Eva Stephani Caroline
doctoral candidate
Agricultural Economics and Agribusiness
Research Areas
Links
Biography and Research Information
OverviewAI-generated summary
Eva Stephani Caroline researches agricultural economics and agribusiness, with a specific focus on water productivity and irrigation management practices. Her work has investigated the effectiveness of competition-based programs, such as the Arkansas Irrigation Yield 'Most Crop per Drop' Contest, in promoting conservation within agriculture. Caroline's research also examines the relationship between climate variations and crop yield responses, comparing organic and conventional farming methods.
Her recent publications include studies on yield responses to climate variations, assessments of the 'Most Crop per Drop' contest, and analyses of water productivity and management practices within that context. Caroline collaborates with researchers at the University of Arkansas at Fayetteville, including Qiuqiong Huang, Gertrude Dotse Bampoe, and Christopher Henry.
Metrics
- Publications: 5
Positions
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University of Arkansas at Fayetteville publications 2021–2026ORCID
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doctoral candidate publications 2021–2026University of Arkansas at Fayetteville Institution web page
Selected Publications
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Water productivity and irrigation water management practices: A study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest (2026)
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Water Use Efficiency and Irrigation Water Management Practices: a study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest (2026)
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Assessment of Arkansas Irrigation Yield Contest 'Most Crop Per Drop' (2025)Journal of the Arkansas Academy of Science OpenAlex
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Can Competition-Based Programs Promote Conservation in Agriculture? Evidence from the "Most Crop per Drop" Contest (2025)
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Comparison of Yield Responses to Climate Variations, Organic versus Conventional Crops (2021)Journal of the Arkansas Academy of Science OpenAlex
Collaboration Network
Top Collaborators
- Can Competition-Based Programs Promote Conservation in Agriculture? Evidence from the "Most Crop per Drop" Contest
- Water Use Efficiency and Irrigation Water Management Practices: a study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Water productivity and irrigation water management practices: A study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Assessment of Arkansas Irrigation Yield Contest 'Most Crop Per Drop'
- Comparison of Yield Responses to Climate Variations, Organic versus Conventional Crops
- Can Competition-Based Programs Promote Conservation in Agriculture? Evidence from the "Most Crop per Drop" Contest
- Water Use Efficiency and Irrigation Water Management Practices: a study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Water productivity and irrigation water management practices: A study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Water Use Efficiency and Irrigation Water Management Practices: a study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Assessment of Arkansas Irrigation Yield Contest 'Most Crop Per Drop'
- Water Use Efficiency and Irrigation Water Management Practices: a study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Water productivity and irrigation water management practices: A study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Can Competition-Based Programs Promote Conservation in Agriculture? Evidence from the "Most Crop per Drop" Contest
- Can Competition-Based Programs Promote Conservation in Agriculture? Evidence from the "Most Crop per Drop" Contest
- Water productivity and irrigation water management practices: A study of the Arkansas Irrigation Yield 'Most Crop per Drop' Contest
- Comparison of Yield Responses to Climate Variations, Organic versus Conventional Crops
- Comparison of Yield Responses to Climate Variations, Organic versus Conventional Crops
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