kylashynnlim

kylashynnlim's Stars

• Hydrology-IFH/roger

  Runoff Generation Research in Python

  Language:Python171

• GeostatsGuy/GeostatsPyDemos

  Well-documented demonstration workflows with the GeostatsPy package.

  Language:Jupyter Notebook436

• Computational-Platform-IbM/IbM

  Language:MATLAB4

• OceanBridges/nifDdada2

  1

• evenevan/export-ms-teams-chats

  Export Microsoft Teams Chats to a local HTML file

  Language:PowerShell526

• karpathy/LLM101n

  LLM101n: Let's build a Storyteller

  28.2k1.5k

• annalena-k/tutorial-dingo-introduction

  Tutorial for the DINGO package to analyze gravitational wave data using NPE

  Language:Jupyter Notebook342

• valentinitnelav/plotbiomes

  R package for plotting Whittaker biomes with ggplot2

  Language:R349

• BohemianMatrices/BHIME-Project

  A set of Matlab functions for visualizing Bohemian eigenvalues.

  Language:MATLAB454

• atkinsjeff/lidar_scaling_analysis

  in support of MEE paper

  Language:R31

• CIA-Oceanix/4dvarnet-core

  Core implementation of the 4DVarNet architecture

  Language:Python2110

• jmzobitz/neonSoilFlux

  R Code to analyze and process soil respiration fluxes at NEON sites

  Language:R66

• ruiying-ocean/cgeniepy

  A Python package for analysing the cGENIE model output

  Language:Roff2

• LEEClab/seed_dispersal_mapper

  A phenomenological model of seed dispersal around habitat patches based on landscape structure

  Language:Python11

• LindaLuck/Luck2020Exploring

  exploring allometric relationships in north Australian savannas

  31

• ehbrechtetal/Stand-structural-complexity-index---SSCI

  R-code to compute the stand structural complexity index (Ehbrecht et al. 2017)

  Language:R83

• thompsonsed/extinction_debt_eco_let

  Language:R11

• thompsonsed/pycoalescence_examples

  Examples for pycoalescence

  Language:Jupyter Notebook11

• FelixMay/confettiRbasic

  Basic version of the spatial simulation model CONFETTI

  Language:C++22

• takfung/ResDisMapper

  Language:R33

• weecology/DeepLidar

  LIDAR and RGB Deep Learning Model for Individual Tree Segmentation

  Language:Python5613

• PulseWaves/PulseWaves

  an open, vendor-neutral, stand-alone, LAS-compatible full waveform LiDAR standard

  Language:C++5420

• ISRICWorldSoil/SoilGrids250m

  Global spatial predictions of soil properties and classes at 250 m resolution

  Language:R12557

• mark78b/MCS_in_R

  Monte Carlo Simulation in R

  Language:R21

• gonzalezivan90/gedivis

  Shiny app for analyze vegetation structure based on GEDI points

  Language:R1

• carlos-alberto-silva/rGEDI

  rGEDI: An R Package for NASA's Global Ecosystem Dynamics Investigation (GEDI) Data Visualization and Processing.

  Language:R15767

• SKrisanski/FSCT

  Language:Python14359

• NGEET/fates

  repository for the Functionally Assembled Terrestrial Ecosystem Simulator (FATES)

  Language:Fortran9591

• OzFlux/PyFluxPro

  PyFluxPro V3.4 is a significant upgrade from previous versions. It has several new features, improved stability and is introduced ahead of the 2021 OzFlux Data Workshop.

  Language:Python205

• NASAARSET/ARSET_ML_Fundamentals

  Repository for Jupyter Notebook examples associated with the NASA ARSET Training, "Fundamentals of Machine Learning for Earth Science"

  Language:Jupyter Notebook193127