CMCC — Centro Euro-Mediterraneo sui Cambiamenti Climatici

Integration of the planetary biogeochemical and industrial carbon cycle – ICC

THE PROGRAM

Integration of the planetary biogeochemical and industrial carbon cycle – ICC

Building a net-zero, climate-neutral economy

Aerial view showing contrast between forest and deforested land divided by a road, illustrating the impact of human activities on carbon cycles

The Program

The Integration of the planetary & industrial carbon cycle Program (ICC) aims to navigate climate overshoot challenges through science-based management that turns carbon from a liability into an opportunity.

By integrating AI tools and high-resolution data into the modelling chain, the Program creates a multidisciplinary framework capable of capturing human–Earth feedback and enabling realistic, resilient pathways to net-zero.

The global challenge of decarbonization

The world faces a defining challenge: transforming carbon into a strategic asset that can drive innovation and lead to a climate-neutral economy.

The ICC Program addresses this unresolved global challenge by developing integrated, science-based solutions for sustainable carbon management, advancing a net-zero transition that reduces emissions while expanding society's capacity to remove carbon within planetary boundaries.

Achieving "net-zero"

Promoting a holistic One-Net-Zero approach, the Strategic Program integrates mitigation, carbon management solutions, and natural sink protection within within the broader context of Sustainable Development Goals (SDG).

It contributes cutting-edge science and innovation to major international processes including IPCC assessments, Mission Innovation initiatives, and the EU Green Deal, ensuring that research translates into actionable knowledge shaping global, regional, and national climate policy.

PROGRAM STRATEGY

Strategic objectives

Discover what guides the actions of the Program

  • Integrated Carbon Accounting

    Develop AI and machine learning methods to integrate in-situ and satellite data enabling quantification of carbon fluxes across the global system.

  • One-Net-Zero

    Connect socio-economic and technological dimensions of decarbonization with Earth system models to evaluate pathways towards climate neutrality.

  • Sustainable Decarbonazation

    Develop joint mitigation and adaptation strategies to meet SDGs while accounting for the vulnerability of carbon sinks and the human and natural ecosystems that interact with them.

Research priorities

Explore the priorities driving the Program’s research and innovation

Develop coupled Economic-Physical Models

Connect economic impact assessment and Earth system models to better represent carbon management and removals, and the feedbacks linking climate, ecosystems, socio-economic transitions and policy.

Integrate carbon monitoring into modeling chain

Combine real-time carbon observations from satellite, ground, and ocean with next-generation Earth system models to improve the accuracy of climate projections.

Harmonize net-zero pathways

Align projections from scientific models with national greenhouse gas inventories to create net-zero strategies across regions and sectors.

Build an open policy platform

Build open platforms that integrate carbon cycle data, models, and carbon management solutions supporting decision-makers with accessible knowledge.

Assess climate risks to critical carbon sinks

Assess climate risks to land and ocean sinks, advance resilience strategies that reduce the vulnerability of key ecosystems while enhancing their capacity to store carbon.

Co-designing carbon management solutions

Engage with policymakers, industry, and communities to develop carbon management approaches in real-world contexts and needs.

Key initiatives

See the core actions that implement the Program’s objectives

CCM - Carbon Cycle Management (Carbon Capture, Storage, Utilization and Removal)

Advances cost–benefit assessments, deployment pathways, and MRV solutions for nature-based and technological removals, supporting EU policymakers, IPCC processes, and emerging carbon markets.

ARCTIC – Climate Change in the Arctic Circle

Assess the impact of climate change in the Arctic region from the rapid sea-ice cover loss to permafrost thaw, megafires in boreal forests, and other socioeconomic and ecosystem shifts, and their implications for the global carbon cycle.

MA4SDG - Mitigation & Adaptation for SDGs

Creates synergies between mitigation and adaptation actions to empower national governments and international organizations to reach SDGs.

AI4CX - AI for Carbon

Develops AI tools to enhance carbon cycle modeling supporting carbon management best practices and decarbonization policies.

FIRES – Wildfire Dynamics, Emissions & Impacts

Develops wildfire emission models and near-real-time monitoring tools for risk assessment to inform national agencies, regional authorities, land managers, and the insurance sector.

HARMONIC – Land Use & Carbon Accounting

Produces harmonized land datasets and MRV-ready carbon flux models to strengthen national inventories, land-use policies, EU Green Deal implementation and IPCC teams.

DECMAR – Maritime Sector Decarbonization

Integrates global trade dynamics and geopolitical risks into maritime decarbonization scenarios for the International Maritime Organization, European regulators, local authorities and the shipping industry.

PUBLICATIONS

Research output

Access the Program's latest publications

NEWS

Latest updates

Latest news from the Program

View all ICC news

EVENTS

Recent and upcoming events

Discover what’s happening in the Program and stay involved

View ICC events archive
Integration of the planetary biogeochemical and industrial carbon cycle - ICC - CMCC | CMCC