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April 23, 2026
  • 砂防学会の新論文:令和6年能登半島地震と奥能登豪雨によって発生した複合災害の調査および検討
  • 新国際論文:インドネシアのスンビング火山におきる地すべりExploring the Role of Land Use Settings on Landslide Ellipticity in Volcanic Foot Slope of the Southern Sumbing Mountain, Central-Java Indonesia
  • Hannah from Canterbury University (New Zealand)came to discuss a potential PhD
  • ペンシルベニア州大学がゴメスの書評を発表・Penn-state university published Gomez review of Smith book Predicting disasters
災害・水文学・地形

災害・水文学・地形

Exploring Sediment Hazards, Disaster Risk, and Environmental Science

  • Education
    • Glossary of terms SABO・砂防 (和英)Jp-Eng
    • Laboratory and PhD Classes
    • Undegraduate Education
  • Photos
    • Asakura Field work with French and Tokyo U. Researchers
    • Photos Hodaka Research Station
    • Photos of Niigata’s coastal dune (2025)
  • PUBLICATIONS
  • Research Presentations
  • Research Projects
    • NOTO PENINSULA EARTHQUAKE PROJECT   能登半島地震災害と防災プロジェクト(土砂災害と水害)
    • Radar detection of in-flow driftwood and large wood
  • TOOLS & CODES
    • 1D Crank-Nicholson Implicit
    • Python Codes
  • The Team
Headlines
  • 砂防学会の新論文:令和6年能登半島地震と奥能登豪雨によって発生した複合災害の調査および検討

    3 weeks ago3 weeks ago
  • 新国際論文:インドネシアのスンビング火山におきる地すべりExploring the Role of Land Use Settings on Landslide Ellipticity in Volcanic Foot Slope of the Southern Sumbing Mountain, Central-Java Indonesia

    3 weeks ago3 weeks ago
  • Hannah from Canterbury University (New Zealand)came to discuss a potential PhD

    3 weeks ago3 weeks ago
  • ペンシルベニア州大学がゴメスの書評を発表・Penn-state university published Gomez review of Smith book Predicting disasters

    1 month ago3 weeks ago
  • The JPGU2025 poster on Noto Earthquake coseismic landslides is online

    1 month ago1 month ago
  • Minatohama SLAM pointcloud みなとはまの点群データ(宮城県2026年)

    1 month ago1 month ago
  • Home
  • TOOLS & CODES

TOOLS & CODES

Parabolic Partial Differential Equations

  • 1D FTCS Code for Parabolic Equation (Link to .ipynb file on Google Drive)
  • 1D FTCS Code Neumann Boundary (Link to .ipynb file on Google Drive)
  • 1D Crank-Nicholson implicit method (Link to .ipynb file on Google Drive) (Link to page code)

SABO is the science, engineering and art of sediment disaster risk reduction. It has no real equivalent in the Western part of the world, nor outside Asia. At the laboratory, and from this lense, we are finding solutions to natural hazards and disaster risk reduction, climate change and sustainability issues, concentrating on the island arcs of Japan and Indonesia mostly.

PI: Prof. Christopher Gomez

Come and work, learn, enjoy SABO, Geomorphology and climate change hazards and disaster risks with us. Let's work towards sustainable communities.

Publications

The summit of UnzenFugenDake