High precision, localized weather forecasting calibrated with site-specific data.
iMETEO – The most precise local weather forecast for your fields
Near real-time and historic weather is important for understanding what is impacting the crops. Future weather or forecasts are important for planning and future activities. iMETEO brings these two aspects together.
HYPER-LOCAL WEATHER FORECAST
With an METOS weather station and weather forecast subscriptions, you get the best forecast for your farm and fields. By using real-time local measurements to create an accurate modeled forecast output, eliminating model bias and updating the forecast frequently with the most recent data from your station, satellite and radar. Artificial intelligence further increases the model’s skill and optimally combine/select the best forecast models at any particular location.
PLAN YOUR WORK WEEK AND BETTER ORGANIZE YOUR DAY, REDUCE AND OPTIMIZE YOUR MANAGEMENT DECISIONS.
With enhanced field specific predictions farmers can save time, money and resources by minimizing crop risk due to drought, disease, pest pressure or poorly timed field activities. High precision weather forecasts are one of the key variables that will help you make the right decision at the right time for your farm.
iMETEO IN FieldClimate PLATFORM
- 3 or 7-days Hyper-Local weather forecast data and meteograms with hourly resolution
- 14-day forecast
- Output hourly data for multiple forecast variables, including all the important agro-meteorological variables, daily ET and more
- Multiple output: raw data and images
- Saved Formats: CSV and PNG
- High-resolution weather models by using a multi-model approach
- Site-specific weather forecast corrected with station data
KEY BENEFITS
- 3 or 7-days Hyper-Local weather forecast data and meteograms with hourly resolution
- 14-day forecast
- Output hourly data for multiple forecast variables, including all the important agro-meteorological variables, daily ET and more
- Multiple output: raw data and images
- Saved Formats: CSV and PNG
- High-resolution weather models by using a multi-model approach
- Site-specific weather forecast corrected with station data