ECO City Farms 2026: Intermediate IPM for Growers
By ECO City Farms
TL;DR: Boost your farm or garden’s resilience and yields by learning advanced ecological pest management techniques.
- Learn ecosystem-based pest prevention.
- Identify pests and beneficials accurately.
- Implement monitoring and damage assessment.
- Design farms for pest deterrence.
- Utilize cultural practices for pest control.
Why it matters: Effective pest management is crucial for sustainable agriculture, ensuring healthy crops and reduced reliance on harmful chemicals, leading to better environmental and economic outcomes.
Do this next: Enroll in an IPM training course to gain practical skills for your growing environment.
Recommended for: Intermediate growers, small-scale farmers, urban and peri-urban producers, and serious home gardeners seeking to advance their ecological pest management skills.
This virtual class, part of ECO City Farms’ 2026 Advancing Growers series, is a focused training on Integrated Pest Management (IPM) tailored to intermediate growers. The program is designed for small-scale farmers, urban and peri-urban producers, and serious home gardeners who already have basic production experience and want to refine their pest management within ecological, organic, or regenerative systems. Delivered by experienced farmers and research-based educators, the class aims to provide fact-based IPM strategies that align with sustainable and organic standards while remaining practical and economically realistic.
The training introduces IPM as an ecosystem-based strategy that prioritizes long-term prevention of pests through a mix of biological control, habitat manipulation, cultural practices, and resistant varieties, while reserving pesticides as a last resort and using them in ways that minimize risks to humans, beneficial organisms, and the environment.[6][3] Participants are walked through core components common to IPM programs: accurate pest and beneficial identification, systematic monitoring and damage assessment, understanding action thresholds, and building preventive measures into crop and farm design.[6][2] These concepts are then translated into real-world decisions for diversified vegetable and specialty crop farms typical of ecological and urban production.
The class places substantial emphasis on prevention and cultural practices, including crop rotation, sanitation, timing of planting, irrigation management, and the use of cover crops and habitat plantings to support natural enemies.[3][5] Instructors discuss how soil health, biodiversity, and careful variety selection can reduce pest pressure before it becomes an economic problem, echoing current research showing that IPM integrated with soil health management can protect soil life while limiting insecticide and fungicide use.[7][4] Monitoring is presented not as an occasional task but as a routine part of farm management, involving regular scouting, the use of traps where appropriate, keeping records, and evaluating patterns across seasons.[1][2]
Beyond prevention and monitoring, the training surveys management tools across cultural, mechanical, biological, and chemical categories.[2][6] Examples include row covers and exclusion netting, trap crops, beneficial insect releases, habitat strips, and the careful, threshold-based use of organic-approved pesticides when necessary. The instructors stress that chemical tools should be chosen for selectivity and compatibility with beneficials, applied in a targeted way, and rotated to reduce resistance—principles consistent with modern, sustainability-focused IPM guidance.[3][6] The virtual format allows for questions about specific farm contexts, helping participants adapt general IPM principles to their own crop mixes, markets, and resource constraints.
Overall, this class positions IPM as a core competency for advancing growers aiming to run resilient, ecologically sound farm operations. It bridges academic research and on-the-ground practice, offering frameworks, examples, and decision-making tools that help intermediate growers move beyond reactive spraying toward integrated, systems-based pest management.