Roughness Sublayer Turbulence in the Community Land ... - cmmap

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Surface flux comparison -‐ Obs vs. M-‐O or RSL

M-‐O

RSL

• UMBS, MI

• 2000 growing season -‐ DOY 152 to 243

• Offline simula6on -‐ driven by observa6ons

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Surface flux comparison -‐ Obs vs. M-‐O or RSL M-‐O RSL • UMBS, MI • 2000 growing season -‐ DOY 152 to 243 • Offline simula6on -‐ driven by observa6ons

Summary and Conclusions • Introduced physically-‐based roughness sublayer parameteriza6on into CLM • Generally improves CLM’s surface flux predic6ons when tested in offline mode • Need to iden6fy mechanisms responsible for stomatal shutdown (i.e., overly high leaf temperatures). • Next steps: - Coupled mode - Within-‐canopy transport - Reac6ve chemistry (VOCs)

Page 1 and 2: Roughness Sublayer Turbulence in
Page 3 and 4: Theory for canopy-‐structure
Page 5 and 6: Comparison with observa6ons - N
Page 7 and 8: Comparison with observa6ons -
Page 9 and 10: RSL impact on CLM4 surface flu
Page 11: RSL impact on CLM4 surface flu

Roughness Sublayer Turbulence in the Community Land ... - cmmap

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