Published August 24, 2022
| Version v12.2.0-eco1.0
Software
Open
amospktai/geos-chem-ecophysiology: GEOS-Chem v12.2.0 with Ecophysiology Module
Authors/Creators
- Bob Yantosca1
- Melissa Sulprizio2
- Lizzie Lundgren
- kelvinhb
- 22degrees
- David Ridley
- Thibaud Fritz3
- Sebastian David Eastham3
- tsherwen
- Haipeng Lin2
- Will Downs
- Jenny Fisher4
- Colin Thackray
- michael-s-long
- Christopher Holmes5
- Liam Bindle
- GanLuo6
- Jiawei Zhuang2
- SpaceMouse
- Joey Lam7
- Lee Murray8
- noelleselin
- xin-chen-github
- emily-ramnarine
- gianga
- kelaar
- Lei Zhu2
- Fei Yao9
- Charley Fite
- Shaojie Song10
- 1. Harvard John A. Paulson School of Engineering and Applied Sciences
- 2. Harvard University
- 3. Massachusetts Institute of Technology
- 4. University of Wollongong
- 5. Florida State University
- 6. ASRC, SUNY-Albany
- 7. The Chinese University of Hong Kong
- 8. University of Rochester
- 9. The University of Edinburgh
- 10. Nankai University
Description
We developed a new ecophysiology module to mechanistically simulate land−atmosphere exchange of important gas species in GEOS-Chem v12.2.0. We adopted the formulations from the Joint UK Land Environmental Simulator (JULES) to couple photosynthesis rate, bulk stomatal conductance and isoprene emission rate dynamically. The implementation not only allows dry deposition and biogenic emissions to be coupled with plant ecophysiological processes such as photosynthesis, but also enables plant and crop productivity and functions to respond dynamically to atmospheric chemical changes.
Files
amospktai/geos-chem-ecophysiology-v12.2.0-eco1.0.zip
Files
(6.6 MB)
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Additional details
Related works
- Is supplement to
- https://github.com/amospktai/geos-chem-ecophysiology/tree/v12.2.0-eco1.0 (URL)