Nieves Garcia Victoria

Nieves Garcia Victoria is an active Researcher at Wageningen University & Research specializing in horticultural science with a focus on greenhouse crop cultivation technologies. Her work bridges academic research and practical industry implementation in Dutch horticulture, particularly in the areas of lighting technologies and plant physiology.

Her research interests center on optimizing plant growth through advanced lighting systems, with specific expertise in LED technology, light spectrum effects on various crops (particularly Anthurium, Alstroemeria, and cucumber), and energy-efficient greenhouse management. She investigates how different lighting conditions affect photosynthesis, plant morphology, and overall crop productivity in controlled environments.

Analysis of her recent publications (2022-2025) reveals a consistent research trajectory focused on practical applications of lighting technologies in greenhouse settings. Her work spans fundamental plant physiology studies to direct industry implementation, with particular emphasis on evaporation control in cucumber cultivation, spectral effects on ornamental plants, and energy efficiency in lit horticulture. The research demonstrates strong industry collaboration and practical relevance to Dutch greenhouse operations.

As Project Leader for multiple ongoing initiatives through 2026, including the Parapluplan pratijkonderzoek ter ondersteuning van de implementatie van energie innovaties and Low-e glas in de belichte sierteelt, she manages significant research funding focused on sustainable horticulture. Her activities include numerous workshops, seminars, and presentations for industry professionals, demonstrating strong knowledge transfer between research and practice.

She is actively involved in several research teams including the LED's pollinate project studying light spectrum effects on pollinator behavior, and various initiatives focused on the 'Cultivation of the Future' concept. Her work with datasets like 'Groen of rood gewas: anthocyaanvorming en chlorofylafbraak onder LED' demonstrates hands-on laboratory and field research capabilities.