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Introduction to Geospatial Data Analysis in Python
Learn Python for geospatial and GIS data analysis using various open source big data

This Course Includes
udemy
4.2 (118 reviews )
1h 39m
english
Online - Self Paced
professional certificate
Udemy
About Introduction to Geospatial Data Analysis in Python
This
Python
for Beginner course will get you up and running using Python for data analysis and visualization. You will learn how to download and access a
Jupyter Notebook
environment. You will have sample Python scripts and example data so that you will get a chance to practice manipulating
GIS
data. Additionally, you will get HD videos to guide you throughout the course. The course assumes you have no prior knowledge of Python, so you also get to learn the basics of Python in the first two sections of the course. However, if you already know Python, the first two sections can serve as a refresher before you jump into the data analysis and visualization part. In the course, you will learn how to install conda and various libraries that are necessary for geospatial data analysis such as
Basemap
,
Geopandas
,
Pandas
,
Matplotlib
, and
Seaborn
. We will also use the popular open-source tool, the Jupyter Notebook. You will learn how to integrate different spatial libraries within your Python code. We will walk you step by step to apply various Python packages to manipulate
GIS data
and visualize geospatial data to get better insights. I will provide you with all the data that I demonstrate in the course. By the end of this course, you will be able to download Jupyter Notebook, install
conda
, and perform various spatial analyses including manipulating, aggregating, and visualizing
GIS
datasets using Python.
What You Will Learn?
- Download Python and the Jupyter Notebook using Anaconda .
- Create Interactive Maps with Leaflet .
- Import data in to Python for spatial analysis and visualization .
- Organize data inside a pandas data frame .
- Query data from Python pandas data frame .
- Apply various spatial data visualization including time series plots, heatmaps, and base maps.