Addis Ababa, May 2026
The Desert Locust Control Organization for Eastern Africa (DLCO-EA), in collaboration with the Sudan Plant Protection Directorate, successfully conducted a National Training Program on Migratory Pests’ Management in Suwakin, Sudan, from 14 to 18 April 2026.
The training brought together 20 participants from 14 states, representing key recession and breeding areas affected by migratory pests, particularly Quelea birds and Desert Locusts.
Enhancing National Capacity
The training program was designed to enhance national capacity in monitoring, forecasting, and controlling migratory pests through a combination of theoretical instruction, hands-on practical sessions, and field simulation exercises.
A team of experienced DLCO-EA resource persons, supported by national experts, delivered a comprehensive program covering the biology, ecology, and behavior of pests, survey and monitoring techniques, use of navigation equipment, digital data collection tools such as Kobo Toolbox, and pest management strategies.

Field Practical Sessions
The training emphasized field-based learning, engaging participants in simulation exercises including survey techniques, transect measurements, calibration of Ultra Low Volume (ULV) spraying equipment, spray demonstrations, droplet analysis, and map reading.
Training Outcomes
This capacity-building initiative enhanced participants’ understanding of pest monitoring systems, improved survey and data collection skills, strengthened reporting capacity, and promoted collaboration among participants.
Some of the key challenges experienced during the training included varying technical backgrounds, limited time for field exercises, and initial unfamiliarity with digital tools. Participants emphasized the importance of practical training, continuous refresher courses, and standardized procedures.

Conclusion
This initiative represents a significant step in strengthening capacity to manage migratory pests effectively and contributes to improved preparedness and coordinated response to pest outbreaks across the region.
