Knowledge for better decisions
Practical insights on weather, technology, and farm management.
Weather alerts
Vienor now includes high humidity alerts to detect sustained periods of relative humidity above a configurable threshold for each field.
Weather forecasts
Learn what 1mm, 5mm, 10mm, 20mm and 50mm of rain mean—from very light to very heavy—and how to interpret rainfall totals for your field.
Weather forecasting
Temperature is only part of a farm weather forecast. Learn how rainfall, wind, gusts and convective conditions add context for field decisions.
Weather forecasting
Weather models can show different results. Learn what variables to compare and how to interpret agreement and uncertainty between forecasts.
Weather forecasting
Minimum temperature is only part of frost risk. Learn what to look for in a forecast and why the right threshold depends on the crop and field.
Field decisions
Wind, gusts, humidity and rain can all affect spraying conditions. Learn what weather variables to review before planning a field application.
Weather forecasting
Why the field's actual location matters when checking forecasts, configuring alerts, and organizing weather monitoring.
Weather alerts
How Vienor turns forecasts into field-specific rules, evaluates thresholds automatically, and sends notifications without constant checking.
Satellite monitoring
NDVI uses satellite imagery to reveal differences in vegetation cover and vigor within a field. Its value lies in observing patterns and change in context.
Weather forecasting
Different models and providers can produce different estimates for the same location. Comparing them adds context about consensus and uncertainty.
Weather alerts
The daily high summarizes the heat, but it does not show when it occurs or how long it lasts. An hourly threshold lets you monitor relevant conditions for each field.
Field decisions
Wind, rain, humidity, and temperature change hour by hour. Spraying windows combine these variables to identify more and less favorable periods.
Weather alerts
CAPE measures the energy available for convection. Understanding what it does—and does not—indicate helps interpret storm potential and configure more useful alerts.
Weather alerts
Sustained wind and gusts describe different parts of the wind. Learn how to interpret both for field work, spraying, and weather alerts.
Weather alerts
What do 1 mm, 3 mm or 10 mm of rain actually mean? Learn how rainfall amounts differ from rain probability and how to interpret both.
Weather alerts
Frost risk does not depend on a single number. Setting thresholds for each field turns a forecast into a concrete, actionable condition.