Please see below for an EGU 2019 session that may be of interest. The deadline 
for abstract submission is Jan. 10th and travel support applications are due by 
Dec. 1st. Experimentalists and modelers welcome!

SSS11.6: Upscaling detailed models to landscape for long-term predictions and 
integration in Earth System Models

https://meetingorganizer.copernicus.org/EGU2019/session/30833

Conveners: Claudia Cagnarini, Katerina Georgiou, Stefano Manzoni, and Artem 
Vladimirov

Abstract: Earth System Models (ESMs) and landscape-scale long-term models are 
often unable to capture ecosystem patterns and dynamics as most ecosystem 
functions emerge from the underlying complexity of soil/vegetation processes 
and feedbacks. While incorporation of detailed process models is crucial for a 
better representation of the soil and land-surface processes across spatial and 
temporal scales it is still a challenge to identify, prioritize and scale key 
driving factors and mechanisms. Furthermore, if the underlying nonlinear 
processes exhibit threshold effects and trigger complex emergent feedbacks, 
such behavior should find a proper representation in the upscaled models. The 
aim of this session is to bring together state-of-the-art expertise in soil 
biogeochemistry, ecology, geomorphology, soil physics, hydrology, and 
climatology to reveal and address knowledge gaps, encourage knowledge transfer 
between disciplines, and explore the potential of synthesis and 
hybrid-modelling approaches towards improving predictions of soil dynamics and 
vulnerability and resilience under ongoing global change. Cross-disciplinary 
collaboration and integration in soil science is crucial to inform and guide 
soil management efforts. We invite theoretical and empirical studies that 
bridge the gap between scales, from detailed process understanding to emergent 
landscape-scale behavior. Specifically, we seek model and dataset analyses, as 
well as scaling methodologies, that will help advance quantitative 
understanding and multi-scale modelling of soil dynamics for integration in 
ESMs.

Confirmed invited speakers: Christina Kaiser (University of Vienna) & Bernhard 
Ahrens (Max Planck Institute for Biogeochemistry)

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