Integrated Pest Management for Sustainable Crop Production Training Course

Course overview

Crop losses, pesticide costs, residue non-compliance, pest resistance and pollinator harm are often treated as separate problems. In practice, they are symptoms of weak pest decision-making: sprays applied without thresholds, incomplete field scouting records, misidentified pests, and control plans that ignore crop stage, natural enemies and market requirements. This course equips agricultural professionals to replace routine pesticide schedules with an Integrated Pest Management (IPM) system that protects yield, worker safety, beneficial organisms and buyer compliance requirements.

Participants learn to build crop-specific IPM programmes using field scouting, pest and disease identification, economic thresholds, action thresholds, pest life-cycle analysis and risk-based intervention decisions. The course covers cultural, mechanical, biological and chemical controls; pesticide resistance management; safe pesticide selection; spray records; residue-risk reduction; and monitoring of IPM performance. Participants practise interpreting pest incidence data, mapping field hotspots, selecting interventions using a control hierarchy, and documenting decisions for farm management, extension teams, auditors and commercial buyers.

Delivery combines instructor-led technical sessions with crop-production case studies, pest identification exercises, scouting-data analysis and facilitated control-planning workshops. Each participant works through a realistic farm scenario and leaves with a documented IPM implementation plan containing a scouting protocol, threshold matrix, seasonal pest calendar, approved-control options, pesticide resistance rotation schedule and monitoring indicators. The course is particularly valuable for professionals responsible for production performance, extension advice, pesticide governance or sustainable sourcing.

Course objectives

By the end of this course, participants will be able to:

• Conduct structured field scouting using transects, sampling units, pest incidence counts and crop-stage observations
• Differentiate economic injury levels, economic thresholds and operational action thresholds for pest-control decisions
• Develop crop-specific pest life-cycle calendars that identify vulnerable stages and intervention windows
• Select cultural, mechanical, biological and chemical controls using an IPM control hierarchy
• Create a pesticide resistance management rotation using IRAC, FRAC and HRAC mode-of-action groups
• Assess pesticide residue and pollinator risks when choosing crop-protection interventions
• Analyse scouting records and hotspot maps to prioritise field-level pest management actions
• Produce an implementable IPM plan with monitoring indicators, responsibilities, records and review points

Benefits of attending

Target competencies

Who should attend

• Farm Managers — who must protect yield, control input costs and meet buyer crop-protection requirements
• Agronomists — who advise growers on pest diagnosis, threshold decisions and crop-protection programmes
• Extension Officers — who need practical methods for training producers in field scouting and non-chemical controls
• Crop Production Supervisors — who coordinate scouting teams, spray operations and field records
• Sustainability Managers — who need evidence-based measures to reduce pesticide dependency and biodiversity risks
• Quality Assurance Officers — who verify pesticide records, residue-risk controls and compliance with market standards

Requirements and prerequisites

Participants should have practical familiarity with crop production operations, including crop growth stages, common field activities, pesticide labels and basic farm recordkeeping. Experience in agronomy, extension, farm supervision, quality assurance or input supply is useful because exercises use real scouting and spray-decision scenarios. Participants should be comfortable reading simple tables and calculating percentages or pest counts; no advanced statistics is required. A laptop with spreadsheet capability is recommended for the data exercises. Prior training in entomology, plant pathology, GIS or pesticide chemistry is not required, and participants do not need to arrive with a completed farm IPM plan.

Training methodology

The instructor uses short technical briefings to establish each IPM method, followed by applied work on crop and pest scenarios. Participants examine sample scouting sheets, diagnose pest-pressure patterns, calculate threshold-based responses, compare control options and build resistance rotations from pesticide mode-of-action labels. Group case work mirrors decisions faced by commercial farms, extension programmes and outgrower schemes. Facilitated peer review tests whether proposed actions are practical, safe and auditable. The final session converts course work into an IPM implementation plan for a selected crop, production site or producer group.

Course outline

Day 1: IPM foundations and pest decision systems

• Integrated Pest Management principles and intervention hierarchy
• Pest, disease, weed and beneficial-organism distinctions
• Crop growth stages and pest vulnerability windows
• Pest life cycles, reproduction rates and seasonal population dynamics
• Economic injury level and economic threshold concepts
• Action thresholds for commercial and smallholder production settings
• IPM baseline assessment of current spray practices and pest risks

Workshop: Participants complete an IPM baseline diagnosis for a farm case and identify the three highest-priority weaknesses in its current pest-control system.

Day 2: Field scouting, identification and monitoring data

• Scouting objectives, frequency and crop-stage sampling schedules
• Transect walks, quadrat sampling and fixed-plant inspection methods
• Pest incidence, severity, prevalence and damage assessment measures
• Field signs for distinguishing insect, mite, disease and nutrient-damage symptoms
• Natural-enemy monitoring and beneficial-insect observation records
• Pheromone traps, sticky traps and visual trap interpretation
• Scouting forms, photo records and data-quality checks

Workshop: Participants design a field scouting protocol and complete a sample observation sheet from a crop-pest monitoring dataset.

Day 3: Prevention and non-chemical control measures

• Crop rotation and host-break strategies for pest suppression
• Sanitation, volunteer-crop removal and destruction of pest reservoirs
• Planting dates, spacing, irrigation and fertilisation as cultural controls
• Resistant and tolerant variety selection
• Mechanical controls including trapping, exclusion and hand removal
• Conservation biological control through habitat and natural-enemy protection
• Biopesticides, microbial agents and beneficial-organism release decisions

Workshop: Participants construct a prevention and non-chemical control package for a seasonal pest calendar, including timing and field responsibilities.

Day 4: Responsible pesticide use and resistance management

• Pesticide label interpretation, target pests and application restrictions
• IRAC insecticide mode-of-action groups and rotation principles
• FRAC fungicide resistance groups and anti-resistance strategies
• HRAC herbicide groups and integrated weed-management implications
• Pre-harvest intervals, maximum residue limits and market-access risks
• Pollinator protection, buffer zones and spray-drift risk controls
• Pesticide application records, stock control and incident reporting

Workshop: Participants audit a pesticide programme and produce a revised mode-of-action rotation and residue-risk control schedule.

Day 5: IPM programme design, measurement and implementation

• Crop-specific IPM plan structure and decision-flow design
• Pest calendars linking crop stage, scouting and control options
• Threshold matrices and escalation rules for field teams
• IPM performance indicators for pesticide use, pest pressure and crop loss
• Hotspot mapping and targeted intervention prioritisation
• Roles, training requirements and communication routes for implementation
• Management review cycles and continuous improvement of IPM programmes

Workshop: Participants present a completed IPM implementation plan containing a scouting protocol, threshold matrix, control hierarchy, resistance rotation and performance indicators.

Tools & standards covered

CABI Crop Protection Compendium, KoboToolbox, QGIS, GLOBALG.A.P. Integrated Farm Assurance Standard

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions