SOFTWARE FOR ON-FARM IRRIGATION SCHEDULING ... - citaREA

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List of Figures
Fig. 1. Location of the target geographical areas and the agrometeorological stations of
the SIAR network.
Fig. 2. Top; shaded contour map of long-term average precipitation (mm yr -1 ). Bottom:
reference evapotranspiration (mm yr -1 ) in the target stone fruit production areas.
Fig. 3. Correspondence between the phenological events defining the FAO crop
development stages (as proposed in García-Vera and Martínez-Cob 2004) and the fruit
growth stages..
Fig. 4. Interaction between the RIDECO software, the Internet-based SIAR
agrometeorological data, the RIDECO database and the users.
Fig. 5. Flow chart of the RIDECO software: elaboration of a weekly irrigation schedule.
Fig. 6. RIDECO database design, showing the relations between the main database
tables.
Fig. 7. A typical RIDECO data input form: farm and simulation parameters. The
original version of the software windows is in Spanish.
Fig. 8. A typical RIDECO results form: Weekly Irrigation Time (hours). The original
version of the software windows is in Spanish.
Fig. 9. Graphical results of a simulation for a late maturing peach orchard under all
irrigation strategies (standard, RDI, RDImin and water restriction of 4,000 m 3 ha -1 ): a)
crop coefficients; b) gross irrigation requirements; c) cumulative gross irrigation
requirements; and d) irrigation time (hr week -1 ).
Fig. 10 Graphical results of a simulation for a late maturing peach orchard under all
irrigation strategies (standard, RDI, RDImin and water restriction). Seasonal water