Until today, the results obtained in the field of seagrass transplants have been sometimes negative and can still be considered uncertain, especially if evaluated on long-term time. The successful outcome of a transplant is due to multiple factors such as: proper planning of activities , transplantation methods and their control.
When, as part of the EIA, transplantation is implemented as a compensation measure for a Posidonia oceanica meadow, its compensatory function against the lost habitat, is even more difficult to guarantee the ecological value. In these cases, the success of a transplant can be compromised by a Governance that is affected by the variability of national and regional regulations, the various stakeholders involved and the lack of the same tool for the planning, management and control by the different actors involved.
Therefore, to ensure the efficacy of a P. oceanica transplant, it is necessary to increase the efficiency of the activities planning, the operative modalities, the monitoring and the control of the interventions. Specific innovative electronic tools will contribute to achieve this goal, contributing, furthermore, to a better implementation of the Environmental Impact Assessment Directives (EIA 2014/52/EU) and Maritime Space Planning (MSP 2014/89/EU).
In the management of P. oceanica transplantation is fundamental to achieve an adequate planning on the operative modalities and effective methods of monitoring performance and control of interventions. The project will provide tools to plan and monitor the transplantation activities of the P. oceanica seagrasses in an integrated perspective, for a sustainable management of environmental resources, in order to protect marine and coastal natural resources.