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Leaf Wetness & Soil Moisture/Temperature
Data collected since 5/1/2014
The soil sensors are buried in the ground at the levels indicated below.
Each level has a temperature probe and a moisture sensor.
Moisture is measured in Centibars (cb) with a range of 0 to 200
with 0 being totally saturated and anything over 100 being extremely dry.
The centibar (cb) is an agricultural unit of soil water tension
(water pressure on plant roots)
See the Chart for Details.
| Avg Air Temp °F | Rain in. | |
|---|---|---|
| Last 7 Days | 70.4° | 0.10 |
| Last 31 Days | 61.6° | 0.74 |
Today's Planting & Watering Guide
| Depth | Temp °F Now / Hi / Lo |
Temperature Status | Moisture cb Now / Hi / Lo |
Moisture Status: |
|---|---|---|---|---|
| 4 in. | 69 / 69 / 65 | Optimal Shoot Growth | 139 / 149 / 139 | Dangerously Dry |
| 12 in. | 64 / 64 / 63 | 200 / 200 / 200 | Dangerously Dry | |
| 24 in. | 60 / 60 / 59 | 39 / 39 / 33 | Irrigation Desired | |
| 36 in. | 56 / 56 / 56 | 18 / 18 / 18 | Adequately Wet |
Leaf Wetness Sensor
0 = Dry 15 = Wet| Current | Day's High | Day's Low |
|---|---|---|
| 0 | 15 | 0 |
| Wet 0 Minutes in the Last 10 Min. | ||
| Wet 0 Minutes in the Last Hour | ||
Rain
| Current | Inches per Minute | Inches per Hour |
|---|---|---|
| Rain Rate | 0.00 | 0.000 |
| Last Storm 0.09 in. beginning on 6/10/2026 | ||
| Rain Last Sensed at 9:47 AM on 6/11/2026 | ||
Record Soil Temperatures This Month
| Depth | High | Low |
|---|---|---|
| 4 in. | 69° on Jun 10 | 54° on Jun 1 |
| 12 in. | 64° on Jun 10 | 55° on Jun 1 |
| 24 in. | 60° on Jun 11 | 55° on Jun 3 |
| 36 in. | 56° on Jun 10 | 53° on Jun 3 |
Record Soil Temperatures This Year
| Depth | Yearly High | Yearly Low |
|---|---|---|
| 4 in. | 69° on Jun 10 | 32° on Jan 23 |
| 12 in. | 64° on Jun 10 | 33.1° on Mar 5 |
| 24 in. | 60° on Jun 11 | -41.1° on Jan 19 |
| 36 in. | 56° on Jun 10 | -42° on Jan 19 |
Record Soil Temperatures since: May 1, 2014
| Depth | Record High | Record Low |
|---|---|---|
| 4 in. | 78° on Jul 15, 2025 | 28° on Jan 25, 2025 |
| 12 in. | 73° on Jul 15, 2025 | 32° on Jan 21, 2025 |
| 24 in. | 69.1° on Jul 15, 2025 | -41.1° on Jan 7, 2025 |
| 36 in. | 66° on Jul 30, 2025 | -42° on Jan 19, 2026 |
|
Average Monthly Soil Temperatures at a depth of 4 in |
||
| Month | All Time Avgs. | |
| January | 36.2°F | |
| February | 35.1°F | |
| March | 37.3°F | |
| April | 32.0°F | |
| May | 55.9°F | |
| June | 60.8°F | |
| July | 68.7°F | |
| August | 66.7°F | |
| September | 63.7°F | |
| October | 53.5°F | |
| November | 43.3°F | |
| December | 37.8°F | |
|
Soil Moisture Readings & Records Sensor Pair #1 - at a depth of 4 in |
||
| Current Reading | 139.0 cb | |
| Daily Wettest | 139.0 cb | |
| Daily Driest | 149.0 cb | |
| Yearly Driest | 255.0 cb | 1/28/2026 |
| Additional Observations | |||||||||
| Conditions | Current | 7-Days | Month-to-Date | ||||||
| Evapotranspiration |
0.093 in |
0.835 in |
1.51 in |
||||||
| Rainfall |
0.01 in |
0.10 in |
0.12 in |
||||||
ET describes the sum of evaporation and plant transpiration from the surface to the atmosphere. Evaporation is the movement of water to the air from the soil, canopy interception, and water bodies. Transpiration is the movement of water within a plant and the subsequent loss of water as vapour through stomata in its leaves.
| Irrigation Index1 | |||||||||
| Current | 7-Days | Month-to-Date | |||||||
| -0.083 in |
-0.735 in |
-1.39 in |
|||||||
1Estimated amount of water needed to replace the water used by plants and evaporation. (Negative numbers mean amount of water needed, positive numbers mean excess water is present).
The 7-Days Irrigation Index of -0.735 in is a very useful and accurate guide used to determine how much water is needed to maintain your plants. It is derived by taking the last 7 days of rainfall 0.10 in minus the last 7-Days of ET 0.835 in, measured by Indian Trail Weather. The index represents the amount of water needed to replace that lost by ET over the last week. (A positive 7-Day Index means excess water is present).
For agricultural purposes, if your farm or home is located close to the Indian Trail Weather site, with similar Darien silt loam soil and SHALLOW rooted crops, such as grains, beets, beans or corn use the "Estimated Days Until Irrigation is Required" calculation, reported below. If irrigation is not available, use this calculation to alert you when to start your rain dance ... You can view the various soil types throughout Montgomery County, New York and the surronding areas along with the location of the Indian Trail Weather site here.
Estimated Days Until Irrigation is Required = 0Special thanks to Jim McMurry at jcweather.us for his scripts and design of the graphs.
Special thanks to Steve Fitzgerald at tylertexasweather.com for his soil map design.
Soil Page Script courtesy of: gosportweather.co.uk
Script Mods by: indiantrailweather.com