Beast code in Giters

Shawn P. Serbin's repositories

ctsm_containers

A work-in-progress repository for developing builds of the CTSM and CLM-FATES models

Language:Jupyter NotebookGPL-3.03 3 7

edr-da

Testing of ED data assimilation

Language:R300

Prototype_Multi-Species_Leaf_Vcmax_PLSR_Model

A prototype multi-species spectra-trait PSLR model for estimating leaf Vcmax from spectral data

Language:RGPL-3.0200

Spectra_PLSR_models

A repository of PLSR regression models relating leaf or canopy spectra to plant properties

GPL-3.02 20

above-airborne-avirisng-python

Python: Work with hyperspectral imagery from AVIRIS-NG collected during ABoVE airborne campaigns

Language:Jupyter Notebook100

Biome-BGC

Biome-BGC ecophysiological model

Language:CNOASSERTION1 20

canopyLazR

R package to estimate leaf area density (LAD) and leaf area index (LAI) from airborne LiDAR point clouds

Language:RGPL-2.01 20

dbhelpers

Helper functions for working with SQL databases in R

Language:R100

elm_containers

A work-in-progress repository for developing builds of the ELM and ELM-FATES models

Language:DockerfileGPL-3.0100

ForestESS simulates plant demographic processes (e.g., growth, reproduction, and mortality), competition for light and soil resources, and soil biogeochemical processes. The codes are from the version of LM3-PPA used to simulate the forest successional dynamics in the paper of Weng, E., Farrior, CE, Dybzinski, R, and Pacala, SW, et al. 2016 Global Change Biology.

Language:Fortran1 20

layeredCanopyTwoStream

Radiative transfer code for vertically inhomogeneous canopies using the Meador and Weavor two stream approximation with adding

Language:PythonGPL-2.0100

NASA_FFT_Leaf_Spectra-Trait_Models

Leaf spectra-trait PLSR models to estimate foliar functional traits from fresh leaf spectroscopy data. The models were developed using data collected as part of the NASA Forest Functional Types (FFT) project (Serbin et al. 2014)

GPL-3.0100