A 30-m daily soil temperature dataset generator for alpine grasslands in central Tibetan Plateau during 2001–2024

作者：Haoze Zhang, Pengfei Ma, Haijuan Wei, Z. J. Deng, Zhang, Lin, Tianxiang Luo · 发表于：Zenodo (CERN European Organization for Nuclear Research) · 年份：2026 · DOI：10.5281/zenodo.18160085 · 研究领域：Computer science、Environmental science、Database、Remote sensing、Information retrieval

v1.0.1 (documentation and metadata fixes) This maintenance release updates repository metadata and documentation to align with the dataset submission to ScienceDB. No changes were made to the core data-generation algorithms. Changes Fixed issues and clarified wording in README.md. Updated the code archiving reference to the Zenodo concept DOI (all versions), and updated the ScienceDB dataset information with the current review status (DOI pending registration / under review). Updated CITATION.cff: added missing author information, removed the identifiers block to avoid DOI/version ambiguity, and updated version and date-released for v1.0.1. Overview (unchanged from v1.0.0) This workflow generates a 30-m daily near-surface soil temperature (ST) dataset for the Nyainqentanglha Mountains region (central Tibetan Plateau) during 2001–2024 using Google Earth Engine (GEE) and R. What's included 01_st_30m_daily_demo.js Reviewer-friendly demo script (default year: 2020) exporting quarterly multi-band outputs directly to Earth Engine Assets for rapid validation. 02_st_30m_daily_tile_export.js Full production script for 2001–2024. Exports quarterly multi-band ST images as four spatial tiles (2×2) to Google Drive to avoid large-file export constraints. 03_st_30m_daily_mosaic.R Post-processing script to mosaic the four tiles into unified quarterly GeoTIFFs (ST_ _<Q#>.tif) using terra. Output format Quarterly multi-band GeoTIFFs (ST_ _<Q#>.tif), one band per day (ST_YYYYMMDD) Stored as Int...