| Narrative: Education:
Ph.D., Montana State University, 1975
B.S., University of Minnesota, 1963
Current Assignment:
80% Research
20% Teaching
Professional Interests:
- Economic formats for use by animal scientists,
crop and soil scientists, and horticulturists in
reporting research.
- Development of new protocol for National Academy
of Science/Board on Agriculture species committee
on the nutrient requirements for food animals and
poultry.
- Development of risk management firm level
decision support concepts and software, including
components for estimation of probability density
functions.
- Supply/demand analysis and agricultural sector
modeling; use of model results by farmers,
agribusinessmen, and policy analysts in decision
making.
- Analysis of design and management schemes for
field crop and field crop/forage/livestock
systems (e.g., crop rotations, cover crops, pest
management schemes, forage quality, alternative
tillage/planting systems, harvest systems,
storage systems, feeding systems, manure
management) (joint with Animal Science, Crop and
Soil Science, Entomology, and Agricultural
Engineering).
- Interface between production economics and
biological and physical systems modeling concepts
(joint with MSU faculty in Animal Science,
Agricultural Engineering, Crop and Soil Science
and Entomology; animal scientists at the
University of California-Davis and animal and
plant scientists at the ARS/USDA National Dairy
Forage Research Center at Madison, Wisconsin).
- Analysis of the economic efficacy of multiple
peril crop insurance, including Group Risk Plan,
as a yield risk management tool for agriculture
(micro and macro considerations). Includes
considerations of complementarity with forward
pricing instruments and substitutionality with
other federal government programs. (Joint with
faculty at MSU, University of Kentucky, Ohio
State and ERS/USDA).
- Issues in groundwater quality management from an
agricultural non-point perspective, particularly
the development of State Agrichemical Management.
Plans as required by EPA.
Future of the beef cattle sector in Michigan
agriculture (micro and macro).
- Design of experiments on farms as a component in
farmer's information systems. Can one
significantly improve on what farmers are already
doing?
- Implications for production economics, finance
and management research of the ongoing vertical
integration in the swine industry. Relevance of
the total quality management scheme. What is
common across a wide range of
commodities/sectoral types of farms?
- Rural nonfarm and rural farm without livestock
interface. What institutional structure from the
"states" perspective? Voluntary
actions? Contingent schemes?
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