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Agricultural Workers All Other

Farming Fishing and Forestry Occupations
Nov 11
MODERATE

What They Do

Perform farming, animal care, or crop production tasks not classified under other agricultural roles.

AI Impact Overview

Artificial intelligence is expected to partially automate certain repetitive and data-driven agricultural tasks, impacting entry-level and routine agricultural work. However, the diverse, variable, and hands-on nature of many agricultural jobs makes immediate widespread replacement unlikely. Upskilling in technical and supervisory areas will be key for ongoing job security.

AI Analysis

Detailed Analysis

While agricultural workers who perform highly standardized tasks (such as simple harvesting or sorting) face increasing automation, those who adapt to roles involving troubleshooting, farm management, compliance, or technology oversight will see new opportunities. Workers with hybrid skills in both hands-on agriculture and technology will be best positioned. The risk is highest for entry-level roles but decreases with experience and additional responsibilities.

Opportunity

"Agricultural work will continue to evolve with AI, but individuals who embrace change, gain new technical skills, and leverage their unique experience will remain vital to the future of farming."

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AI Risk Assessment

Risk level varies by experience level

J

Junior Level

HIGH

Most at risk due to repetitive tasks being the first targeted for automation by agricultural robots and smart machinery. Upskilling is strongly advised.

M

Mid-level

MODERATE

Somewhat insulated if performing complex or context-specific tasks, yet vulnerable if not actively building skills in technology, machinery, or oversight.

S

Senior Level

LOW

Least at risk due to experience with supervision, advanced machinery, resource allocation, or compliance roles. Additional tech-literacy training can further reduce risk.

AI-Driven Job Forecasts

2 Years

Near-term Outlook

Job Outlook

Stable with gradual integration of basic AI-enabled tools for monitoring and scheduling. Many manual jobs remain, but knowledge of new tech provides an edge.

Transition Strategy

Take introductory courses in digital agriculture and smart machinery. Seek out pilot programs on AI use at local farms. Build basic data-entry or machinery diagnostics skills.

5 Years

Medium-term Impact

Job Outlook

Noticeable shift with wider adoption of automation on medium to large farms. Roles increasingly integrate technology and oversight. Manual-only positions decline, especially in crop-intensive sectors.

Transition Strategy

Obtain certifications in farm tech operation and safety. Attend workshops on AI diagnostics. Pursue mentorships with tech-forward farmers or agri-tech companies.

7+ Years

Long-term Vision

Job Outlook

Substantial transformation as most routine tasks are at least partially automated, especially in high-capital farms. Increased demand for skilled operators, maintenance specialists, compliance officers, and sustainability coordinators.

Transition Strategy

Pursue advanced credentials in agro-technology, consider an associate degree in agricultural business, or transition to sustainability roles. Develop expertise in farm data management.

Industry Trends

Agribusiness Consolidation

Impact:

Larger farms have more capital for technology, requiring a workforce with broader tech competencies.

Climate Resilience and Water Management

Impact:

Specialists in irrigation and climate adaptation will be needed; tech adoption rises in environmental monitoring.

Digital Traceability and Food Safety

Impact:

Growth in roles supporting record-keeping, compliance, and supply chain transparency.

Direct to Consumer and Local Food Networks

Impact:

Increases need for marketing, logistics, and small business management skills.

Farm Automation and Robotics

Impact:

Accelerates reduction of repetitive manual tasks, especially in harvesting, planting, and spraying; raises demand for equipment operators and technicians.

Increased Remote Farm Monitoring

Impact:

Supports flexible work and new data management roles.

Precision Agriculture

Impact:

Increases reliance on AI tools for optimization; reduces manual labor demand while creating new tech-integrated roles.

Regenerative and Sustainable Practices

Impact:

Drives upskilling around sustainability, soil health, and compliance; fosters new career paths related to green certifications.

Urban and Controlled Environment Agriculture

Impact:

Growth in greenhouse and vertical farming roles that combine agriculture with technology and environmental systems.

Workforce Shortages and Labor Costs

Impact:

Encourages faster AI and robotics adoption, but also creates opportunities for tech-savvy workers.

AI-Resistant Skills

Complex Problem Solving

World Economic Forum Future of Jobs
Skills Type:
Cognitive
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Score:10/10

Technical Troubleshooting and Maintenance

US Bureau of Labor Statistics
Skills Type:
Technical, Mechanical
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Score:9/10

Sustainable and Regenerative Practice Implementation

SARE
Skills Type:
Environmental, Practical
Learn More
Score:8/10

Alternative Career Paths

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Agricultural Equipment Technician

Maintain and repair advanced farming equipment, including robotics and automated tractors.

Relevance: Skills in troubleshooting and repair are in high demand as tech adoption increases.

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Compliance and Safety Officer (Agriculture)

Ensure farms adhere to safety, environmental, and food-handling guidelines.

Relevance: Regulatory compliance expertise resists automation and is critical for legal operations.

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Sustainable Agriculture Consultant

Advise farms and agribusinesses on sustainable practices, certification, and grant programs.

Relevance: Transition to sustainability expertise as market and regulatory pressures increase.

Emerging AI Tools Tracker

John Deere Operations Center
Farm management platform integrating AI for machine performance, field analysis, and scheduling.
IMPACT:
8/10
ADOPTION:
Currently mainstream
Widely adopted among technologically advanced farms.
Agremo
AI drone software for crop monitoring, counting, and health analysis.
IMPACT:
8/10
ADOPTION:
2-4 years
Gaining popularity with medium and large farms as drone use spreads.
FarmWise Titan
Autonomous AI-powered weeding robot for large-scale vegetable production.
IMPACT:
9/10
ADOPTION:
2-5 years
Piloting in major grower fields.

Full AI Impact Report

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