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ICM-IsoMAT-CMA Real-Timer. “Today’s Earth”

ICM-IsoMAT-CMA Real-Timer. “Today’s Earth”. Kei Yoshimura. Specification for Real time simulations. K-Labo GPV. GPV_surf: p, u, v, T, h, P, (cloud). GPV_p-level: z, u, v, h. Lv1. Clim-SST. sR  , lR . W, Q u , Q v. Lv2. IsoModel. IsoMAT+IsoSS. E, δ E. Lv3. δ W , δ P. AICM.

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ICM-IsoMAT-CMA Real-Timer. “Today’s Earth”

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  1. ICM-IsoMAT-CMA Real-Timer.“Today’s Earth” Kei Yoshimura

  2. Specification for Real time simulations K-LaboGPV GPV_surf: p, u, v, T, h, P, (cloud) GPV_p-level: z, u, v, h Lv1 Clim-SST sR, lR W, Qu, Qv Lv2 IsoModel IsoMAT+IsoSS E, δE Lv3 δW, δP AICM riverdischarge water source R, δR IsoTRIP CMA Lv4 raw_data product model server download transform input output

  3. Products Raw • Level 1: Resolution Converted • Surface meteorology (u, v, q, p, T, Pr) • Level 2: Physical Conversion • V-integrated meteorology (TPW, UWV, VWV) • Surface downward radiation (Ss, Ls) • Level 3: Model Output (offline iLSM, iOSM) • Surface flux/status (E, Ts, Ro, etc.) • Isotopic values (δP, δE, δW, δRo, etc.) • Level 4: Value-Added Variables • CMA results (water sources) • IsoTRIP results (river discharge) Processed

  4. Results • http://hydro.iis.u-tokyo.ac.jp/~kei/Earth/ • 84-hour forecasts are provided in every 12 hours.

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