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

Tectonic uplift history of Taiwan deduced from sedimentary records in the northern South China Sea

The tectonic evolution of Taiwan involves uplift that produced the island’s high relief and erodibility. However, characterizing these uplift processes in a geologic scale from the nature and history of the orogenic interior is challenging to directly surmise. For this study, the downcore variability of the clay mineral assemblage, illite chemistry indices, illite crystallinity values, and grain size parameters, along with the onboard magnetic susceptibility and mass accumulation rates, from International Ocean Discovery Program (IODP) Expedition 368 Site U1501, are investigated to describe the sedimentary response to the tectonic uplift and other geologic and paleoenvironmental events in relation to the formation of the Taiwan orogeny since the early Pliocene. In this study, the values of non-carbonate mass accumulation rates, (illite + chlorite) / kaolinite ratio, mass specific magnetic susceptibility and (4 – 63 μm) / (<4 μm) ratio are used to describe the terrigenous influx, the geologic processes involved, and consequently, the uplift itself, and are compared with the deformation stages related to the collision of Luzon Arc with the Eurasian Margin.

Collegamento WEBEX:
cnronline.webex.com

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In allegato la locandina del Seminario
Il gruppo seminari CNR-ISMAR, Alessandra Conversi (Lerici), Filomena Loreto (Bologna), Gianluigi Liberti (Roma) e Camilla Palmiotto (Bologna).

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Come affrontare il problema della plastica in mare? Documentario sul progetto MAELSTROM coordinato da CNR-ISMAR trasmesso su Euronews nella serie Ocean

I canali di Venezia stanno affrontando un crescente problema di inquinamento. Una volta che i rifiuti di plastica finiscono in acqua, diventano incredibilmente difficili da rimuovere. Perché la plastica è così pericolosa e cosa si può fare?

Articolo e video su Euronews >>

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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