Difference between revisions of "Soil Moisture Estimator"
| Line 56: | Line 56: | ||
(yellow #1 in the above image) | (yellow #1 in the above image) | ||
==== Dates (yyyymmdd) ==== | ==== Dates (yyyymmdd) ==== | ||
| + | (yellow #2 in the above image) | ||
==== Save location and dates ==== | ==== Save location and dates ==== | ||
| + | (yellow #3 in the above image) | ||
==== Load location and dates ==== | ==== Load location and dates ==== | ||
| + | (yellow #4 in the above image) | ||
==== Crop ==== | ==== Crop ==== | ||
| + | (yellow #5 in the above image) | ||
==== Irrigation ==== | ==== Irrigation ==== | ||
| + | (yellow #6 in the above image) | ||
==== Soil ==== | ==== Soil ==== | ||
| + | (yellow #7 in the above image) | ||
==== Rain ==== | ==== Rain ==== | ||
| + | (yellow #8 in the above image) | ||
==== Apply ==== | ==== Apply ==== | ||
| + | (yellow #9 in the above image) | ||
=== Output section === | === Output section === | ||
==== 6 images: ETo 3.3km, 10km, 30km; Precipitation 3.3km, 10km, 30km ==== | ==== 6 images: ETo 3.3km, 10km, 30km; Precipitation 3.3km, 10km, 30km ==== | ||
| + | (yellow #10 in the above image) | ||
==== Latitude, Longitude, ETo value; Latitude, Longitude, Precipitation value ==== | ==== Latitude, Longitude, ETo value; Latitude, Longitude, Precipitation value ==== | ||
| + | (yellow #11 in the above image) | ||
==== Plot of soil UPPER layer water content for dates provided ==== | ==== Plot of soil UPPER layer water content for dates provided ==== | ||
| + | (yellow #12 in the above image) | ||
==== Plot of soil LOWER layer water content for dates provided ==== | ==== Plot of soil LOWER layer water content for dates provided ==== | ||
| + | (yellow #13 in the above image) | ||
==== Text report ==== | ==== Text report ==== | ||
| + | (yellow #14 in the above image) | ||
Revision as of 16:55, 14 June 2017
Description, Disclaimer
Contents
- 1 Procedure
- 2 Program ETo
- 3 Soil Moisture Estimator Tool
- 4 Soil and Crop Forms
- 5 WxPython (local) Version
- 6 How to Replicate
- 7 Download
- 8 User Support
- 9 Status
- 10 Procedure
- 11 SME application with numbered sections
- 11.1 Input section
- 11.2 Output section
- 11.2.1 6 images: ETo 3.3km, 10km, 30km; Precipitation 3.3km, 10km, 30km
- 11.2.2 Latitude, Longitude, ETo value; Latitude, Longitude, Precipitation value
- 11.2.3 Plot of soil UPPER layer water content for dates provided
- 11.2.4 Plot of soil LOWER layer water content for dates provided
- 11.2.5 Text report
Procedure
Program ETo
Description
FAO Implemention
WRF variables
How to run
Output Variables
Soil Moisture Estimator Tool
Description
Procedure
Input Form
Displays
Text Output
Soil and Crop Forms
Cookies blah blah
Soil Input
Crop Input
WxPython (local) Version
How to Replicate
Download
User Support
Status
To Do List
The Soil Moisture Estimator (SME) project is based on the WRF Hindcast project and ... .......... ...... ... ........ .......
Procedure
.............. ...... ............................... .............. . .. ............. ............. .. ..... ........
SME application with numbered sections
Input section
Location (decimal degrees)
(yellow #1 in the above image)
Dates (yyyymmdd)
(yellow #2 in the above image)
Save location and dates
(yellow #3 in the above image)
Load location and dates
(yellow #4 in the above image)
Crop
(yellow #5 in the above image)
Irrigation
(yellow #6 in the above image)
Soil
(yellow #7 in the above image)
Rain
(yellow #8 in the above image)
Apply
(yellow #9 in the above image)
Output section
6 images: ETo 3.3km, 10km, 30km; Precipitation 3.3km, 10km, 30km
(yellow #10 in the above image)
Latitude, Longitude, ETo value; Latitude, Longitude, Precipitation value
(yellow #11 in the above image)
Plot of soil UPPER layer water content for dates provided
(yellow #12 in the above image)
Plot of soil LOWER layer water content for dates provided
(yellow #13 in the above image)
Text report
(yellow #14 in the above image)
