For the most current and accurate weather information for your area tune to your local TV or Radio Stations or your official National Weather Service forecast.A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | ZĪCID RAIN - Cloud or rain droplets containing pollutants, such as oxides of sulfur and nitrogen, to make them acidic.ĪDIABATIC - changes in temperature caused by the expansion (cooling) or compression (warming) of a body of air as it rises or descends in the atmosphere.ĪDVECTION - The horizontal transport of air or atmospheric properties.
So our soil moisture tends to be higher numerically (drier) than would be typical in soil with more clay content.Ī is privately owned and operated, and is not affiliated with the City of Avon, Ohio, or any business or governmental entity.This data is provided as a hobby from a personal weather station, and while regularly verified for accuracy, you should not base important decisions on this or any weather information obtained from the Internet. In over 20 years living here, we've never had standing water in the yard from rain. Note: Our location is on one of the ancient glacial beaches, so our soil is very sandy. (Spikes during winter should be ignored, as sensor doesn't report accurately below freezing) So as the precipitation increases, the soil moisture reading should decrease. A reading of zero is soaking wet and 200 is bone dry. Note that the soil moisture readings (centibars) are inverted. Sensor #4 (red) is buried horizontally 4" deep in the open grass lawn three feet from any garden beds. Sensor #2 (green) is buried horizontally 2" deep in the open grass lawn three feet from any garden beds. Sensor #1 (blue) is buried 10" deep in the vegetable garden as noted above. Probe #4 (red) is buried 4" deep in the open grass lawn three feet from any garden beds. Probe #2 (green) is buried 2" deep in the open grass lawn three feet from any garden beds.
Probe #1 (blue) is buried 10" deep in the vegetable garden as noted above. You can easily see which months we were behind on rain. Here is a graph showing evapotranspiration overlayed with the precipitation for each month. This is a Monthly graph showing evapotranspiration (ET). This is a yearly graph showing evapotranspiration (ET). This is a monthly graph comparing maximum, minimum, an average external temperatures. The Leaf Wetness Sensor is mounted 14" above the ground facing north.Īnd this is the 10" deep Soil Moisture Sensor over a year's time The Soil Temp and Moisture probesĪre buried 10" deep in our vegetable garden in sandy loam soil. This 24 hour graph shows readings for the Davis Leaf Wetness and Soil Temperature and Moisture Station. Thanks for allowing us to experiment with this equipment, and hopefully provide useful information for our own garden as well as for our readers. They have provided a Davis Wireless Leaf & Soil Moisture/Temperature Station for my testing and review. The Soil Data provided on this page is made possible by the generous folks at Davis Instuments and Sierra Communications.
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