Brian G. Meese, Ph.D.
International Agronomy Research Consultant
Dr. Brian Meese started an independent agronomy research consulting company in 2017 focused on international agriculture after enjoying over three decades conducting or managing agronomy research programs including 23 years in the seed industry.
After obtaining a B.S. in soils and an M.S. in agronomy from the University of Wisconsin - Madison, and working for three years as a Conservation Tillage Research Specialist at UW-Madison, Brian obtained his Ph.D. in Soil Fertility from Iowa State University.
Expert agronomy research manager with extensive global experience directing field trial research
Highly motivated, productive, dependable, strong commitment to quality and integrity
Balanced focus on crop production and natural resource conservation
Proven track record in technical information management and cross-functional collaboration
Customer focused: farm background with emphasis on practical outcomes
Austria, Belgium, Czech Republic, Denmark, England, France, Germany, Hungary, Italy, The Netherlands, Norway, Spain, Sweden, Switzerland, and Ukraine
Argentina, Canada, Mexico, Puerto Rico, and The United States
China, India, Indonesia, Russia, Taiwan, Thailand, Turkey, and Vietnam
Zimbabwe
Evaluate current practices to understand local needs and conditions and then provide technical advice to aid in soil and crop management improvements.
Provide direction or input to individuals conducting or overseeing field trial research
Provide assistance to individuals converting field trial data into usable information to help local growers.
Provide guidance to individuals, likely technical service personnel, community or agricultural leaders, transferring practical information to local farmers to help meet crop production needs while minimizing environmental impacts.
Provide on-the-ground expertise to oversee field trial research activities for international companies wanting to establish field trial programs within the United States.
Develop relationships with local individuals involved in crop production systems to understand current best practices and challenges. Collaborate with these individuals to plan, implement, and assess potential cropping system enhancements.
Engage experts, including those within the country or region, to understand technical challenges, potential solutions, and pitfalls to avoid.
Assess whether potential solutions could be input related or crop management practice related and determine if those inputs or practices are available and affordable. Determine if solutions exist in other geographies that can be successfully transferred.
Work with local agricultural leaders to discuss suggested opportunities for enhanced crop production systems. Allow agricultural leaders to work with local agriculturalists to implement recommended systems.
Evaluate, together with local collaborators, the effectiveness of the implemented practice and potential future improvements.