CeniClima is an application that offers real-time weather information to optimize the management of sugarcane crops. The application allows you to anticipate weather conditions, such as rain and temperatures, helping producers make informed decisions and reduce risks in their agricultural activities.
Biodiversity and sugar cane go hand in hand! In the Caña Biodiversa project, led by Cenicaña in collaboration with sugar mills and growers, we are exploring how native vegetation enriches sugar cane crops, providing ecosystem services. From the creation of biological corridors to the conservation of watersheds, this project is key to sustainable agriculture in Valle del Cauca.
Cenicaña promotes sustainable agricultural practices in the cultivation of sugar cane. Its three pillars—environmental, social and economic—promote environmental conservation, strengthen the relationship with communities, and improve the profitability of producers. Integrate accompanies farmers in evaluations and action plans to facilitate their preparation towards sustainable certifications.
Gotas allows sugarcane farmers to access precise precipitation data in real time, thus optimizing water use and the scheduling of agricultural work. Thanks to its network of automated rain gauges, users can efficiently manage water resources, receive weather alerts, and make decisions that promote productivity.
Stay informed about the climatic conditions of the Cauca River Valley, essential to optimize sugar cane production. Discover the weekly forecast to plan and anticipate agricultural strategies more efficiently.
Cenicaña provides innovative solutions for the sugarcane industry, focusing on sustainable growth through a wide range of tools and services. Key offerings include soil and tissue analysis, disease diagnosis, real-time data tracking with the DataCane platform, and tools for weather forecasting and water management. Their initiatives also support technical recommendations and disease management, making Cenicaña a valuable partner in advancing productivity and sustainability in sugarcane agriculture.
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