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Geoscience Australia (@GeoscienceAustralia)

GeoscienceAustralia

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dea-notebooks

Repository for Digital Earth Australia Jupyter Notebooks: tools and workflows for geospatial analysis with Open Data Cube and Xarray

Jupyter Notebook

ginan

The Australian Government, through Positioning Australia (part of Geoscience Australia), is funding the design, development and operational service of a Global Navigation Satellite System (GNSS) position correction system - the Ginan service and toolkit. The application of the Ginan correction service by a GNSS device has the potential to increase positioning accuracy from meters to centimetres across Australia. The suite of software systems in this repository (the Ginan toolkit) will be used to create the service. It is available now under an open source licence. Ginan will give individuals and organisations no-cost access to the Ginan software and service as a public good.

anuga_core

AnuGA for the simulation of the shallow water equation

PyRate

A Python tool for estimating velocity and time-series from Interferometric Synthetic Aperture Radar (InSAR) data.

GeodePy

A toolkit for Geodesy and Surveying in Python

tcrm

A statistical-parametric model for assessing wind hazard from tropical cyclones

earthsci

An Eclipse RCP platform for earth science visualisation, built on the NASA World Wind Java SDK.

hiperseis

High Performance Seismologic Data and Metadata Processing System

Jupyter Notebook

dea-coastlines

Extracting tidally-constrained annual shorelines and robust rates of coastal change from freely available Earth observation data at continental scale

Jupyter Notebook

ga-worldwind-suite

A collection of tools created by the Geoscience Australia (GA) Movies and 3D Visualisation (M3DV) team. The tools are built around the NASA World Wind Java SDK, an open-source virtual globe toolkit.

HiQGA.jl

High Quality Geophysical Analysis provides a general purpose Bayesian and deterministic inversion framework for various geophysical methods and spatially distributed / timeseries data

ga-aem

Modelling and Inversion of Airborne Electromagnetic (AEM) Data in 1D

digitalearthau

Code and tools for Digital Earth Australia (a deployment of Open Data Cube)

wagl

Python library for standardising satellite imagery into an Analysis Ready Data (ARD) form

uncover-ml

Machine Learning system for Geoscience Australia uncover project

Jupyter Notebook

agdc

Repository for Australian Geoscience Data Cube (AGDC) code

dea-airflow

geophys_utils

A collection of utilities for discovering, accessing and using geophysics data via web services or from netCDF files

rjmcmcmt

Reversible jump Markov Chain Monte Carlo inversion of magnetotelluric data

ptha

Probabilistic Tsunami Hazard Assessment from major earthquake source-zones

sun-glint-correction

gnssanalysis

basic python module for gnss analysis

CoRAL

Corner Reflector Analysis Library

Jupyter Notebook

dea-config

Config files for dea services

dea-cogger

Convert NetCDFs to Cloud Optimized GeoTIFFs

dea-sandbox

Digital Earth Australia Sandbox config and planning

aws-dms-example

Creates an example AWS DMS for replicating an (on-prem) Oracle database to a cloud-based Postgres database

wofs

Water Observation From Space

Jupyter Notebook

hazimp

Hazard impact assessment tool

fc

Fractional Cover

sira

Systemic Infrastructure Resilience Analysis

burn-mapping

Landsat-Based Burn Extent and Severity Mapping

Jupyter Notebook

dea-waterbodies

DEA Waterbodies is a product that maps and monitors open waterbodies across Australia. Once a polygon set has been generated corresponding to open waterbodies, each waterbody is tracked over time to record the change in wet surface area over time.

Jupyter Notebook

Nickel-Mineral-Potential-Modelling

A collection of ESRI ArcGIS tools to perform GIS-based mineral (Nickel) prospectivity analysis.

PF3D

PF3D is a Python module that facilitates volcanic ash dispersal modelling using the FALL3D package

dea-intertidal

Generating intertidal elevation, exposure and extents from satellite earth observation data and ocean tide modelling

Jupyter Notebook

NSHA2018

eq_hazard_tools for Regional Development Section - Community Safety Branch

AusPIX_DGGS

Geoscience Australia rHealPIX version of DGGS

Wind_multipliers

Wind multipliers

dea-knowledge-hub

DEA Knowledge Hub

bluecap

anuga-viewer

Viewer for ANUGA sww files

geochemical-levelling

gnss-mqtt

ga-wphase

W-Phase inversion software used at the National Earthquake Alerts Centre

Geodesy-Web-Services

cloudsploit-lambda

eo-tools

Collection of Earth Observation Tools

interactive-maps

gdf

General Data Framework

stormwavecluster

project on storm wave clustering

geo-web-toolkit

Javascript web mapping toolkit built on AngularJS/Bootstrap

mineral-stats-toolkit

dea-vectoriser

Raster to Vector at scale

ML-preprocessing

2D Wavelet decomposition/reconstruction for raster data

dea-ecr-sync

GeoscienceAustralia Dockerhub to ECR Sync Lambda

terraform-ecs

Infracode to create ECS cluster in AWS

BAL

Bushfire Attack Level Toolbox - An ESRI ArcGIS toolbox to calculate severity of exposure to bushfire attack

egeodesy

gocad-projector

Java utility used to reproject GOCAD objects between different map projections

eqrm

Automatically exported from code.google.com/p/eqrm

wit_tooling

Wetlands Insight Tool

vaws

VAWS: Vulnerability and Adaptation to Wind Simulation

Geochemistry

dea-conflux

Bulk polygon drills on the Open Data Cube.

ellip-corr

tesseract

N-D Labeled DataCubes in Python

dea-orchestration

ISO19115-profile

ISO19115 profile

minpot-toolkit

Tools to facilitate mineral potential analysis, from spatial associations to feature engineering and fully integrated mineral potential mapping.

ga_sar_workflow

InSAR processing workflow used by Geoscience Australia

arcgis_conda_integration

arcgis_conda_integration

pds-tools

astro-code

DEA-CalVal-Phase1

Jupyter Notebook

DEA_ABS_collaborations

Jupyter Notebook

BatchHtoV

arr

Australian Rainfall & Runoff publication

fetch

Ancillary fetch daemon

aws-openquake

Python (Boto3) script which installs, runs and downloads results from seismic hazard and risk software (OpenQuake Engine) on Amazon Web Services EC2.

aws-cost-splitter

Split detailed billing data by tag

geodesy-qc

GNSS Quality Checking using Anubis in AWS Lambda for Geodesy Archive

tcha

Jupyter Notebook

gda2020

This repository contains all the code necessary for the monthly running of the GDA2020 update process. This includes the post-processing of the APREF time series combination solution, the NGCA processing, and the least-squares adjustment of the national geodetic network.

SWHAQ

Severe Wind Hazard Assessment for Queensland

Jupyter Notebook

flowtools

arcgis_pro_addins

ArcGIS Pro Addins

AS4590-codelists

AS4590-codelists

amazonia

MIRRORED FROM BITBUCKET

FSDF

FSDF - Foundation Base Spatial Data - Linked Data - High level models, information, etc

impact-forecast

Jupyter Notebook

Placenames-Ontology

Codes and other documentation for transformation, querying and managing the Place Names dataset in Linked Data format.

geosciml.org

FSDF-Metadata-Tool

FSDF - Metadata Tool. Holds codes and other components for the Metadata tool and associated templates.

link-ont

Repository for the Web Ontology Language (OWL) ontology and documentation for the Location Information Knowledge Platform (http://link.fsdf.org.au/).

geophys_kml_server

A collection of utilities for discovering, accessing and using geophysics data via web services or from netCDF files

GeodesyMLConverter

Tools for converting between Geodesy XML Site Log and Text Site Log formats

EQIAT

Contains code for analysis of earthquake intensity data

dea-dnsup

wistl

WISTL: Wind Impact Simulation on Transmission Lines