BoosterAGRO vs INIA Termomin

With more than 100,000 downloads and a monthly audience of 55.000 users, BoosterAgro App offers on-demand access to climate data, crop health satellite imagery, agronomic, financial advisory and pest & disease alert management. * Multiple Weather Forecasts: Compare the most popular weather forecasts side-by-side in one place. * Accurate Forecast: A combined forecast of the ones compared. This is the statistically most likely forecast. * Crop Health Imagery: Free access to high resolution NDVI imagery to see crop performance across a field at a single point in time. A divergent scale (red-yellow-green) provides a contrast of colors, which makes it easy to find and investigate areas that are showing poor growth. * Satellite Weather Station: Remote access to in-field current weather conditions (rain, temperature, wind gusts, humidity, dew point, atmospheric pressure), without needing to install any equipment, hardware or sensor. * Long-term forecast (3 months) with climatic trends (El Niño / La Niña) in each area of the region. * Rainfall Map: Allows you to visualize the cumulative rainfall of the last 7 days in the area of your farms. The data comes from the user's rainfall raingauge records. * Pests Map: Allows you to visualize alerts of insects, weeds and diseases that are affecting crops in different areas.These alerts are provided by the same users. * In-field Records: Keep records of the last precipitations, hail, frost or other weather-related events happened in the field. * Spray Smart: Sprayer recommender to view the most and least favorable spray weather conditions for each field according temperature, humidity, wind gust and rains. * Collaborative Information: Farmers can exclusively share fields data with their team operations (agronomists, advisors, employees and contractors). * Secret Key: It works offline, it's super friendly, simple and easy to use!

INIA Termomín provee previsiones de temperaturas mínimas diarias del aire sobre suelo y a 2 metros de altura (abrigo meteorológico) utilizando salidas del modelo “Weather Research and Forecasting” (WRF) obtenido a través del CPTEC/INPE1 para una grilla sobre Uruguay a una resolución espacial de 7 x 7 km por celda. Estas previsiones tienen un horizonte temporal de 5 días y se actualizan dos veces al día, a las 7 y a las 14 horas local. Disponer de esta previsión a nivel de las distintas zonas del país, permitirá a productores y técnicos tomar las medidas de manejo necesarias para minimizar los efectos que estas temperaturas puedan causar en los diferentes sistemas productivos y reducir así posibles pérdidas.