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Implementation of measures to support the management of the Natura 2000 Network in the scenario of the expansion of ‘Rugulopteryx okamurae’ in the Mediterranean.

MITECO

  • The colonization and invasion dynamics of the species have been studied using a methodology agreed upon by experts from different organizations and entities.
  • More than 300 records have been compiled along the entire Andalusian coastline on the presence or absence of the species in natural areas.
  • Talks and workshops have been organized to raise awareness of the effects of this algae on marine spaces and species.

Line of action:

Marine ecosystems

Status:

Finalizado

Execution date:

2021

End date:

2022

Total budget:

23.450 €

Amount of aid from the Biodiversity Foundation:

16.197,75 €

The Asian seaweed(Rugulopteryx okamurae) is an exotic species included in the Spanish Catalog of Invasive Alien Species. It has become one of the species with the greatest impact on the Spanish marine environment in recent years, and continues to increase its area of distribution.

This initiative stems from the need to to know the dynamics of this species The aim is to determine the effect of possible withdrawals on ecosystems or endangered species, as well as the effects of the withdrawal of these species on the ecosystems or endangered species. improve knowledge of the sectors that may be affected during the expansion of the species.

For this purpose, advice is provided by expert researchers on the species, diving centers and administration personnel involved in the management of the species.

The main objective of the project is to provide real information on the effects of the expansion of Rugulopteryx okamurae in protected areas and their endangered species.

It has the following specific goals:

  • Improve knowledge of the expansion of the species after its arrival in Red Natura 2000 areas.
  • To know the effect of the species on different priority and/or threatened species and habitats in the initial stages of the invasion.
  • Study recolonization times to establish the feasibility of eradication mechanisms.
  • Improve governance processes around Natura 2000 Network areas that may be affected by okamurae colonization and inform the general population about the management of the species.
  • Selection of standardized methodology and temporal monitoring in application zones in different areas of potential expansion.
  • Selection of the species and habitats to be monitored and periodic sampling to determine their interaction.
  • Controlled removal in plots and temporary monitoring of recolonization and succession dynamics.
  • Colloquium workshops and meetings to inform about the species and its interaction with different sectors.
  • Dissemination and communication of the project.
  • More than 300 records have been compiled along the entire Andalusian coastline on the presence/absence of the species in natural areas.
  • Monitoring stations for algae dynamics have been established in four Red Natura 2000 sites.
  • Several talks and workshops have been organized and attended to bring the reality of its effects on marine spaces and species closer to the public.
  • In order to determine the most appropriate management measures, a study was conducted on the colonization and invasion dynamics of the speciesusing a methodology agreed upon with experts from the Andalusian Ministry of Environment and Land Management, the University of Granada, the University of Seville and the AMAYA Association, among others.
  • Synergies have been initiated with several public and private entities for better governance of protected areas.
  • The project was part of an undergraduate thesis in collaboration with the Marine Biology Laboratory of the University of Seville on the effect of algae on coral. Cladocora caespitosa and is part of the working group analyzing the possible effect of herbivory on the species.
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Implementation of measures to support the management of the Natura 2000 Network in the scenario of the expansion of ‘Rugulopteryx okamurae’ in the Mediterranean.