Olga Scholten

Dr. Olga Scholten serves as a Project Manager in Business Development at Wageningen University & Research, where she leads multiple agricultural research initiatives focused on sustainable crop breeding. With a "dr.ir." title indicating Dutch doctoral and engineering credentials, she functions as Co-promotor for PhD candidates and Project Leader for numerous initiatives under the Green Breeding (Groene Veredeling) program. Her research portfolio spans from fundamental genome analysis to practical agricultural applications.

Dr. Scholten's research interests center on Allium species genetics (particularly onions and leeks) and cucurbit pest resistance. Her work encompasses onion genome exploitation, mechanisms of pest resistance against aphids, whiteflies and thrips, and molecular regulation of bulb dormancy. She has pioneered approaches to identify genetic markers for breeding programs and investigate the relationship between plant physiology and pest dynamics. Her fingerprint analysis reveals dominant expertise in onion research (100%), Allium genetics (81%), seed characteristics (44%), cultivar development (42%), and fungal pathogen resistance (34%).

Dr. Scholten actively supervises PhD candidates, most notably Aleem, M. who is researching aphid and whitefly resistance in cucurbits. She coordinates substantial research funding through projects like 'Programma Groene Veredeling' and 'Exploitation of the onion genome to develop breeding tools,' securing support from Dutch agricultural initiatives. Her collaborative network spans multiple research institutions and extends internationally as indicated by her project collaborations.

She leads research teams focused on onion genome analysis, pest resistance mechanisms, and sustainable breeding methodologies. These teams integrate molecular biology, field trials, and data analysis to develop practical breeding solutions for farmers. Dr. Scholten's work bridges fundamental research with practical agricultural applications, particularly in organic farming contexts where chemical pest control options are limited.