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ACTIVE: ESM1.5 CABLE3 reconciliation

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ACTIVE: Merging BIOS3 and TRENDY branches

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FUTURE: Investigate excess latent heat values around 0 W/m2

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ACTIVE: The next generation global biogeochemical model with explicit representing of soil microbes and their evolution

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ACTIVE: Implementing the inorganic P model and calibrating P cycles based on the latest global dataset

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Bring all the science advances into the trunk so all the cool science becomes available to all users/applications (CABLE4 project)

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Currently the process to activate new science in the couped model is as difficult/challenging than the original development process in offline setting.

Ideally we would be able to devise a structure whereby the pull through of science is automatic and/or straightforward in terms what needs to be done.

Would need a bit of code redesign - so question of priority

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Irrigation... single soil column, so proposed to switch off water limitation, could lead to water stress for non-irrigated tiles in cell. Also potentially water conservation issues? Fine for NWP

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FUTURE: Cleanup

Remove redundant parameterisations

e.g.

soil respiration

fractions of C4

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ONGOING: Australia specific PFTs

SOme work in JULES currently in progress

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FUTURE: Dynamic roots

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FUTURE: Wind throw

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FUTURE: How to spin up things quickly?

Carbon

Phosphorous

Soil moisture

Calibration... use LIS?

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FUTURE: Phenology

ACCESS has prescribed phenology but CABLE-POP has dynamic phenology. Can we transfer to ACCESS?

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ACTIVE: Plant mortality (connected with phenology, demography) as part of POP and BLAZE

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FUTURE: Human modification

crops

irrigation

land-cover/land use change (1.6 not easily transferred to CABLE4)

Forest management and harvest

anthropogenic heat (urban)

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FUTURE: Crops representation

- irrigation

- fertilisation

- harvesting

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FUTURE: Hydraulic redistribution

the code is there but needs to be evaluated to see if it is useful

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FUTURE: Something better for lakes than saturated soil?

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CASA-CNP spin-up: UNSW folks (and probably others) unable to spin up CASA for spatial runs. Would be very useful to have a shared capability to do this, e.g. to look at the impacts of climate extremes on soil/veg carbon

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FINISHED (not in trunk): single layer urban canopy model (UCLEM) in CABLE (CCAM version)

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Lateral flow of soil moisture

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FUTURE: Non-blackbody soil & veg emissivity values

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FUTURE: Two leaf temperature (sunlit-shaded)

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FINISHED (not in trunk): High resolution urban fraction data (WorldCover + WSF3D) in Regional Ancillary Suite (RAS)

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ACTIVE: Dynamic spatial energy demand and waste heat (responding to temperature)

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FUTURE: Improving simulation of vegetation water stress

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FUTURE: Extend fire module (BLAZE to link to biophysical components (not just CNP)

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ACTIVE: Fire disturbance connected to POP demography module

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FUTURE: River scheme including transfer of water b/w rivers and soil, perhaps based on JULES-TRIP

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FUTURE: Reformulate sensible heat fluxes to accommodate difference between temperature and potential temperature

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FUTURE: Updated roughness sublayer parameterisation

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