Knowing which model to rely on for accurate weather forecasts can be a real headache. To make this choice easier and more efficient, Sencrop is providing you with a range of functions that allows you to benefit from the most reliable forecasts for your plots, and organise your planning and operations with peace of mind.
Weather forecasts are based on models (or algorithms) that take into account multiple parameters (atmospheric pressure, wind speed, temperature, etc.) to simulate weather conditions and project them into the near future.
To learn more about how weather forecasts work, head to this blog post.
There are different forecast models, the reliability of which depends on the phenomenon measured (temperature, rainfall, hygrometry and wind speed) as well as your location. Sencrop brings these models together in a single application and helps you define the most reliable forecasts for your plots! Discover the three new Sencrop features that will accompany you on a daily basis:
Here are 3 questions asked to Rémy, product manager at Sencrop, to give you a more detailed insight into our new features.
We are in regular contact with farmers to best understand their daily challenges and weather-related needs. This serves as the foundation for our ongoing enhancement initiatives for the Sencrop application. We engaged in extensive discussions regarding the reliability of weather forecasts and the challenges farmers face in determining which forecasts to place their trust in. We therefore looked for a solution to best overcome this problem and improve the daily lives of our users.
With these new features, two possibilities are available to you.
If you want to save time and find the most reliable forecasts for your plot in one click, you can use Sencrop Forecasts. This feature is there to simplify the consumption of forecasts.
However, if for example you have specific projects to plan, depending on particular weather parameters, you will be able to deepen your analysis of weather forecasts thanks to our forecast comparator and our classification of models. For example, in the event of a risk of frost, you can immediately identify the lowest temperatures envisaged by the different forecast models and thus minimise the danger for your crops.”
To identify the most reliable forecasts for each Sencrop user, we rely primarily on the weather stations on your plots. They allow us to compare model predictions with actual data observed in the field. By analysing how predictions correspond to observations, we can determine the most accurate and reliable model data for each user.
It is important to mention that our extensive network of 35,000 connected weather stations also plays a vital role. This network allows us to support and refine forecasts on a larger scale, taking into account geographic disparities.
Create your profile and take advantage of a free, no-obligation trial to discover the new Sencrop weather experience.
After experiencing unusually mild weather, exemplified by Northern Ireland's recent record-breaking warmest day of the year on April 21st, colder conditions have now swept back across the United Kingdom. Explore the recorded temperatures and our insights. In early April, temperatures in the United Kingdom soared to over 20°
Powdery mildew is a constant challenge in wine production management. An in-depth understanding of this disease is crucial if you are to anticipate risks, protect your yields and optimise your investments. This article looks at how to recognise, prevent and combat powdery mildew. What is powdery mildew? Powdery mildew is
Leaf wetness is the amount of free water on the surface of the leaf, i.e. whether it is 'wet' or not. This is a key factor in accurately monitoring disease risks. How is leaf wetness calculated? Leaf wetness is calculated by measuring the changes in the electric