Yiqi LuoRegents' Professor of Ecology

Published by Christina Schaedel on

Yiqi LLuo headshot
Ecosystem ecology, Carbon and nitrogen cycles, Ecological modeling, Earth system science yiqi.luo@nau.edu
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Research Interests

Yiqi Luo conducts research mainly in areas of ecosystem ecology, global change biology, biogeochemistry, ecological modeling, and Earth system science. He has conducted or been involved in various global change experiments in grasslands, forests, deserts, and wetlands. His lab is among the first for development and applications of data assimilation to ecological research for improving models against data from multiple sources and ecological forecasting.  His group has also developed a Terrestrial ECOsystem (TECO) model and worked with Community Land Models (CLM) and other Earth system models (ESMs). Recently he has been devoted for theory development on terrestrial carbon cycle. The theory potentially offers novel approaches to uncertainty analysis of global carbon cycle modeling.  In addition, his group has invented an analytic approach to spin-up and a traceability framework for evaluation and improvement of Earth system models (ESMs).

Lab Website

Curriculum Vitae

Selected Publications:

Luo Y, Z Shi, XJ Lu, JY Xia, JY Liang, J Jiang, Y Wang, MJ Smith, LF Jiang, A Ahlström, B Chen, O Hararuk, A Hastings, F Hoffman, B Medlyn, SL Niu, M Rasmussen, K Todd-Brown, YP Wang 2017. Transient Dynamics of Terrestrial Carbon Storage: Mathematical foundation and its applications. Biogeosciences, 14, 145-161.

Luo Y, TF Keenan, M Smith, 2015. Predictability of the terrestrial carbon cycle. 2015. Global Change Biology 21, 1737-1751.

Huang YY, XJ Lu, Z Shi, D Lawrence, C Koven, JY Xia, ZG Du, E Kluzek, Y Luo. 2017. Matrix approach to land carbon cycle modeling: A case study with Community Land Model. Global Change Biology

Shi Z, X Xu, L Souza, K Wilcox, LF Jiang, JY Liang, JY Xia, P García-Palacios, Y Luo. 2016. Dual mechanisms regulate ecosystem stability under decade-long warming and hay harvest. Nature Communications. doi:10.1038/ncomms11973

Xia JY, SL Niu, P Ciais, I Janssens, JQ Chen, C Ammann, A Arain, PD Blanken, A Cescatti, D Bonal, N Buchmann, PS Curtis, SP Chen, JW Dong, LB Flanagan, C Frankenberg, T Georgiadis, CM Gough, DF Hui, G Kiely, JW Li, M Lund, V Magliulo, B Marcolla, L Merbold, L Montagnani, E Moors, JE Olesen, SL Piao, A Raschi, O Roupsard, AE Suyker, M Urbaniak, FP Vaccari, A Varlagin, T Vesala, M Wilkinson, ES Weng, G Wohlfahrt, LM Yan, Y Luo, 2015. Joint Control of Terrestrial Gross Primary Productivity by Plant Phenology and Physiology. Proceedings of National Academy of Sciences of United States of America, 112 (9), 2788-2793.