Research · Soil physics & hydrology

How water moves through soil—and what moves with it.

We combine field measurements, laboratory experiments, and modeling to understand water availability, contaminant transport, and environmental change.

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Field mesocosms used to investigate leaching

From pores to watersheds

Connected questions.
Real-world applications.

Our work connects the physical behavior of soils with challenges in agriculture, water quality, and landscape management. Explore the questions through three themes.

Water flowing through a purple stormwater flume
Stormwater flowing through the field flume · January 2019.

Research in action · Stormwater monitoring

Measuring runoff where it happens.

The question
How can we measure stormwater runoff as it moves through a landscape?
The approach
A field flume channels runoff through a defined structure. Here, flowing water makes the measurement setting visible—from the incoming channel to the outlet.
Why it matters
Field measurements help us understand runoff and evaluate approaches to stormwater management.
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How we work

Measurements that connect scales.

01 /

Field measurements

Observe soils, water, and landscapes under real environmental conditions.

02 /

Laboratory experiments

Examine soil properties and transport processes under controlled conditions.

03 /

Modeling & data analysis

Connect measurements, test explanations, and investigate behavior across scales.

Publications

Explore the work behind the questions.

Read our publications on soil physical processes, hydrology, water quality, and agricultural management.

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Interested in working together?

Connect about research collaborations and graduate research opportunities.

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