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Search results for jupyter notebook earth
earth
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jupyter-notebook
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66 search results found
Earthengine Py Notebooks
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807
A collection of 360+ Jupyter Python notebook examples for using Google Earth Engine with interactive mapping
Awesome Gee
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670
A curated list of Google Earth Engine resources
Gee_tools
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482
A collection of tools to work with Google Earth Engine Python API
Earthengine Community
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470
Tutorials and content created by Earth Engine users, for Earth Engine users
Dea Notebooks
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399
Repository for Digital Earth Australia Jupyter Notebooks: tools and workflows for geospatial analysis with Open Data Cube and Xarray
Pysolar
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344
Pysolar is a collection of Python libraries for simulating the irradiation of any point on earth by the sun. It includes code for extremely precise ephemeris calculations.
Deepnetsforeo
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342
Deep networks for Earth Observation
Environmental_intelligence
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239
Data for Environmental Intelligence: A mega list of Earth System Datasets covering earth observations, climate, water, forests, biodiversity, ecology, protected areas, natural hazards, marine and the tracking of UN's Sustainable Development Goals
Eewpython
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222
A series of Jupyter notebook to learn Google Earth Engine with Python
Google Earth Engine Python Examples
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193
Various examples for Google Earth Engine in Python using Jupyter Notebook
Touchterrain_for_cageo
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163
Touch Terrain: A python app to create 3D printable terrain models (STL/OBJ) from only elevation data (via Google Earth Engine) or from a local geotiff. Has been used for CNC terrain models. Runs as a web app (http://touchterrain.org), as .py file (standalone.py) or as jupyter notebook. Docker image: https://github.com/ChHarding/TouchTerrain_jupyter_
Deafrica Sandbox Notebooks
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145
Repository for Digital Earth Africa Sandbox, including: Jupyter notebooks, scripts, tools and workflows for geospatial analysis with Open Data Cube and xarray
Earth_atlas_of_space
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114
Code and instructions for making an animated map of Earth
Opensar
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98
Synthetic Aperture Radar (SAR) Tools and Documents from Earth Big Data LLC
Psyclone
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92
Domain-specific compiler and code transformation system for Finite Difference/Volume/Element Earth-system models in Fortran
Pyeo
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79
Python Earth Observation processing chain
Gee Atmcorr S2
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73
Atmospheric correction of a (single) Sentinel 2 image
Aiforearth Api Development
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72
This is an API Framework for AI models to be hosted locally or on the AI for Earth API Platform (https://github.com/microsoft/AIforEarth-API-Platf
Google_earth_engine_notebook
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71
A walkthrough of some Google Earth Engine Features, as well as using the data in TensorFlow
Ee Jupyter Contrib
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61
Using Jupyter as an Earth Engine IDE - Community Contributions
Ipygee
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60
A set of tools for working with Google Earth Engine Python API in Jupyter notebooks
Climate Data Science
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60
Climate Data Science and Earth Observation with Python.
Ee_ipl_uv
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50
Multitemporal Cloud Masking in the Google Earth Engine
Worldstars_atlas_of_space
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45
Code, data, and instructions to map constellations from around the world
Python For Earth Science Students
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41
Geeguide
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37
Harmonization of Landsat and Sentinel 2 in Google Earth Engine, documentation and scripts
Ai4eutils
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36
Shared utility scripts for AI for Earth projects and team members
Differential Equations Earth System
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34
Course material for the lecture "Differential equations in the earth system" (WS 2019/2020) @ CAU Kiel
Sentinel
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34
Repository created for the Earth Observation Sentinel project
Research_computing
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30
Website for Research Computing in Earth Sciences
Cloud Masking Sentinel2
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26
Cloud masking of Sentinel 2 using Google Earth Engine
Heat_and_trees
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25
Using HoloViz to explore relationship between surface temperature and tree density
Eefolium
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24
A lightweight Python package for interactive mapping with Earth Engine and folium
2019_egu_workshop_jupyter_notebooks
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23
Short course on interactive analysis of Big Earth Data with Jupyter Notebooks
Climada_papers
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23
Earthengine Apps
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22
A collection of Earth Engine Apps created using geemap and voila
Eesardocker
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22
Agu2017
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20
Content for my AGU 2017 presentations.
Hydro Engine
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20
Hydro Engine is a service and a command-line tool to query static and dynamic hydrographic data derived from Earth Observations
Earthenginemastergis
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19
Conviertete en un especialista en Google Earth Engine
Geemap Heroku
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18
Python scripts for deploying Earth Engine Apps to heroku
Himat
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17
Hrm
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16
High Resolution Mapping of Food Security
Esri_object_detection
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15
Winning solution for ESRI Data Science Challenge 2019 - Hacker Earth
100daysofmlcode
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14
Learning Machine Learning and showcasing my work for 100 Days.
Deepgeo
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14
DeepGeo: Deep Learning for Earth Observation data ToolBox
Gee_learning
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14
some useful python scripts for google earth engine
Elsi Dl Bootcamp
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13
Intro to Machine Learning and Deep Learning for Earth-Life Sciences
Rbig
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13
Rotation-Based Iterative Gaussianization algorithm.
Eo Ex
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13
Earth Observation Examples
Eeconvert
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13
earth engine conversion for jupyter notebook use
Notebooks
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10
Jupyter notebooks for research and teaching
Tutorial Sessions
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10
Machine learning and deep-learning project tutorials
Maggeo
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9
Annotate Earth's magnetic components from Swarm into GPS tracks
Prophet_forecasting
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9
Using Facebook phrophet forecasting tool for Asteroid impact on earth time series study
Python_for_climate_scientists
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9
A python course intended to provide a thorough grounding for those working in the earth sciences
Python_class
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8
This repository contains all the scripts used for the python class for JRFs at IITM
Research_computing_2018
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7
2018 Iteration of Research Computing in Earth Science
Gee Python Api
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7
__dl Prediction On Earth Phenology
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6
佳格天地比赛,时空序列预测,决赛top6方案
Remote Sensing Resistance
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6
Does heterogeneity in forest structure make a forest resistant to wildfire? That is, does greater heterogeneity decrease wildfire severity when a fire inevitably occurs? A collaborative effort co-authored by: Michael J. Koontz, Malcolm P. North, Chhaya M. Werner, Stephen E. Fick, and Andrew M. Latimer
Geoget
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6
Download geodata for anywhere in Earth
Correlation_epsl
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6
Code and data to reproduce the analysis of Hu et al. 2016: Correlation-based interpretations of paleoclimate data -- where statistics meet past climates, Earth and Planetary Science Letters
Mtr
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6
Mountain Top Removal
Maptime Salzburg
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6
This is a base for sharing knowledge, skills and resources related to geoinformatics, earth observation, geospatio-temporal-related programming, but more broadly scienctific research and communication. Hopefully as a base for organising workshops to share that sort of information in and around the city of Salzburg.
Predicting Paid Amount For Claims Data
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6
Introduction The context is the 2016 public use NH medical claims files obtained from NH CHIS (Comprehensive Health Care Information System). The dataset contains Commercial Insurance claims, and a small fraction of Medicaid and Medicare payments for dually eligible people. The primary purpose of this assignment is to test machine learning (ML) skills in a real case analysis setting. You are expected to clean and process data and then apply various ML techniques like Linear and no linear models
Predict The Damage To A Building Ml Challenge
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6
A Machine Learning challenge #6 - "Predict the damage to a building", organised by Hacker earth. Rank: 242 out of 7540 participants.
Dea Waterbodies
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6
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.
Maximumseparation_method
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6
Remote Geomod
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5
Coupling remote geological mapping in Google Earth with direct 3D geological modeling in GemPy.
Pycect
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5
The Community Earth System Model Ensemble Consistency Test (CESM-ECT) suite is an alternative to requiring bitwise identical output for quality assurance. This objective test provides a statistical measurement of consistency between an accepted ensemble and a test set of CESM simulations.
Earth Quake Prediction
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5
Kaggle Competition for Earth Quake Prediction
Three Body Problem Gravitational System
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5
A python code to calculate planetary orbits in a three-body gravitational system. The code can demonstrate how one planet affects the orbit of another planet. As an example, Earth, Jupiter, Sun system is analyzed.
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