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Many modern capacitance sensors use high frequencies to minimize effects of soil salinity on readings.
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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 13
- Environmental Biophysics – Lecture 14
- Environmental Biophysics – Lecture 15
- Environmental Biophysics – Lecture 16
- 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
- Environmental Biophysics – Lecture 29
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- About Us
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- Environmental Biophysics - Lecture 1
- Chalk talk: How to calculate absolute humidity
- Environmental Biophysics Lectures
- Electrical Conductivity of Soil as a Predictor of Plant Response (Part 2)
- How to calculate growing degree days (or thermal time)
- Chalk talk: How to calculate vapor pressure from wet bulb temperature
- How to Measure Water Potential
- About Us
- Water Potential Versus Water Content
- How To Estimate the Impact of Radiation Sources in the Environment
- ACCUPAR LP-80
- Agriculture
- All in one weather station
- Canopy
- Data Collection & Analysis
- Data loggers
- Ecology
- Electrical conductivity
- Geophysics
- Greenhouse
- Horticulture
- Hydrology
- HYPROP
- Infiltrometer
- Irrigation
- KSAT
- Leaf wetness sensor
- Low Impact Development
- lysimeter
- Micrometeorology
- Plant Genetics
- SC-1 leaf porometer
- Soil moisture sensors
- Soils
- SRS NDVI sensor
- TEMPOS thermal properties analyzer
- Thermal
- Uncategorized
- Water Potential sensors
- WP4C dew point hygrometer