Agroclimatic monitoring system at Alliance’s experimental campus

Barrios, C.; Amaya, A.; Arce, D.; Urdinola, J. (2025) Agroclimatic monitoring system at Alliance’s experimental campus. 2 p.

At the Alliance’s experimental campus, extreme climate conditions such as droughts, heavy rainfall, and high temperatures can significantly affect both the management and the growth and development of crops. In this context of increasing climate variability, it is essential to have accessible and easy-to-use digital tools that support technical decision-making in the field. These digital tools allow for more efficient planning and management of resources available to farmers. Satellite imagery is leveraged to enable regular monitoring of agroclimatic conditions and crop status without needing to be physically present in the fields. Specifically, high-resolution multispectral images, such as those provided by PlanetScope satellites, help detect water excesses or shortages in a timely manner and assess the health, growth, and development of vegetation. This not only optimizes agricultural management but also promotes more sustainable and resilient production in the face of climate change.