Paul R. Fisher

Papers

Total Citations

H-Index

About

Paul R. Fisher is a leading researcher in controlled-environment agriculture, with a primary focus on optimizing greenhouse production systems for ornamental plants. His work bridges horticultural science and agricultural engineering, particularly in the automation and economic analysis of transplanting operations. Fisher’s most-cited paper, “Economic evaluation of transplant robots for plant cuttings” (2018, 22 citations), provides a critical cost-benefit analysis of robotic versus manual transplanting, offering growers data-driven insights to improve profitability. His related study, “Benchmarking the Efficiency of Transplanting Plant Cuttings at Large Young Plant Greenhouse Operations” (2018, 3 citations), identifies key labor inefficiencies in the initial step of rooting cuttings—transplanting unrooted cuttings into substrate trays—and highlights opportunities for cost reduction. Through this work, Fisher has helped define benchmarks for labor productivity in large-scale young plant facilities, making his research essential for growers seeking to modernize operations. His contributions are especially valuable for students and professionals exploring automation in horticulture, as they combine rigorous economic modeling with practical, industry-relevant solutions.