• Patagonia sunrise
    Sunrise in Torres Del Paine, Patagonia
Welcome to Dr. Guiling Wang's Hydroclimatology and Biosphere-Atmosphere Interactions Lab at UConn. The mission of our lab is to understand and quantify the terrestrial hydrological cycle, its variability, changes, and interactions with the rest of the Earth system. With a special focus on water, our research spans the disciplines of climate and atmospheric sciences, hydrology, plant ecology, biogeochemistry, and agronomics. We take an earth system approach, viewing the Earth’s biosphere, atmosphere, and hydrosphere as dynamically coupled components linked through water, energy, and CO2 exchanges within a complex socioeconomic context. Our research relies on models of various nature and complexity as well as satellite remote sensing and ground-based observational data. Recent research topics include hydrological extremes (drought and flood), ecosystem-climate interactions, climate-water-food-energy nexus, regional climate modeling, and coupled hydrological-biogeochemical cycles.

October 2019

 With funding support from the Connecticut Institute for Resilience and Climate Adaptation (CIRCA), the Connecticut Physical Climate Science Assessment Report (CT-PCSAR) is available online now. pdf version CTPCSAR-Aug2019

April 2020

Congratulations to Meijian Yang! His paper modeling crop yield and production in Ethiopia  has been published in Science of the Total Environment!   (Graph: Significance of the correlation between crop yield and precipitation)

November 2020

 Our paper "Projected changes of precipitation characteristics depend on downscaling method and the training data: LOCA vs. MACA using the U.S. Northeast as an example" has been published in Journal of Hydrometeorology.
Graph: projected changes in the mean (left) and extreme (right) of maximum 1-day precipitation by mid-century, based on MACA (upper row) and LOCA (lower row) data.