Laboratory and PhD Classes

DIFFERENTIAL EQUATIONS FOR SABO USING PYTHON

LECTURE 1: Diffusion equation in 1D with Explicit methods

LECTURE 2: Diffusion equation in 1D with Implicit methods

LECTURE 3: Diffusion equation in 2D with Explicit methods & Python Libraries

LECTURE 4: Advection equation in 1D with Explicit methods

PYTHON FOR SCIENTIFIC DATA ANALYSIS AND GEOSCIENCES

LECTURE 1: Objectives and learning outcomes, outline and introduction to Python using Numpy

LECTURE 2: Working with Geospatial data – rasters with rasterio

LECTURE 3: Coming soon

POINT-CLOUD TECH SHORT-COURSE

Lecture 1: PCL Acquisition

Lecture 2: PCL Processing

Lecture 3: Workshop

TOOLS AND METHODS IN THE FIELD

TMF1 – Ground Penetrating Radar from multiple examples

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. Although its detractor are often criticizing its impact on landscapes and ecological continuity, new solutions are today being developed, and one has to remember that it is a necessary response for island countries that sit on earthquake, heavy rainfalls, typhoons and heavy snowfall regions, even more so because short river system drain steep drainage basins.

Charlene Simataa (on a co-tutelle PhD with us) published her research in the Q1 paper Aquatic Conservation: Marine and Freshwater Ecosystems. Congratulation

Sho Sawada’s first international paper on pumices buoyancy is out in Forum Geografi (indexed in Scopus)

New paper on Gully erosion in Iran has just been published in Ecological Engineering (IF 4.29)

New tsunami collaborative paper accepted in Sustainability (Q1 IF3.89)

Huazhu Zheng joins us for a year to continue his work on multiple use of water resources.

Caihong Li join the Lab for 1 year