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1.Poster TitleIntegration of prognostic phosphorus cycle dynamics into ACME
2.AuthorsXiaojuan YangPeter Thornton, Daniel Ricciuto, Gangsheng Wang (Unlicensed), Xiaoying Shi, and Forrest M. Hoffman (Unlicensed)
3.GroupLand
4.ExperimentBGC
5.Poster CategoryEarly results
6.Submission Typeposter
7.Poster Link ACME_Results_Poster_YANG_May01.pdf

Very few Earth System Models (ESMs) has considered phosphorus (P) as a limiting nutrient, although P limitation is widespread and is most pronounced in highly productive lowland tropical forests. In this task (land task M3.12) we will further develop and improve the existing CLM4-CNP model and integrate the improved prognostic P cycle model into the ACME land model. The objective is to examine how the inclusion of prognostic phosphorus (P) cycle affects carbon-climate feedbacks using fully coupled simulations. Here we will present results from the offline global CLM4-CNP simulations to show the role of P in affecting ecosystem responses to changes in atmospheric CO2 and climate.  We will also present some preliminary results from the site-level simulations using P-enabled ACME land model.

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