Cnr-Istituto di Scienze Marine

L’Istituto di Scienze Marine del Consiglio Nazionale delle Ricerche svolge attività di ricerca fondamentale e applicata in oceanografia fisica, chimica e biologica e in geologia marina.

L’obiettivo è contribuire allo studio dei processi oceanici e della variabilità climatica, allo sviluppo di sistemi/servizi per l’osservazione, la protezione e la gestione sostenibile dell’ambiente marino e delle coste.

                               L’Istituto di Scienze Marine del Consiglio Nazionale delle Ricerche (CNR-ISMAR) svolge attività di

Ricerca Fondamentale e Applicata

in oceanografia fisica, chimica e biologica e in geologia marina con l’obiettivo di contribuire sia allo studio dei processi oceanici e della variabilità climatica che allo sviluppo di sistemi/servizi per l’osservazione, la protezione e la gestione sostenibile dell’ambiente marino e delle coste

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Dati presto disponibili

50° Anniversario Convenzione di RAMSAR – World Wetlands Day

La Convenzione sulle zone umide di importanza internazionale, soprattutto come tutela degli habitat per gli uccelli acquatici, è stata firmata a Ramsar, in Iran, il 2 febbraio 1971.

L’atto viene siglato nel corso della “Conferenza Internazionale sulla Conservazione delle Zone Umide e sugli Uccelli Acquatici”, promossa dall’Ufficio Internazionale per le Ricerche sulle Zone Umide e sugli Uccelli Acquatici (IWRB- International Wetlands and Waterfowl Research Bureau) con la collaborazione dell’Unione Internazionale per la Conservazione della Natura (IUCN – International Union for the Nature Conservation) e del Consiglio Internazionale per la protezione degli uccelli (ICBP – International Council for bird Preservation).

Il programma prevede l’annullo filatelico a Ganzirri (Messina) presso l’Ufficio Postale in Via Lago Grande, nel rispetto delle normative anti COVID-19, il 2 febbraio 2021 (l’annullo sarà presente per 60 giorni presso l’Ufficio) ed il Convegno sui 50 anni da RAMSAR (2 febbraio 1971) su ZOOM® dalle 17 alle 19:30 sempre del 2 febbraio 2021 con diretta Facebook® sulla pagina ufficiale di AssoCEA Messina APS www.ceamessina.it

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Walking on the Sea Traces

Walking on the Sea Traces: Developing a platform to bring Ocean Literacy and Citizen Science at Home

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FRANCESCA ALVISI (https://orcid.org/0000-0003-1256-2257), ELISA BALDRIGHI (https://orcid.org/0000-0002-4832-7569), SILVIA MERLINO (https://orcid.org/0000-0002-8983-8875), MARINA LOCRITANI, MONICA PANFILI, SABRINA COLELLA, SIMONA BRONCO, FRANCESCA CICOGNA, SERENA COIAI, EMILY H. KING

Abstract

We describe the process of the development of a citizen science platform on Ocean Literacy designed and implemented during the lockdown period of 2020. As restrictions due to the COVID-19 health emergency did not allow researchers to organise public events and field data collection activities related to Ocean Literacy, we decided to take advantage of this situation by building an online platform to bring Ocean Literacy issues directly into citizens’ homes. The massive use of digital tools by all civic communities during this time has allowed us to implement this idea and make it effective. The pandemic control measures then provided a unique opportunity to focus citizen attention on the collection of household data and information and to highlight the more or less direct connections between citizens’ lifestyles and the eco-marine system. Short questionnaires were used to ascertain and highlight citizens’ household behaviours and daily attitudes during the lockdown towards water use, seafood consumption and plastic material use and disposal. Data and information were also proposed, collected and analyzed in terms of: general environmental awareness of the respondents, perception regarding their purchasing choices during this particular period, as well as any changes in lifestyles and habits during the lockdown with respect to previous periods. The collected data allow us to improve our knowledge on some aspects of people domestic habits as well as their perception vs. real knowledge about the proposed environmental issues. We also realized that it is increasingly crucial for scientists to directly and extensively involve people and schools in educational and outreach activities and events as a good practice of science-society interaction. But to achieve good results we also need to develop appropriate communication tools and effective involvement strategies to promote their widespread participation in citizen science projects.

Next seminar

Giovedì 8 maggio ore 14:30    –    ON LINE LINK

Gian Marco Palamara, CNR-ISMAR-Roma
“Integrated Modelling for Integrative Ecology”

ABSTRACT: Ecology is a discipline with flexible boundaries, where characterizing species interactions and ecosystem responses often requires accounting for the complexity, nonlinearity, and stochastic nature of biological and environmental processes.
In this talk, I will present different ecological case studies combining experimental and theoretical approaches to explore population and community dynamics under environmental stress and spatial heterogeneity. In the first part of the talk, we analyse long-term experiments on Daphnia galeata exposed to sublethal pesticide concentrations using a stochastic, age-structured population model. Bayesian inference reveals significant treatment effects — particularly for the insecticide Diazinon — on mortality and fertility, with clone-specific responses reflecting potential adaptation. The model also accounts for strong demographic stochasticity, supporting more reliable interpretation of ecotoxicological data. In a second case study, we develop stochastic models for multi-species systems, including food webs and metacommunities. Using continuous-time Markov processes, we revisit functional response theory, predator prey equations, and finally explore biodiversity dynamics in dynamic landscapes modelled as time-varying random geometric graphs with neutral dynamics. Among other things, our findings show that fluctuating connectivity can enhance both local and regional species richness, offering new theoretical insights into spatiotemporal drivers of biodiversity.
Together, these studies demonstrate how stochastic models can reveal hidden mechanisms in ecological systems — from controlled experiments to complex landscapes.

Gian Marco Palamara was born in Rome and trained as a physicist. For over a decade, he has worked internationally at the intersection of theoretical ecology and ecological modelling, collaborating closely with empiricists to develop robust theoretical frameworks for understanding the drivers of biological diversity. More recently, Gian Marco has been exploring integrative approaches to ecology that bridge disciplinary boundaries, drawing together insights from the mathematical, natural, and social sciences.

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