Project specific objectives

ALIENA project aims to build up a common knowledge and joint monitoring system to enhance biodiversity protection against NIS species, starting from the identification of target NIS which could represent a threat to local marine ecosystems, also affecting socio-economic activities. Joint Monitoring and modelling activities on target NIS will finally aim to develop solutions for early warning, useful for managing marine areas, protecting biodiversity and public health, and for providing additional tools for decision makers.The project will encourage the improvement of shared protocols for NIS detection, monitoring and management jointly developed, and also foresees the enhancement of the sensibility of stakeholders regarding NIS.

Project main outputs

Four Pilot observing campaigns will allow to increase the technical skills of partners and acquire new and valuable data on the ecosystem.
A set of jointly developed solutions will provide indications and suggestions for the set-up and running of similar campaigns of monitoring and modelling, thus stimulating the dissemination of knowledge and good practices and enabling the replication of experiences and results in other contexts and to other organisations.
Results from  monitoring and modelling activities will be summarised in a jointly organised Summer School.
An early warning protocol for different target NIS will be developed by project partners and diffusely tested during pilot activities.
From the communication point of view, a transnational event will be jointly organised by partners, presenting key activities, outputs and achievements to stakeholders. Moreover, a series of other physical and on-line workshops, events at local level and a final public event will be organised.

Project specific objectives

Developing and enhancing research and innovation capacities and the uptake of advanced technologies.

Project main outputs

Developing and enhancing research and innovation capacities and the uptake of advanced technologies

Project specific objectives

Developing and enhancing research and innovation capacities and the uptake of advanced technologies.

Project main outputs

Developing and enhancing research and innovation capacities and the uptake of advanced technologies

Phytoplankton plays a key role in marine biogeochemical cycles. Physiological adaptations of phytoplankton affect biodiversity, dynamics and interactions in marine ecosystem networks.

Project CASCADE (eng. CoaStal and marine waters integrated monitoring systems for ecosystems protection and management) it is co-financed by the funds of the Interreg Italy-Croatia Strategic Program 2014-2020. The main goal of the CASCADE project is to assess the quality of marine coastal ecosystems for the purpose of habitat restoration of endangered species and to provide support for integrated management.

JERICO-S3 will provide a state-of-the-art, fit-for-purpose and visionary observational Research Infrastructure (RI), expertise and high-quality data on European coastal and shelf seas. The project will support world-class research, high-impact innovation and a window of European excellence worldwide for better understanding of the marine environment.

Ship ballast water is an important vector for the transfer of alien, invasive alien and toxic species as well as pathogens across natural barriers.

The results from this project are providing a systematic overview of the behaviour of selected ENPs in brackish and marine waters as a function of abiotic parameters.

HarmoNIA outputs will improve the coordination among institutions involved in MSFD and UNEP/MAP protocol implementation, local, regional and national authorities in charge of environmental assessment, management, conservation, as well as research institutions, to tackle problems related to pollution dispersal and risks on the coastal areas of the ADRION region.

U projektu će se istraživatirazličiti procesi i pojave: zakiseljavanje, stupanj bioprodukcije uključno sa sastavom i brojnosti planktonskih zajednica, smanjenje kisika u pridnenom sloju, čimbenici koji mogu utjecati na povećanje riblje populacije, te pojave koje se tijekom istraživanja mogu, ali i ne moraju zbiti, kao što su sluzave nakupine ili dolazak alohtonih vrsta

Seagrasses are among the most valuable biological systems on Earth. They serve as feeding and nursery habitat for many species; their root and rhizome systems bind and stabilize bottom sediments while leaves baffle currents and improve water quality.

Investigating the spatio-temporal distribution and environmental impact of microplastics in coastal waters of the northern Adriatic.