Project Overview
Commodities
- Fruits: berries (strawberries)
- Vegetables: peppers, tomatoes
Practices
- Education and Training: on-farm/ranch research
- Farm Business Management: labor/employment
- Production Systems: organic agriculture
Proposal summary:
Small-scale organic farms rely heavily on hand labor, often under physically demanding conditions that can lead to pain, fatigue, and injury. On our 6-acre CCOF-certified farm, workers spend long hours planting, weeding, staking, and harvesting, frequently bending and lifting. This project addresses a clear problem: how can ergonomic tools and redesigned workflows make essential farm tasks safer, more comfortable, and more sustainable for workers? Our central research question is: Do ergonomic hand tools and improved harvest and packing setups measurably reduce strain and increase efficiency on small organic farms?
To answer this question, we plan to conduct research comparing standard tools and packing methods with ergonomic alternatives, including long-handled weeders, padded trowels, automatic stake drivers, rolling carts, and adjustable-height packing tables with shade. Each tool and workflow will be tested across tomato, pepper, and strawberry beds. We will measure task time, worker fatigue scores, body areas experiencing strain, and labor hours. Economic and environmental indicators, such as the reduced need for tractor passes for weed control will also be analyzed. We will collect quantitative data and worker-reported experiences, which will allow us to identify practical ergonomic improvements that reduce physical stress and increase productivity.
Expected outcomes include lower worker strain, better job satisfaction, faster workflows, and reduced tractor passes. This will supporting environmental, economic, and social sustainability. These results will help other farmers understand how ergonomics directly contributes to long-term farm viability and healthier workplaces.
We will share results widely through a farmer field day, a photo-illustrated guide, a short video, our website and social media, our field trips for students and Farm to School Network, and outreach at conferences. We will ensue that farmers, students, and educators can adopt and appreciate the effective practices we find in our research.
Project objectives from proposal:
Research Objectives
Objective 1: Compare ergonomic and standard hand tools for planting, weeding, and staking to reduce strain and improve labor efficiency.
Objective 2: Evaluate ergonomic harvest and packing setups to determine their effect on worker comfort and labor efficiency.
Objective 3: Conduct an economic and environmental analysis of ergonomic tools and workflows.
Education Objectives
Educational Objective 1: Host a field day to demonstrate ergonomic tools and workflows to 25+ farmers, educators, and agricultural professionals.
Educational Objective 2: Develop three educational publications and multimedia materials and distribute them to at least 100 farmers, educators, and students.
Educational Objective 3: Integrate project findings into K-12 educational programming through field trips and classroom visits in partnership with SCCS, PVUSD, and Pacific Elementary.