Agriculture Career Paths: How to Choose Your Direction in the Industry

Choosing a career in agriculture requires matching your personal skills, lifestyle preferences, and professional goals against the distinct demands of each sector within the industry. Agriculture encompasses production roles, scientific research, engineering, business management, education, and public service, each with different physical requirements, work environments, and advancement structures. This article provides a decision framework based on documented career development research and labor market information to help students, researchers, and life-science professionals evaluate their options systematically.

At a Glance: Agriculture Career Path Matrix

The following table summarizes key attributes of major agriculture career categories. Use it as a starting point for comparing options before conducting deeper research into specific roles.

Understanding the Scope of Agriculture Careers

Agriculture careers span far beyond traditional farming operations. The industry includes input suppliers, equipment manufacturers, processing facilities, distribution networks, research institutions, regulatory agencies, and educational programs. Each segment offers distinct career trajectories with different skill requirements and advancement pathways.

Research on career development among young agricultural professionals indicates that professional competence operates at three levels: specific technical skills, general abilities such as communication and problem-solving, and core literacy including professional identity and values. Improvement at each level requires different cultivation approaches, and individuals entering agriculture should assess their current standing across all three dimensions.

The U.S. Bureau of Labor Statistics categorizes many agriculture-related roles within life, physical, and social science occupations, which provides a useful framework for understanding employment outlook and typical qualifications. This classification includes agricultural and food scientists, soil and plant scientists, animal scientists, and related research positions. The same source also tracks healthcare occupations, which is relevant for those considering veterinary medicine or food safety roles that intersect with public health.

Core Principles for Career Selection

Skills Assessment

Professional competence in agriculture requires a combination of technical knowledge and transferable abilities. Research on young farmers identifies professional skills, general abilities, and core literacy as the three foundational levels of career competence. Technical skills include species-specific husbandry, crop management, equipment operation, laboratory techniques, or financial analysis depending on the chosen path. General abilities include communication, teamwork, project management, and adaptability. Core literacy encompasses professional identity, ethical judgment, and commitment to continuous learning.

Before selecting a career direction, inventory your current skills across these three levels. Identify gaps that would require additional education, certification, or supervised experience. For example, a student interested in food animal veterinary medicine needs strong biological science foundations plus practical handling skills with production species. Research on recruiting students into food supply veterinary medicine shows that hands-on experiences with food animal species significantly increase interest and knowledge about these careers, suggesting that practical exposure should precede commitment to specialized paths.

Lifestyle and Work Environment Preferences

Agriculture careers differ substantially in their daily rhythms, physical demands, and geographic requirements. Production roles often require early mornings, weekend work during calving or harvest seasons, and tolerance for outdoor conditions. Research and laboratory positions typically follow more predictable schedules but require precision and patience. Agribusiness roles may involve extensive travel, client meetings, and market monitoring.

Consider your tolerance for physical labor, seasonal intensity, geographic mobility, and time away from family. A career in animal production may require relocation to rural areas with limited access to urban amenities. Conversely, agricultural finance or policy roles concentrate in metropolitan areas or state capitals. The career decision-making literature shows that external stress and psychological factors influence career choices, so honest assessment of your preferred work environment matters as much as technical aptitude.

Advancement and Income Trajectories

Different agriculture career paths offer different advancement structures. Research positions typically progress from technician to scientist to principal investigator or research director. Production roles may advance from farm hand to herd manager to farm owner or operations director. Corporate roles follow management hierarchies with increasing responsibility for budgets and personnel.

Government service remains a preferred career choice among agriculture graduates in some regions due to perceived job security and social status. However, entrepreneurship and farm ownership carry higher risk but potentially greater financial rewards and autonomy. Research on undergraduate career preferences shows that students often favor government employment over entrepreneurship due to concerns about risk and insecurity, yet policy initiatives increasingly encourage agricultural entrepreneurship as a pathway for sector innovation.

Self-Assessment Checklist for Agriculture Career Selection

Use this checklist to evaluate your readiness for different agriculture career paths. Score each item from 1 to 5, where 1 means strongly disagree and 5 means strongly agree.

Technical Aptitude

• I enjoy hands-on work with plants, animals, or equipment
• I am comfortable with scientific concepts and laboratory methods
• I can perform mathematical calculations accurately for budgets or measurements
• I am willing to learn new technologies and automated systems
• I understand basic biological or mechanical principles relevant to agriculture

Work Environment Preferences

• I am comfortable working outdoors in varying weather conditions
• I can tolerate physical labor for extended periods
• I prefer predictable schedules over seasonal intensity
• I am willing to relocate for career opportunities
• I can work effectively in both team settings and independent roles

Professional Skills

• I communicate clearly in writing and presentations
• I can manage multiple projects with competing deadlines
• I work well with people from different backgrounds and education levels
• I can make decisions under uncertainty
• I am comfortable with record-keeping and data management

Career Motivation

• I have a genuine interest in food production and agricultural systems
• I understand the economic pressures facing agricultural businesses
• I am committed to animal welfare and environmental stewardship
• I am willing to pursue additional education or certifications
• I have realistic expectations about entry-level salaries and advancement timelines

Lifestyle Considerations

• I understand the seasonal demands of production agriculture
• I have discussed career plans with family or mentors
• I have budgeted for education costs or certification fees
• I am prepared for potential income variability in entrepreneurial roles
• I have identified geographic regions where my target career is viable

After completing this assessment, identify your lowest scores and determine whether those gaps can be addressed through education, experience, or mentorship. Research on career decision-making difficulties shows that perfectionism and psychological resilience influence how students navigate career choices, so be realistic about your strengths and limitations instead of demanding perfection in every category.

Exploring Production Agriculture Careers

Crop and Livestock Production Management

Production agriculture involves direct management of crops, livestock, or both. Crop production managers oversee planting, irrigation, pest management, harvesting, and marketing of field crops, vegetables, or fruits. Livestock production managers handle breeding programs, nutrition, health protocols, facilities management, and marketing of animals or animal products.

Entry into production management typically requires a bachelor's degree in agriculture, animal science, or agronomy, though practical experience can substitute for formal education in some operations. Advancement depends on demonstrated ability to manage budgets, supervise workers, and maintain production metrics. Many production managers eventually pursue farm ownership or partnership arrangements.

Physical demands are significant in production roles. Livestock operations require daily animal care regardless of weather or holidays. Crop operations concentrate physical work during planting and harvest seasons but require year-round planning and maintenance. Research on youth engagement in agriculture identifies labor intensity and limited access to capital as key barriers to entering production careers, so prospective producers should plan for these challenges.

Specialized Animal Production

Animal production careers exist for dairy, beef, swine, poultry, sheep, goat, and aquaculture operations. Each species has distinct management requirements, facility designs, and market structures. Dairy operations require twice-daily milking schedules, intensive record-keeping for individual animals, and careful attention to udder health and reproduction. Beef operations vary from cow-calf systems with extensive grazing to feedlots with concentrated feeding programs. Swine and poultry operations increasingly use controlled-environment facilities with specialized ventilation, feeding, and waste management systems.

Specialization within animal production can lead to roles in genetics, nutrition, reproduction, or health management. These positions typically require advanced education and offer opportunities to work across multiple operations as consultants or technical service providers. The demand for food supply veterinarians who service dairy, swine, poultry, small ruminant, and beef cattle industries exceeds current workforce supply, creating opportunities for those willing to pursue veterinary training and practice in production settings.

Animal Science and Veterinary Career Paths

Food Animal Veterinary Medicine

Food supply veterinarians protect animal and public health while ensuring a safe food supply. These professionals service dairy, swine, poultry, small ruminant, and beef cattle industries through herd health programs, disease prevention, emergency treatment, and regulatory compliance. The workforce shortage in this specialty creates strong demand for new practitioners.

Training requires completion of a Doctor of Veterinary Medicine degree followed by licensure. Students interested in food animal practice should seek hands-on experience with production species during undergraduate education. Research on veterinary career intentions shows that interest in agriculture predicts preference for farm animal care, while horse-related experience strongly predicts interest in equine practice. Students inclined toward non-clinical roles show stronger interest in natural sciences and often decide on veterinary careers later in life.

Food animal practice differs substantially from small animal practice in daily workflow, client relationships, and economic pressures. Production veterinarians work with farm owners and managers to optimize herd health and productivity instead of treating individual pets. This requires understanding of production economics, population medicine, and biosecurity principles. The work involves travel between farms, exposure to weather and physical labor, and availability for emergencies during calving or disease outbreaks.

Animal Science Research

Animal science research careers focus on nutrition, genetics, reproduction, physiology, or behavior of agricultural animals. Research positions exist at universities, government agencies, and private companies. University positions typically require a doctoral degree and involve teaching alongside research responsibilities. Government research may focus on regulatory science, food safety, or production efficiency. Private sector research often supports product development for feed, pharmaceutical, or equipment companies.

Research careers require strong statistical skills, experimental design capability, and scientific writing proficiency. The National Institutes of Health Office of Intramural Training and Education provides training resources for biomedical research careers, and similar principles apply to animal science research pathways. Literature resources from the National Center for Biotechnology Information and PubMed support the scientific literature review skills essential for research careers.

Advancement in research depends on publication record, grant funding success, and recognition by professional peers. Early career researchers typically work as postdoctoral fellows or research associates before securing independent positions. The timeline from undergraduate education to independent research position often spans eight to twelve years.

Veterinary Support and Technical Roles

Veterinary technicians, animal health technicians, and technical service representatives support veterinary practice and animal production without requiring a veterinary degree. These roles involve sample collection, diagnostic testing, treatment administration under supervision, client education, and record management. Technical service representatives for feed, pharmaceutical, or equipment companies provide product support and training to producers and veterinarians.

Entry requirements vary from certificate programs to bachelor's degrees depending on the role and employer. Advancement may lead to practice management, sales management, or specialized technical roles. These positions offer opportunities to work with animals and producers while maintaining more predictable schedules than production roles.

Agricultural Engineering and Technology Careers

Equipment and Facility Design

Agricultural engineers design equipment, facilities, and systems for crop and livestock production. This includes tractors and implements, irrigation systems, grain storage facilities, livestock housing, ventilation systems, and waste management infrastructure. The work combines mechanical, electrical, and biological engineering principles with practical knowledge of agricultural operations.

Employment settings include equipment manufacturers, engineering consulting firms, government agencies, and large farming operations. Design work occurs primarily in offices and manufacturing facilities, with periodic field visits for testing and installation. Advancement leads to project management, product development leadership, or engineering management roles.

The U.S. Bureau of Labor Statistics includes agricultural engineers within life, physical, and social science occupations, reflecting the interdisciplinary nature of the field. Entry requires a bachelor's degree in agricultural or biological engineering, with professional engineering licensure required for certain roles and jurisdictions.

Precision Agriculture and Data Systems

Precision agriculture uses GPS guidance, sensors, drones, satellite imagery, and data analytics to optimize crop and livestock production. Careers in this field involve developing, implementing, or analyzing precision agriculture technologies. Roles include agronomy technology specialists, data analysts, software developers, and equipment dealers who support precision systems.

This field requires comfort with technology and data interpretation alongside agricultural knowledge. Entry typically requires a bachelor's degree in agronomy, agricultural engineering, computer science, or related fields. Advancement may lead to technology management, product development, or consulting roles.

Research on adolescent career preferences shows that familiarity with technology and positive attitudes toward automation influence career choices, and these factors apply to precision agriculture roles. The integration of artificial intelligence and automated systems into agriculture continues to expand, creating demand for professionals who understand both production systems and data technologies.

Agribusiness and Agricultural Economics Careers

Farm Management and Financial Services

Agribusiness careers encompass farm management, agricultural lending, commodity trading, input supply, and food marketing. Farm managers oversee operations for absentee owners, estates, or institutional investors, handling everything from crop planning to equipment purchases to personnel management. Agricultural lenders evaluate farm financial statements, structure loans, and monitor borrower performance for banks, credit unions, and farm credit systems.

These roles require strong financial analysis skills, understanding of agricultural production systems, and ability to communicate with producers. Entry typically requires a bachelor's degree in agricultural economics, agribusiness, finance, or accounting. Advancement leads to portfolio management, branch management, or executive positions.

Research on undergraduate career preferences shows that government service and private company employment are often preferred over entrepreneurship due to perceived risk and insecurity. However, agribusiness careers offer varied opportunities for those willing to develop business skills alongside agricultural knowledge.

Commodity Marketing and Supply Chain Management

Commodity marketing professionals analyze markets, manage price risk, and coordinate the movement of agricultural products from farms to processors and consumers. Roles include grain merchandisers, livestock buyers, food procurement specialists, and logistics managers. These positions require understanding of futures markets, basis relationships, transportation systems, and quality standards.

Supply chain management in agriculture addresses the movement of inputs to farms and products to markets. This includes fertilizer and seed distribution, feed manufacturing and delivery, livestock transportation, and food processing logistics. Careers in this area combine operational management with analytical skills.

Entry requirements vary from associate degrees for operational roles to bachelor's degrees for analytical and management positions. Advancement depends on demonstrated ability to manage margins, coordinate complex logistics, and maintain relationships with producers and customers.

Agricultural Education and Extension Careers

Secondary Agricultural Education

Agricultural education teachers deliver instruction in high schools through career and technical education programs. Coursework covers animal science, plant science, agricultural mechanics, agribusiness, and leadership development. Teachers also supervise supervised agricultural experience programs and student organizations such as FFA.

Entry requires a bachelor's degree in agricultural education and teaching certification in the relevant jurisdiction. Research on agricultural teacher motivation shows that personal and professional needs influence career satisfaction and retention. Teachers report satisfaction from student success and community relationships, while challenges include workload, funding limitations, and balancing multiple program responsibilities.

Advancement may lead to department leadership, curriculum development, or administrative roles. Experienced teachers may move into teacher education at universities or state education agencies.

Extension and Outreach

Extension educators deliver research-based information to farmers, families, and communities through workshops, publications, farm visits, and demonstration projects. Programs address crop and livestock production, farm financial management, food safety, nutrition, and youth development. Extension positions exist at land-grant universities, government agencies, and nonprofit organizations.

Entry typically requires a bachelor's degree in a relevant agricultural field, with master's degrees preferred for many positions. Extension careers require strong communication skills, ability to translate research into practical recommendations, and willingness to travel within a service area. Advancement leads to program leadership, county or regional administration, or specialist positions.

Research on career and technical education shows that educators sometimes face pressure to promote certifications or programs they perceive as limited value, so extension professionals should maintain commitment to evidence-based recommendations and honest communication with producers.

Research and Regulatory Career Paths

Government Agricultural Research

Government agricultural research positions exist at federal agencies, state agricultural experiment stations, and international organizations. Research areas include crop improvement, animal health, food safety, natural resources management, and agricultural economics. Scientists in these positions conduct research, publish findings, and collaborate with university and industry partners.

Entry typically requires a doctoral degree for scientist positions, though technician and support roles may require bachelor's degrees. The U.S. Bureau of Labor Statistics provides employment information for life, physical, and social science occupations that include many government research roles. Advancement depends on research productivity, leadership capability, and program management skills.

Regulatory and Food Safety Careers

Regulatory careers in agriculture involve enforcing food safety standards, animal health regulations, environmental protections, and trade requirements. Positions exist at agencies responsible for food inspection, animal and plant health, pesticide regulation, and agricultural marketing standards. These roles require understanding of regulations, inspection procedures, and enforcement authority.

Entry requirements vary from bachelor's degrees for inspector positions to advanced degrees for policy and scientific review roles. Careers in regulatory affairs also exist in the private sector, where companies employ specialists to ensure compliance with food safety, environmental, and trade regulations.

The healthcare occupations classification from the U.S. Bureau of Labor Statistics includes food safety and public health roles that intersect with agriculture, reflecting the connection between agricultural production and human health.

Practical Steps for Career Exploration

Conduct Informational Interviews

Identify professionals working in agriculture career paths you are considering and request informational interviews. Prepare specific questions about daily responsibilities, career progression, compensation expectations, and advice for entering the field. Conferences provide valuable opportunities for networking across academic and technical fields, learning about new advances, and sharing work. Research on inclusive conferences emphasizes that these events can help define career paths and create long-lasting collaborations and opportunities.

Pursue Experiential Learning

Hands-on experience provides the most reliable information about whether a career path suits your skills and preferences. Seek internships, part-time work, or volunteer opportunities in production agriculture, research laboratories, veterinary clinics, or agribusiness firms. Research on recruiting students to food animal veterinary medicine shows that immersion programs with hands-on experiences significantly increase interest and knowledge about career paths.

Summer camps, competitions, and extracurricular activities provide exposure to agricultural careers for younger students. Research on veterinary career intentions shows that many students commit to veterinary medicine before age 12, highlighting the importance of early engagement through structured programs.

Evaluate Education Requirements

Different agriculture careers require different education levels, from certificates and associate degrees to doctoral and professional degrees. Research the specific requirements for your target career, including accreditation, licensure, and continuing education obligations. Consider the cost of education, potential debt burden, and expected starting salaries when evaluating career options.

Research on career and technical education shows that students value industry-based certifications for their perceived utility in obtaining jobs, though educators sometimes express skepticism about certification value. Evaluate certifications based on employer requirements and industry recognition instead of promotional claims.

Test Career Fit Through Entry-Level Positions

Entry-level positions provide opportunities to test career fit before committing to advanced education or specialization. Production assistant roles, laboratory technician positions, and sales support jobs offer exposure to industry operations while building professional networks. Use these positions to assess your tolerance for the physical demands, schedule requirements, and workplace culture of different agriculture sectors.

Common Failure Patterns in Agriculture Career Selection

Choosing Based on Prestige instead of Fit

Research on undergraduate career preferences shows that students often favor government service due to perceived social status and job security, even when their skills and interests align better with other paths. Choosing a career based on external validation instead of personal fit leads to dissatisfaction and turnover. Evaluate careers based on your actual skills, work preferences, and lifestyle goals instead of perceived prestige.

Underestimating Physical and Seasonal Demands

Production agriculture careers involve physical labor, weather exposure, and seasonal intensity that are difficult to appreciate without direct experience. Students who have not worked on farms may underestimate the demands of daily animal care or harvest season schedules. Seek hands-on experience before committing to production careers, and honestly assess your physical capabilities and tolerance for seasonal stress.

Ignoring Geographic Constraints

Agriculture careers vary significantly in geographic availability. Production roles concentrate in rural areas, research positions cluster at universities and government facilities, and agribusiness roles concentrate in metropolitan areas and transportation hubs. Research the geographic distribution of your target career and consider whether you are willing to relocate for opportunities.

Overlooking Economic Realities

Agricultural careers vary widely in income potential, income stability, and advancement timelines. Entry-level salaries in some agriculture sectors are modest relative to education costs. Entrepreneurial paths carry significant financial risk. Research salary data, debt-to-income ratios, and advancement timelines before committing to expensive education programs.

Failing to Build Professional Networks

Career advancement in agriculture depends heavily on professional relationships. Producers, researchers, and industry professionals who know your work provide references, opportunities, and mentorship. Attend industry events, join professional organizations, and maintain contact with supervisors and colleagues from internships and early positions.

Records and Measurements for Career Planning

Track Your Experiences

Maintain a record of your agricultural experiences, including internships, jobs, volunteer work, and educational programs. For each experience, document the skills developed, tasks performed, supervisors and colleagues, and your assessment of the work environment and satisfaction level. Review this record periodically to identify patterns in your preferences and strengths.

Document Skill Development

Create a skills inventory that tracks technical competencies, general abilities, and professional certifications. Update this inventory after each educational program, work experience, or training opportunity. Use this record to identify gaps that require additional development and to prepare applications for education programs or positions.

Set Career Milestones

Establish specific milestones for career exploration and development. Examples include completing informational interviews with professionals in three different agriculture sectors, completing an internship in a target field, or achieving a specific certification. Review progress toward milestones quarterly and adjust plans based on new information about your preferences and opportunities.

Professional Escalation Criteria

When to Seek Career Counseling

Consider professional career counseling if you experience persistent difficulty making career decisions, if anxiety or stress interferes with your ability to evaluate options, or if you have explored multiple paths without finding a good fit. Research on career decision-making shows that perfectionism and psychological resilience influence how students navigate career choices, and professional support can help address these factors.

When to Reassess Your Career Direction

Reassess your career direction if you experience sustained dissatisfaction with your work environment, if your interests or values have changed significantly, or if advancement opportunities in your current path do not align with your goals. Career changes are common in agriculture, and skills developed in one sector often transfer to others.

When to Seek Mental Health Support

Research on mental health and career choices shows that psychological well-being significantly influences career decision-making and outcomes. If you experience symptoms of depression, anxiety, or other mental health concerns that affect your ability to function or make decisions, seek support from qualified professionals. Career decisions made during periods of significant psychological distress may not reflect your true preferences and capabilities.

Frequently Asked Questions

What are the main categories of careers in agriculture?

Agriculture careers fall into several broad categories including production agriculture, animal science and veterinary medicine, agricultural engineering and technology, agribusiness and economics, education and extension, research, and regulatory affairs. Each category includes multiple specific roles with different education requirements, work environments, and advancement pathways. The U.S. Bureau of Labor Statistics classifies many agriculture-related roles within life, physical, and social science occupations.

How do I know if a production agriculture career is right for me?

Production agriculture careers require physical stamina, tolerance for outdoor work and seasonal intensity, and willingness to accept responsibility for living organisms or growing crops. Before committing to production careers, seek hands-on experience through internships or part-time work on farms. Assess your comfort with early mornings, weekend work during critical seasons, and the financial pressures of production agriculture.

What education do I need for a career in animal science?

Education requirements vary by role. Animal production positions may require a bachelor's degree in animal science or related fields, though practical experience can substitute in some operations. Veterinary practice requires a Doctor of Veterinary Medicine degree and licensure. Research careers typically require a doctoral degree. Veterinary technician roles require certificate or associate degree programs with credentialing examinations.

How can I gain experience in agriculture careers before committing to a path?

Seek internships, part-time employment, volunteer opportunities, and structured programs such as camps or competitions. Research on recruiting students to food animal veterinary medicine shows that hands-on experiences with production species significantly increase interest and knowledge about career paths. Informational interviews with professionals in target fields provide valuable perspective on daily responsibilities and career progression.

What are the advancement opportunities in agriculture careers?

Advancement structures vary by sector. Research careers progress from technician to scientist to research director based on publication record and funding success. Production roles advance from assistant to manager to owner or operations director. Corporate roles follow management hierarchies. Government careers advance through grade levels and supervisory positions. Entrepreneurship offers unlimited financial potential but carries significant risk.

How important is technology skills for agriculture careers?

Technology skills are increasingly important across agriculture sectors. Precision agriculture, data analytics, automated systems, and biotechnology require comfort with digital tools and data interpretation. Research on adolescent career preferences shows that familiarity with technology and positive attitudes toward automation influence career choices. Even traditional production roles increasingly require proficiency with software for record-keeping, monitoring, and decision support.

What are the lifestyle considerations for agriculture careers?

Lifestyle considerations include geographic location, physical demands, seasonal intensity, travel requirements, and income stability. Production roles often require rural residence and tolerate seasonal work intensity. Research and regulatory roles typically offer more predictable schedules but may require advanced education. Agribusiness roles may involve travel and metropolitan locations. Assess your preferences honestly before committing to a career path.

How do I choose between research and applied agriculture careers?

Research careers suit individuals who enjoy experimental design, data analysis, scientific writing, and long-term projects. Applied careers suit individuals who prefer direct work with producers, animals, crops, or equipment and value seeing immediate results from their efforts. Seek experiences in both settings to test your preferences. Some careers, such as extension, combine research and applied work, offering a middle path.

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References and Further Reading

• Life, Physical, and Social Science Occupations. U.S. Bureau of Labor Statistics.
• Healthcare Occupations. U.S. Bureau of Labor Statistics.
• O*NET OnLine. U.S. Department of Labor.
• Office of Intramural Training and Education. National Institutes of Health.
• NCBI Literature Resources. National Center for Biotechnology Information.
• PubMed. National Library of Medicine.
• Ten simple rules to host an inclusive conference.. PLoS computational biology, 2022.
• Development status of young new farmers from the perspective of vocational ability: A research analysis based on 21 cities in Guangdong Province.. 2026.
• From Meows to Moos: Recruiting Teens to Food Animal Veterinary Medicine Through Experiential Camps.. 2026.
• Mental health's shaping influence on college students' career choices: evidence from L University in Fujian Province, China.. 2025.
• Situated Sugarcoating: How Policy Contexts Moderate Teachers' Strategies for Motivating Student Behavior.. 2026.
• The relationship between perfectionism and career decision-making difficulties in college students: a chain mediation model based on core self-evaluations and psychological resilience.. 2026.
• Predicting Veterinary Career Intentions Using Motivational Characteristics: A Survey Study Among Hungarian Students.. 2025.
• The Influence of Prior Perception, Attitude, and Immediate Knowledge of AI on Adolescents' Preferences for High- and Low-Replaceable Jobs.. 2026.
• Lives in food animal practice.. 2025.
• Engaging Youth in Agriculture: Drivers, Barriers, and Policy Options for Career Participation in Kenya. Kabarak Journal of Research &amp, Innovation, 2026.
• The role of personal and social norms in shaping agricultural students' willingness to pursue a career in agriculture. World Journal of Advanced Research and Reviews, 2026.
• Education Reform using Common Career Selective Programme (CCSP) to Promote Education-for-All (EFA). F1000Research, 2025.
• Career Preferences of Agriculture and Animal Sciences Undergraduates. 2018.
• Iowa high school agriculture teachers' motivations to teach, personal and professional needs, and career satisfaction in the teaching profession. 2018.
• Policy options for resilience-enhancing farm demographics Motivation. 2020.

This article is educational and does not replace institutional policy, professional advice, or applicable safety and regulatory requirements.