Use Case Description
Livestock production forms the backbone of many rural economies, particularly in semi-arid regions where pasture-based systems dominate. However, these ecosystems are increasingly vulnerable to climate extremes, land degradation, and poor resource management. Effective monitoring of pasture conditions is limited by the vastness and variability of rangelands, compounded by a lack of timely, spatially explicit data for effective decision-making.
Traditional field-based assessments are resource-intensive, infrequent, and often fail to capture the spatial dynamics required for optimal livestock and land management. Earth Observation (EO) technology offers a practical and scalable solution to improve pasture management and support livestock productivity. High-resolution optical imagery and climate inputs allow for the assessment of biomass trends and intra-seasonal fluctuation, while pasture suitability and productivity maps provide key information to guide decisions on stocking rates, rotational grazing schedules, and drought preparedness.
These EO services enable proactive resource planning by delivering regular, spatially detailed statistics to prevent overgrazing and maintain herd health during periods of stress. The outputs can be accessed via user-friendly platforms, empowering stakeholders to implement adaptive, sustainable practices.
