Anders Widerlund

Anders Widerlund is an Associate Professor in the Department of Civil, Environmental and Natural Resources Engineering at Luleå University of Technology, specializing in Applied Geochemistry within the Geosciences and Environmental Engineering division. His research focuses on pit lake ecosystems in northern Sweden, examining water quality dynamics and remediation strategies.

Dr. Widerlund's research interests center on environmental geochemistry with specific emphasis on pit lake systems. His work investigates algal growth dynamics, metal cycling, and the impact of remediation techniques like wood ash fertilization on contaminated water bodies. He employs advanced monitoring techniques including diel oxygen measurements to understand ecosystem functioning in mining-affected environments. His research bridges fundamental geochemical processes with practical environmental management solutions.

Analysis of his recent publications reveals a clear research trajectory focused on northern Swedish pit lakes and their ecological dynamics. His work consistently examines how biological processes (particularly algal activity) interact with geochemical factors to influence water quality in post-mining environments. The research demonstrates increasing sophistication in modeling approaches, with recent work incorporating climate change scenarios to predict future water quality conditions.

While no specific scientific awards are mentioned in the available information, Dr. Widerlund's research appears to be supported by multiple funding sources including the European Regional Development Fund, Norrbotten County Council, J. Gust. Richert stiftelse, and ÅForsk. His collaborative work with researchers like Oscar Paulsson indicates active participation in research teams focused on environmental remediation.

Dr. Widerlund maintains an active research laboratory focused on aquatic geochemistry and environmental monitoring. His work with automated in-situ measurement systems for real-time water quality monitoring suggests sophisticated technical capabilities. The research appears to be conducted in close collaboration with mining industry stakeholders and environmental agencies, addressing practical remediation challenges in post-mining landscapes.