NIVA: Multimodal Foundation Model for Earth System Intelligence

Anisha Pal, Aodhan Sweeney, Kyle Heyblom, Kalai Ramea· June 30, 2026 View original

Key takeaways

  • NIVA is a multimodal foundation model for unified Earth system intelligence.
  • It learns coupled dynamics across Earth system components, extending prediction horizons.
  • The model captures key climate variability modes and predicts major climate indices accurately.
  • NIVA offers a foundation for improved subseasonal-to-seasonal forecasting.

Who benefits

AgricultureInsuranceEnergyLogistics

Summary

NIVA is a new multimodal foundation model designed to learn unified representations across Earth system components like atmosphere and ocean. It aims to extend predictability beyond two weeks by capturing physically meaningful cross-modal structures from large-scale simulations.

Current AI models for weather and climate forecasting have improved skill and reduced computational costs, but they often struggle to model the complex, coupled dynamics of the entire Earth system. This limitation restricts their ability to extend predictions beyond a typical two-week horizon. To address this, researchers introduce NIVA, a multimodal foundation model. NIVA is designed to learn unified representations across various Earth system components, such as the atmosphere, ocean, ice, and land. As a proof of concept, the initial validation focuses on a two-modality setting (ocean and atmosphere). By training on extensive Earth system simulations, NIVA successfully captures key modes of climate variability and demonstrates accurate prediction of major climate indices. This foundational work paves the way for improved subseasonal-to-seasonal prediction and more comprehensive Earth system intelligence.

Why it matters

Improved long-range Earth system predictions are critical for industries impacted by climate and weather, enabling better resource management, disaster preparedness, and strategic planning. This model offers a path to more accurate and extended forecasts.

How to implement this in your domain

  1. 1Monitor the development of NIVA and similar foundation models for potential integration into climate risk assessment tools.
  2. 2Investigate how multimodal AI approaches can be applied to other complex, interconnected systems within your industry.
  3. 3Collaborate with climate scientists to leverage advanced Earth system intelligence for long-term strategic planning.
  4. 4Develop internal capabilities to process and interpret multimodal environmental data for business insights.

Original post by Anisha Pal, Aodhan Sweeney, Kyle Heyblom, Kalai Ramea

"arXiv:2606.28546v1 Announce Type: new Abstract: Recent advances in AI-driven weather and climate modeling have improved forecast skill while reducing computational cost. However, existing data-driven approaches are limited in their ability to model coupled Earth system dynamics,…"

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Originally posted by Anisha Pal, Aodhan Sweeney, Kyle Heyblom, Kalai Ramea on X · view source

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