IrrglApp

He is a field manager, with functions of field notebook, fertirrigation, plant health, postharvest and quality, having the bases to share data and experiences.

Data and Forecasts
Based on the Weather Underground ™ API, forecasts are generated from forecasting system that takes advantage of a large amount of weather data from the community.
The constantly expanding network with more than 250,000 personal weather stations is the largest of its kind and provides a unique ability to provide local forecasts based on real weather data. BestForecast ™ uses the most innovative forecast models available and cross-checks its output with all localized data points.
Calculation of ETo using the FAO method.
Historical average data
14,000 agro-climatic stations are used around the world, based on the NOAA, BOM Australia, SIAR, AEMET, EUSKALMET, RURALCAT
TMY
Typical Meteorological Year, TMY (Hall et al., 1978): 365 selected days of individual years for forming a full year. It represents the typical, representative or reference conditions of a long series of years. 4 analyzed parameters: Tmax, Tmin, Irrigation and ETo. Calculations of FS (Finkelstein-Schafer) and WS statistics (weighted sums). Percentile persistence criteria.
GDD
The day degrees of the downloaded data are calculated using the double triangle method of the current year.
The GDD forecasts are performed using the TMY data of the selected station.

PESTS
For crops and postharvest, pests and diseases or other treatments can be selected and obtain the corresponding formulations and their authorized products.
Dose and safety date information is obtained. As well as your Phytosanitary Register.
Non-chemical intervention alternatives:
In some crops the information of the Biological Control Agents is obtained and the secondary effect of the treatment to the beneficial fauna.
Database of MAPAMA, IVIA, UCA and EPPO.
You can add, delete or include your photos of pests or beneficial wildlife, as well as share them on their networks.
Each crop or plot may have several phytosanitary records and may relate to companies, personnel, equipment and documents.

ANALYSIS
Each crop or plot can be related to several analysis records and these can be related to companies, personnel and documents.
Vegetable: Active substances detected and foliar analysis.
Water: Active substances detected and water analysis.
Soil: Active substances detected and soil texture.
NPK: Formulation of fertilization according to plot, crop data. In some crops, it is adjusted according to water needs and leaf and water analysis and production.
Harvest: Active substances detected and production.

WATER
Weekly
Maximum irrigation time: Allows to limit the duration of each irrigation. The application takes into account the soil type and root depth because there are no leaks. Maximum number of irrigations, seven.
Rain Sensor: Selected, the watering time is longer, not taking into account the rain.
The rainfall is from the previous week and if it has not been watered by rain, it should not be taken into account in the balance of this week. It takes into account the maximum rainfall that can be exploited by events.
Irrigation table: Plots or zones, number of irrigations, time of each irrigation, volume of water to the plot, flow of irrigation.
You can use both the observed and forecast data, depending on the choice of weather data.
Irrigation calendar
It allows to choose the days of irrigation and the schedule, taking into account the restrictions of number of irrigations and calculated durations.
Needs
Calculate the monthly irrigation needs according to historical average data or TMY average data, if applicable.
Historical
Histories of irrigations calculated and realized.