Laminitis Risk is an educational application designed to assist horse owners in monitoring weather conditions that may affect the risk of laminitis in horses. The app predicts fluctuations in non-structural carbohydrates (NSCs) and starch levels in different grass types, providing users with a risk gauge that helps them make informed grazing decisions.

By utilizing local weather data, Laminitis Risk can indicate periods when grass poses an increased threat to horses susceptible to laminitis. This is particularly crucial during extreme weather conditions, which can stress the grass and elevate the risk of laminitic episodes. The app serves as an early warning system, aiming to reduce the incidence of laminitis among horses globally.

The app offers both standard and premium versions. The standard version provides real-time risk monitoring, location-based services, and educational content. Upgrading to the premium subscription unlocks advanced features such as 24-hour NSC forecasts, risk alerts, detailed weather analytics, and global search capabilities.

Laminitis Risk stands out with its specialized focus on equine health and pasture management. The app's core feature is its ability to predict changes in grass composition based on real-time weather monitoring. It tracks critical factors like temperature, UV levels, cloud cover, and other meteorological data to estimate fructan, starch, and sugar concentrations in grasses.

For users seeking more control and foresight, the premium subscription offers advanced functionalities. These include 24-hour forecasts of NSC levels, configurable temperature statistics, and detailed weather readings such as wind speed, humidity, and atmospheric pressure. Additionally, the app provides advisories and alerts to help horse owners manage grazing schedules effectively.

Beyond its predictive capabilities, Laminitis Risk also serves as an educational resource. It contains in-app information about laminitis, helping users understand the science behind the condition and how weather impacts grass safety. This dual functionality makes it an invaluable tool for responsible horse management.

In the realm of equine health, the precision and reliability of information are paramount. The Laminitis Risk app addresses this by providing horse owners with accurate monitoring of weather conditions that influence the risk of laminitis. This educational tool leverages local weather data to predict fluctuations in non-structural carbohydrates (NSCs) and starch levels in different grass types.

By focusing on these critical factors, the app delivers authoritative content that is essential for making informed decisions about grazing safety. Its predictive model is designed to alert users when environmental stressors are likely to elevate NSC and starch concentrations, which can significantly impact horses prone to laminitis.

The value of this application lies in its ability to serve as an early warning system. It empowers horse owners with timely insights that align with expert veterinary advice, ensuring they are better prepared to manage their horses' dietary intake based on credible forecasts.

While the Laminitis Risk app primarily functions as a monitoring tool, it also offers personalized learning paths through its educational features. Users gain access to real-time risk assessments specific to their geographical location, allowing them to learn about the unique factors affecting their horses' health at any given time.

The app's advanced subscription unlocks a suite of features that contribute to a tailored educational experience. These include detailed NSC forecast levels up to 24 hours in advance, advisories on risk alerts, and analytics on various carbohydrate components like fructan and starch.

This customization enables users to develop a deeper understanding of how different weather patterns correlate with laminitis risks. By engaging with these personalized insights, horse owners can refine their knowledge and make proactive adjustments to their care routines, ultimately enhancing equine welfare.