Silvia Ulrich

Silvia Ulrich is a Postdoctoral Researcher and Part-Time Lecturer specializing in palynology and bioarchaeology at the Bioarchaeology Lab of the Austrian Archaeological Institute (ÖAI), part of the Austrian Academy of Sciences. She concurrently holds a part-time lecturing position at the University of Vienna and the Austrian Competence Center for Didactics (AECC), focusing on integrating advanced botanical techniques into archaeological and educational contexts.

Dr. Ulrich earned her biology degree with a focus on ecology from the University of Vienna. She completed her doctoral studies in botany through an Austrian Science Fund (FWF) project investigating the evolution of kettle traps in Araceae. Her academic background bridges ecological fieldwork with advanced laboratory techniques in plant morphology and pollen analysis.

Her research centers on palynology (pollen analysis for archaeological, forensic, and honey authenticity contexts), plant ultrastructure using electron microscopy (SEM/TEM), and the evolutionary biology of Araceae. She develops educational frameworks like the Sparkling Science project "Pollen Exposes Food Fraud in Honey," which trains students in authentic forensic palynology. Her work frequently addresses methodological challenges in extracting and analyzing fossil pollen from archaeological contexts, with applications in paleoenvironmental reconstruction and food fraud detection.

Analysis of her 12 publications (2022-2024) reveals three dominant research trajectories: (1) angiosperm reproductive evolution (orchid pollen morphology, Garcinia development), (2) paleoenvironmental reconstruction using fossil pollen assemblages from Eocene/Oligocene sites, and (3) methodological innovations in pollen extraction from compressed fossils. Her interdisciplinary approach combines scanning/transmission electron microscopy with chemical analysis to resolve questions spanning archaeology, botany, and paleontology, particularly regarding plant-insect coevolution and ancient human-environment interactions.

Dr. Ulrich actively contributes to educational initiatives including the KiP3 project ("Kids Participation in Research"), which engages schoolchildren in authentic biological research. Her work is supported by institutional projects at the Austrian Academy of Sciences and the University of Vienna, though specific grant details are not publicly disclosed. She collaborates extensively with international paleobotany teams on projects analyzing fossil pollen from Germany, Austria, and Africa.

Within the Bioarchaeology Lab at ÖAI, she leads electron microscopic analysis of fossil pollen and coordinates cross-institutional projects like the study of Eocene Ludwigia flora and African palm pollen records. Her laboratory work integrates forensic palynology protocols with archaeological sample processing, establishing standardized workflows for analyzing pollen in historical contexts. Current efforts focus on expanding the "Pollen Exposes Food Fraud" educational module for European school curricula.