Tianyuan Wang

Tianyuan Wang serves as an Honorary Research Fellow in the Department of Geography at The University of Manchester, specializing in physical geography and Quaternary environmental reconstruction through palynological analysis of peatland ecosystems. His research integrates multi-taxon approaches to study Holocene environmental changes using sub-fossil pollen and spores.

His academic credentials include:

• Master of Science in Environmental Monitoring, Modelling and Reconstruction from The University of Manchester (awarded December 10, 2019)
• Bachelor of Science in Environmental Engineering from Fudan University (awarded June 30, 2018)

Wang's research centers on biomolecular preservation in palynomorphs, particularly investigating how standard chemical extraction treatments (HCl, KOH, acetolysis) affect Ultraviolet Absorbing Compounds in sub-fossil pollen and spores. He employs FTIR spectroscopy to analyze these compounds within Northwest England peatbog contexts, contributing to paleoenvironmental reconstruction methodologies. His work bridges physical geography, Quaternary science, and analytical chemistry to enhance understanding of past vegetation dynamics.

His 2023 publication in Frontiers in Ecology and Evolution represents a significant contribution to palynological methods, demonstrating how extraction protocols influence biomolecular signatures. The research establishes critical protocols for preserving chemical integrity in fossil pollen analysis, with implications for paleoclimate studies.

Wang actively collaborates with researchers Bell, Fletcher, Ryan, and Wogelius on palynology-focused projects. No advisory roles or grant funding details are documented in available sources.

He operates within The University of Manchester's Quaternary environmental change research group, utilizing advanced spectroscopic techniques to investigate peatland ecological dynamics through multi-proxy analysis of Calluna, Sphagnum, and other key taxa.