dreyerlivio

dreyerlivio's Stars

• forrestfwilliams/williams_2022_regional_analysis

  Language:Jupyter Notebook1

• fitodic/centerline

  Calculate the polygon's centerline

  Language:Python26455

• atsyplenkov/centerline

  An R package to retrieve the centerline of polygons

  Language:R30

• mmdavid/R_lasso_example

  Example of feature selection using lasso with R and glmnet package

  Language:R11

• muhammadasmar2000/Lasso-Logistic-Regression

  Read input data file and create a multinomial lasso-penalized logistic regression model and use it to make predictions

  Language:R1

• munizlimap15/PROSLIDE_RIO

  Drafted codes

  Language:R1

• mdbartos/pysheds

  :earth_americas: Simple and fast watershed delineation in python.

  Language:Python706191

• scheip/df_bulking

  Debris flow bulking codes from https://doi.org/10.1007/s10346-022-01862-2

  Language:Jupyter Notebook1

• SynxFlow/SynxFlow

  Simulates flood, landslide and debris flow dynamically using GPUs

  Language:C++265

• keckje/spotpy

  A Statistical Parameter Optimization Tool

  Language:Python1

• WatershedsWildfireResearchCollaborative/USUAL

  The USUAL watershed tools automate time intensive GIS workflows to delineate rivers, sub-catchments, interfluves, and river. Additionally, USUAL preprocesses model outputs to easily integrate into 1D routing models.

  Language:Python62

• ist-supsi/riskbox

  Collection of GRASS modules to accomplish risk assesment and evaluation

  Language:C22

• GeospatialResearch/Digital-Twins

  Language:Python148

• GuoGroup-EngineeringGeology/PSLSA

  A Python system for regional landslide susceptibility assessment by integrating machine learning models

  Language:Python42

• jakelangham/kestrel

  Software for simulations of sediment-laden Earth surface flows

  Language:Fortran43

• friedrichknuth/hsfm

  Automated SfM processing of historical aerial photographs.

  Language:Python305

• Thomas-Brd/3D_landslide_detection

  This repository contains the dataset used in the associated paper and a jupyter notebook of the automatic workflow.

  Language:HTML43

• earthlab/OpenTopoDL

  Programmatic access to OpenTopography data via Python

  Language:Python64

• 3dgeo-heidelberg/py4dgeo

  py4dgeo - A Python library for change analysis in 4D point clouds

  Language:Python6610

• UP-RS-ESP/PointCloudWorkshop-May2022

  Point Cloud and Change Detection in the Geoscience

  Language:Jupyter Notebook2710

• atsyplenkov/pybob

  A python package of geospatial and other tools that I find useful.

  1

• dask/dask-tutorial

  Dask tutorial

  Language:Jupyter Notebook1.8k702

• iiasa/xarray_tutorial

  Language:Jupyter Notebook85

• mmorenoz/mgcv-esa-workshop

  1

• raff-k/RainSlide

  Rainfall-induced landslide analysis tools

  Language:R3

• raff-k/Lslide

  Lslide package provides functions for the automated dection of landslides using high-resolution LiDAR DTM data, open-source software, and an object-oriented approach. Moreover, it consists of basic functions of Evan's Geomorphometry & Gradient Metrics Toolbox

  Language:R108

• m-clark/generalized-additive-models-workshop-2019

  A workshop on using generalized additive models and the mgcv package.

  Language:R2716

• giactitti/scriptsQGIS3

  Language:Python1

• ashokdahal/MLgeoscience

  Teaching material for ML in Geoscience course

  Language:Jupyter Notebook21

• kushanavbhuyan/HR-GLDD-A-Global-Landslide-Mapping-Data-Repository

  Language:Jupyter Notebook77