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After a fire, soil commonly becomes water repellant, just one factor in increased runoff.
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Measuring and Modeling the Environment
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- Environmental Biophysics Lectures
- Environmental Biophysics – Lecture 1
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- Environmental Biophysics – Lecture 14
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- Environmental Biophysics – Lecture 17
- Environmental Biophysics – Lecture 18
- Environmental Biophysics – Lecture 19
- Environmental Biophysics – Lecture 21
- Environmental Biophysics – Lecture 22
- Environmental Biophysics – Lecture 23
- Environmental Biophysics – Lecture 24
- Environmental Biophysics – Lecture 25
- Environmental Biophysics – Lecture 26
- Environmental Biophysics – Lecture 27
- Environmental Biophysics – Lecture 28
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- Environmental Biophysics – Lecture 31
- Environmental Biophysics – Lecture 32
- Environmental Biophysics – Lecture 33
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- Environmental Biophysics – Lecture 39
- Environmental Biophysics – Lecture 40
- About Us
- TDR versus Capacitance or FDR
- Get More From Your NDVI Sensor
- How to calculate growing degree days (or thermal time)
- Founders of Environmental Biophysics Series: John Monteith
- How to Measure Water Potential
- Get More From Your NDVI Sensor (Part 2)
- Electrical Conductivity of Soil as a Predictor of Plant Response (Part 2)
- Why does my soil moisture sensor read negative?
- Estimating Relative Humidity in Soil: How to Stop Doing it Wrong
- Chalk talk: How to calculate absolute humidity
- ACCUPAR LP-80
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- WP4C dew point hygrometer