Discover the Advanced Functionality of the Oregon Scientific WMR-100N Weather Station

The Oregon Scientific WMR-100N is an exceptional choice for weather enthusiasts and professionals alike, with its array of advanced features and reliable data collection. At the core of its capabilities is the integration with the Ultra-violet Index Sensor UVN800, providing users with precise UV index readings to help monitor the intensity of sun exposure. Coupled with the SRS100 solar radiation shield, the WMR-100N ensures the accuracy of its sensors, protecting them from potential radiation impacts while maintaining reliable temperature and humidity readings.

Seamless Integration with Weather-Display Software

The WMR-100N works seamlessly with Weather-Display Software, enhancing user experience by offering comprehensive weather analysis and visualization tools. This software compatibility allows for efficient data aggregation and interpretation, making it easier than ever for users to stay informed about current weather conditions and patterns. Notably, Weather-Display supports evapotranspiration monitoring, with current readings at 0.004 inches per day and a marked decrease from yesterday's 0.018 inches, showcasing its ability to track water loss.

Current Radar and Comprehensive Weather Analysis

Keeping up with changing weather patterns is crucial, and the WMR-100N, in conjunction with Current Radar technology embedded within the unit, offers detailed weather insights round the clock. Regular updates, such as the one recorded at 02:00 AM on January 18, 2026, provide users with up-to-the-minute data, empowering informed weather-related decisions. This continuous flow of data is vital for planning both daily activities and long-term projects that may be affected by weather changes.

Application of Accurate Weather Data in Various Sectors

Detailed weather data supports a wide range of industries and applications. For instance, in agriculture, understanding evapotranspiration rates is crucial for irrigation planning and water resource management. Accurate UV and radiation readings are essential for health-related advisories and for businesses in the outdoor leisure industry to ensure customer safety and comfort.

Interestingly, this level of detailed weather monitoring extends beyond personal or industrial use and finds an intriguing application in the hospitality sector. Hotels, especially those situated in tourist hotspots, can leverage accurate weather station data to optimize guest experiences. For example, predictive weather insights allow hotels to efficiently plan outdoor events and activities, ensuring guests can enjoy pleasant weather conditions. Additionally, by communicating real-time weather updates and advisories, hotels enhance service value while prioritizing the safety and comfort of their guests, transforming weather awareness into a strategic hospitality advantage.