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and hydrologic processes • New observation technology and modeling capabilities allow in the near future production of advanced terrestrial ecosystem reanalysis land surface Reanalyzes provide decades-long model-data-driven harmonized and continuous data sets for new scientific discoveries • Novel global scale reanalyzes quantify the biogeochemical ocean cycle terrestrial carbon cycle
Number of items: 4.

and hydrologic processes • New observation technology and modeling capabilities allow in the near future production of advanced terrestrial ecosystem reanalysis

Baatz, R, Hendricks Franssen, HJ, Euskirchen, E, Sihi, D, Dietze, M, Ciavatta, S, Fennel, K, Beck, H, De Lannoy, G, Pauwels, VRN, Raiho, A, Montzka, C, Williams, M, Mishra, U, Poppe, C, Zacharias, S, Lausch, A, Samaniego, L, Van Looy, K, Bogena, H, Adamescu, M, Mirtl, M, Fox, A, Goergen, K, Naz, BS, Zeng, Y and Vereecken, H 2021 Reanalysis in Earth System Science: Toward Terrestrial Ecosystem Reanalysis. Reviews of Geophysics, 59 (3). https://doi.org/10.1029/2020RG000715

land surface

Baatz, R, Hendricks Franssen, HJ, Euskirchen, E, Sihi, D, Dietze, M, Ciavatta, S, Fennel, K, Beck, H, De Lannoy, G, Pauwels, VRN, Raiho, A, Montzka, C, Williams, M, Mishra, U, Poppe, C, Zacharias, S, Lausch, A, Samaniego, L, Van Looy, K, Bogena, H, Adamescu, M, Mirtl, M, Fox, A, Goergen, K, Naz, BS, Zeng, Y and Vereecken, H 2021 Reanalysis in Earth System Science: Toward Terrestrial Ecosystem Reanalysis. Reviews of Geophysics, 59 (3). https://doi.org/10.1029/2020RG000715

Reanalyzes provide decades-long model-data-driven harmonized and continuous data sets for new scientific discoveries • Novel global scale reanalyzes quantify the biogeochemical ocean cycle

Baatz, R, Hendricks Franssen, HJ, Euskirchen, E, Sihi, D, Dietze, M, Ciavatta, S, Fennel, K, Beck, H, De Lannoy, G, Pauwels, VRN, Raiho, A, Montzka, C, Williams, M, Mishra, U, Poppe, C, Zacharias, S, Lausch, A, Samaniego, L, Van Looy, K, Bogena, H, Adamescu, M, Mirtl, M, Fox, A, Goergen, K, Naz, BS, Zeng, Y and Vereecken, H 2021 Reanalysis in Earth System Science: Toward Terrestrial Ecosystem Reanalysis. Reviews of Geophysics, 59 (3). https://doi.org/10.1029/2020RG000715

terrestrial carbon cycle

Baatz, R, Hendricks Franssen, HJ, Euskirchen, E, Sihi, D, Dietze, M, Ciavatta, S, Fennel, K, Beck, H, De Lannoy, G, Pauwels, VRN, Raiho, A, Montzka, C, Williams, M, Mishra, U, Poppe, C, Zacharias, S, Lausch, A, Samaniego, L, Van Looy, K, Bogena, H, Adamescu, M, Mirtl, M, Fox, A, Goergen, K, Naz, BS, Zeng, Y and Vereecken, H 2021 Reanalysis in Earth System Science: Toward Terrestrial Ecosystem Reanalysis. Reviews of Geophysics, 59 (3). https://doi.org/10.1029/2020RG000715

This list was generated on Fri May 3 22:22:13 2024 UTC.