How does water navigate through the complex pathways of plant roots? Our research delves into root hydraulic modeling at both organ and cross-sectional scales. Utilizing computational tools like MECHA and GRANAR, we aim to decode the intricate patterns of water transport within plant roots, blending detailed structural analysis with dynamic hydraulic simulations.

How do environmental factors shape crop productivity? Our research explores the complexities of agricultural systems using tools like AgroC, for simulating crop growth and soil dynamics. This research encompasses studies on the impact of climate, soil heterogeneity, and management practices on crop yield and water dynamics. Applications range from precision agriculture to assessing the effects of climate change on crop productivity, providing comprehensive insights into effective and resilient farming strategies.

What are the dynamics of agro-ecosystems at a regional scale? Focusing on the intricate relationships between agricultural practices, soil moisture, and atmospheric conditions, we delve into regional-scale simulations, exploring how variations in land use, water management, and climatic conditions influence agricultural productivity and sustainability. Using TerrSysMP's integrated approach, we analyze the feedback loops between groundwater dynamics, surface water, and plant growth, enhancing our understanding of the water-energy-food nexus. This research is instrumental in developing strategies for resilient and efficient agricultural practices, tailored to diverse environmental and climatic contexts.