Katia Buonasera
Researcher
Messina
The project aims to study and develop of innovative technologies for use in environmental monitoring and safety at sea for navigation and risk control. It is intended to help reduce the existing gap in remote control processes and, above all, improve the interaction and integration of data, both environmental and process data into navigation and ship system management activities. All aimed at reducing risks and safeguarding the coastal and offshore marine environment. The expected results in Realizable Objective (OR) OR1 are to optimize and develop advanced sensor technology for use on multiple remotely manageable sensing platforms that are linked together in real time and functional for various uses, from “sensitive sites” to conservation areas. OR2 aspires to define an integrated system for active control, in terms of maritime traffic, system-ship behavior and environmental surveillance. Instead, the expected outcome of OR3 is the experimental design and implementation of fixed systems such as intelligent modular buoys and mobile systems such as autonomous and/or wire-guided vehicles (DRONEs and ROVs) for functional and environmental safety monitoring of vessels and the marine environment in which they transit or stop. The three ORs are integrated with each other with an inseparable functional interaction of product-process-management. What has been studied and developed will be of considerable value to the companies involved in terms of visibility and competitiveness, with an expected economic and especially employment return.
Referent:
Programme: PON Ricerca e Innovazione 2014-2020
Duration: January 1, 2021 - June 30, 2024
Budget IRBIM: 182.028,34 €
Areas of Research:
Researcher
Messina
Senior Researcher
Messina
Technical Collaborator
Messina
Researcher
Messina
Senior Technologist
Messina
Referent:
Ernesto Azzurro
Invasive alien species (IAS) and climate change require the development of new capacities to protect the natural capital and manage the rapid transformation of natural resources. The project proposes the development of an integrated and shared approach to studying this issue. The goal will be pursued through technical and technological advances supported by studies to improve the information management and the use of IAS as a potential economic resource
Referent:
Giulia Maricchiolo
Scientific cooperation agreement between CNR IRBIM and ASRT (Academy of Scientific Research and Technology of Egypt) for sustainable aquaculture.
Referent:
Mauro Marini
WATERCARE aims to improve bathing water quality by reducing microbial contamination and using innovative tools for wastewater management and treatment.
Referent:
Gian Marco Luna
Understanding the transmission pathways and fate of antibiotics, antibiotic resistance genes, antibiotic-resistant bacteria and other pathogenic microorganisms in aquaculture, including contamination from the environment.
Referent:
Iole Leonori
The Northern Adriatic Sea (NAS) represents an area heavily impacted by maritime traffic, tourism, and resource exploitation. The project aims to create cross-border technical, scientific and institutional cooperation to address the challenge of assessing the impact of underwater environmental noise on marine wildlife and the NAS ecosystem in general, useful for ensuring effective protection of marine biodiversity and ecosystems and developing more sustainable use of marine and coastal resources. The objectives of the project are pursued through the construction of a shared monitoring network for underwater noise assessment, evaluation of acoustic impact on marine biological resources, and development of a planning and management tool.