasive methodologies developed for monitoring high-density populations and adapt them for use with the scattered and low-density seal population. It will also establish well-defined indicators and base-line values for the monk seal´s demographic status and the different influences affecting it.
Expected results: