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acsprocess_interactive

Consistent with up to date protocols and NASA's SEABASS submission standards, acsPROCESS_INTERACTIVE processes raw absorption/attenuation data as sampled in natural water bodies using WET Labs ac-s meter.

acsprocess_seabass

Consistent with up to date protocols and NASA's SEABASS submission standards, acsPROCESS_SEABASS processes raw absorption/attenuation data as sampled in natural water bodies using WET Labs ac-s meter.

envi_maskpixel_harvester

Reconfigures ENVI imagery data (ascii file) for analysis using a data science programing language (e.g. Matlab or Python)

hs6process_interactive

Consistent with up to date protocols, hs6PROCESS_INTERACTIVE processes raw backscattering data as sampled in natural water bodies using HOBI Labs Hydroscat-6 (hs6). hs6PROCESS_SEABASS should is also designed to be compatible with Hydroscat-4 and 2.

hs6process_seabass

Consistent with up to date protocols and NASA's SEABASS submission standards, hs6PROCESS_SEABASS processes raw backscattering data as sampled in natural water bodies using HOBI Labs Hydroscat-6 (hs6). hs6PROCESS_SEABASS should also be compatible with Hydroscat-4 and 2.

hydrolight53_bootstrap

HE53_Bootstrap enables user to evaluate radiative transfer using field-measured inherent optical properties (IOPs). The program accepts ac-s and hs6 data and performs bootstrapping with replacement to produce a series of depth-binned absorption, attenuation, and backscattering from single spectra. The resulting output files can be uploaded into Hydrolight for modeling radiative transfer.

hydrolight_mfile_reader_py

This python notebook reformats a series of Hydrolight-generated m-files (radiative transfer outputs) into hdf5 files. This enables easier access to data for investigators, who can work with structured variables inside the hdf5 files rather than unweildy ascii files, which are difficult to utilize on a large scale. See GitHub readme for more details.

hydrolight_mreader

Re-configures data from Hydrolight m-files into MAT files using HDF5 based format.

iop_pipeline

mckee_2013-scattering-correction-approach

Unaccounted scattering must be accounted for when using the WETLabs spectral absorption and attenuation meter (ac-s) with a 25 cm optical pathlength. McKee et al. (2013) devise an iterative method for correcting for unaccounted scattering inside flow tubes. This repository allows users to easily apply McKee et al.'s (2013) iterative approach

meta_pipeline

purewater_specbuilder_acs

Creates single absorption (a) and attenuation (c) spectra for Wet Labs ac-s meter pure-water calibration measurements as performed in the laboratory, typically directly preceding or following a field deployment.

python-for-earth-scientists

Python Tutorials written for NASA Student Airborne Research Program