Published February 6, 2026 | Version v1
Dataset Open

Modeled tritium data from the year 1952 with MIROC5-iso

  • 1. ROR icon The University of Tokyo

Contributors

Contact person:

Hosting institution:

  • 1. ROR icon The University of Tokyo
  • 2. ROR icon Goddard Institute for Space Studies

Description

This dataset includes bomb-tritium and natural values modeled by MIROC5-iso. In addtion, other variables such as d18O and d-excess in precipitation, 2m air temperature, precipitation amount, latent heat flux, and u and v component of vertically integrated water transport are included.

Two simuations have been performed, one nudged to JRA-55 dataset for the period 1958-2021, and another one nudged to ERA5 reanalyses for the period 1952-2024. The bomb-tritium was set as an input to MIROC5-iso and modeled following Cauquoin et al., 2016 (https://doi.org/10.1002/2016JD025484) with LMDZ-iso.

For those who are not familiar with netcdf files, it is possible to use an extractor at https://github.com/acauquoin/extractor_tritium_miroc5.

Files

Files (431.4 MB)

Name Size Download all
md5:ea4fd6d97c94bbeb903092e2862e2481
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md5:7008f7e707ed43e995fe8815bd923b69
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md5:7c9a99c9952945377f2b00e37ca444ca
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md5:568eb209111569a7fe9f3653c4dd970d
28.7 MB Download
md5:ec705660beac245e476e20ea9c9d1f66
28.7 MB Download
md5:38d9dbbae6c10b27c2c5580a2fe758e4
28.7 MB Download
md5:8a06c9d27f9e6b89cc47167688611cc8
28.7 MB Download
md5:0a952abc5aa7b8c67bb4a6daf1096085
28.7 MB Download
md5:af0bdc96dca1ed0697620dcf12c18985
25.2 MB Download
md5:4ff7a0eb8ed147274eefa5f2ae1d01f1
25.2 MB Download
md5:0e862f797a91bcd73f59bab3dc886458
25.2 MB Download
md5:488c631f84e6cc0c04a20b3781347f67
25.2 MB Download
md5:da97d5f12efa2908218c469b99c258d3
25.2 MB Download
md5:d54bdafa40a55a3cc6af06538ef916c0
25.2 MB Download
md5:05f0b3d1cbeaed9f1cee0c0680e89afb
25.2 MB Download
md5:790d272e321c834c11afea9c2463e89b
25.2 MB Download

Additional details

Related works

Funding

Japan Society for the Promotion of Science
Implementation of tritium in the General Circulation Model MIROC to investigate the dynamics of the hydrological cycle 22K20379