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Forests breathe. We listen.
Long-term research on forest–atmosphere interactions in tropical Southeast Asia.
We study how forests exchange water, carbon, and energy with the atmosphere - and how they respond to a changing climate.
We study how forests exchange water, carbon, and energy with the atmosphere - and how they respond to a changing climate.
Three interconnected research pillars drive our work — from field measurement to climate assessment to predictive modeling.
Flux Measurement
Flux Measurement
Using flux towers and advanced sensor networks, we quantify the exchange of water vapor and CO₂ between forests and the atmosphere — from individual leaves to entire canopies, and from hours to years. This multi-scale approach reveals how forests truly function.
Climate Response
Climate Response
From leaf to landscape, we study how trees and forests respond to environmental change. Our research spans primary and secondary tropical forests and urban areas, examining responses to climate variability across species and scales — generating insights that inform forest management, conservation, and restoration policy.
Model Parameterization
Model Parameterization
We develop and refine process-based models to predict how forests will respond to climate change — equipping managers and conservationists with sharper tools for sustainable decision-making.
By the Numbers
By the Numbers
Years of Continuous Monitoring
Flux Towers in Khao Yai National Park
Peer-Reviewed Publications
Countries of Collaboration
Why It Matters
Why It Matters
Forests are critical regulators of the global water and carbon cycles. Understanding how they function — and how they respond to drought, warming, and land-use change — is essential for managing ecosystems, designing climate policy, and protecting biodiversity.
Our research provides the data and models needed to answer fundamental questions about forest function. From long-term flux tower monitoring in Khao Yai National Park to urban tree studies in Bangkok, we generate evidence that informs real-world decisions about forests and climate.
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