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R-FieldSpectra
R library for importing and processing field spectroscopy data collected with ASD and Spectral Evolution instrumentsR-PROSPECT
R functions for running PROSPECT family of leaf radiative transfer modelsSSerbin_NGEEArctic_Spectra_Trait
Developing relationships between leaf and canopy reflectance and Arctic vegetation functional traitsamf3_seus
A repository for code, scripts, and snippets related to the development of the ARM AMF3 SEUS deploymentctsm_containers
A work-in-progress repository for developing builds of the CTSM and CLM-FATES modelsSSerbin_etal_2019_NewPhytologist
Multi-biome PLSR model to estimate leaf mass per area using full-range (i.e. 400-2500 nm) leaf reflectance dataisofit_docker
Prototype_Multi-Species_Leaf_Vcmax_PLSR_Model
A prototype multi-species spectra-trait PSLR model for estimating leaf Vcmax from spectral datarUnispecDC
Version of rHyperSpec that is Unispec DC specificSpectra_PLSR_models
A repository of PLSR regression models relating leaf or canopy spectra to plant propertiesprosail_docker
nasa_sbg_code
A sandbox for the NASA SBG projectelm_containers
A work-in-progress repository for developing builds of the ELM and ELM-FATES modelsNASA_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)SSerbin_etal_2014_EcoApps
Leaf spectra-trait PLSR models to estimate foliar functional traits from dried and ground leaf spectroscopy dataLove Open Source and this site? Check out how you can help us