Annette Bucher

Dr. Annette Bucher is a Scientific Associate at the Institute for Horticulture at Weihenstephan-Triesdorf University of Applied Sciences, where she conducts research focused on sustainable horticultural practices. Her work spans ornamental plant cultivation, interior landscaping, urban horticulture, and plant nutrition, with particular expertise in nutrient management systems.

Dr. Bucher's research interests center on developing environmentally sustainable horticultural practices. She investigates nitrogen management in container nurseries, with notable work on using Chabazite (a natural zeolite) to reduce nutrient leaching while maintaining plant growth. Her research also encompasses hydroponic cultivation methods for cut flowers and optimization of vertical indoor greening systems for climate regulation in buildings. These interests align with the university's research focus on sustainable land use and horticultural production.

Analysis of Dr. Bucher's recent publications reveals a strong emphasis on practical solutions for environmental challenges in horticulture. Her work bridges fundamental plant nutrition science with applied production systems, particularly focusing on reducing environmental impacts while maintaining productivity. The research spans container nursery systems, urban greening applications, and sustainable production methods for ornamental plants.

• Project lead for hydroponic cultivation methods research for sustainable cut flower production
• HSWT Project Manager for the green4indoor project optimizing vertical indoor greening systems
• Multiple collaborative research projects with colleagues including Dieter Lohr, Elke Meinken, Lena Fröhler, and Franziska Kohlrausch

Dr. Bucher's research program demonstrates strong industry relevance, with practical applications for nursery operators, landscape architects, and urban planners seeking sustainable horticultural solutions. Her work on nutrient management addresses critical environmental concerns while providing actionable methods for horticultural producers. The focus on urban greening systems also connects her research to broader sustainability goals related to climate adaptation in built environments.