
Responses and adaptation to climate change
Project vision
The BORIS project investigates how seasonal below-ground temperature fluctuations affect the physiology, rhizosphere biogeochemistry, and microbial communities of Posidonia oceanica, the Mediterranean’s key seagrass species. By studying these dynamics, BORIS aims to uncover the mechanisms that enhance seagrass resilience to climate change and support healthy coastal ecosystems.
Using a multidisciplinary approach—combining ecophysiology, molecular ecology, microbiology, and biogeochemistry—the project examines how the formation of P. oceanica’s characteristic ‘matte’ structure buffers its rhizomes and roots. This natural defense supports the seagrass’s role as a critical blue carbon sink, even under increasing environmental stressors, highlighting its importance for coastal carbon storage and climate mitigation.

Daily warming trend across the Mediterranean basin from 1982 to 2019. Contours represent a temperature change of 1.5 × 10⁻⁵ °C per day (adapted from Pastor et al., 2020).

Meet Our Team
Meet the people who make the BORIS project possible.

Gabriele Procaccini
Coordinator

Fabio
Bulleri
Partner PI

Antonio Pusceddu
Partner PI

Ulisse
Cardini
Participant

Emanuela Dattolo
Participant

Iacopo Bertocci
Participant

Deborah Fontanini
Participant

Serenella Cabiddu
Participant

Alessandro Cau
Participant

Irene
Olivé
Participant

Jessica Pazzaglia
Participant

German Zapata
Participant

Alice Blanckaert
Participant

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