Reference ellipsoids for geodesy and geophysics

Local gravity field modelling with Python

Compilation of all Geoscience Australia ground gravity data, filtered for data quality, converted to the WGS84 datum, and combined in a single file.

Processing gravity measurements with Python

A tool for conversion between Δg and groundwater storage changes. https://doi.org/10.1016/j.envsoft.2022.105340

Source for my doctoral thesis "Inferring the lithospheric thermal structure from satellite gravimetry"

Extension to xarray providing fucntionality to work with spherical harmonic datasets

A MATLAB Code for Modelling and Elimination of Hysteresis Effect from Scintrex CG-3M Gravity Readings

Projeto de cálculo gravimétrico para um poligono qualquer em casos de 2,5D

Obtaining a terrain-corrected gravity disturbance from two spherical harmonics models, using pyshtools. Prepared as a Binder-ready notebook.

This script loads the .tsf file generated from the GWR superconducting relative gravimeter iGrav and converts them to the CSV format. The generated CSVs will also be cleaned up of write errors present in the original files such as NaN-only rows or time jumps due to GPS connection

Software for gravity field functionals (gravity anomalies, geoid height) and Earth tides effects

A MATLAB-based Program for GRAvity NETwork Adjustmetn

This repository aims to determine a local geoid model for Carpathian Mountains based on the known topographic height and assessing the precision performance of the Earth gravitational model (EGM2008) in the area of interest. The topographical points used in this task were received during the Topex satellite altimeter mission. Ellipsoidal heights…

Scientific Initiation and Internship Project of the Laboratory of Potential Methods of IAG-USP, aiming to build a Python gravimetric reduction program with GUI.

Sub-Commission on Earth Tides and Geodynamics

Call Tesseroids binaries from and to Matlab

C++ Implementation of Longman Tidal Formulas