The Commercial Smallsat Data Acquisition (CSDA) Program was established to identify, evaluate, and acquire data from commercial providers that support NASA's Earth science research and application goals.
Through this program, all NASA-funded researchers have access to Planet’s vast archive of RapidEye and PlanetScope imagery for scientific use and Earth science applications for societal benefit.See Publications
Rapidly onboard with Planet using a range of self-guided tutorials and guides that help you take advantage of our unprecedented dataset and platform.
Live and on-demand training and topical education sessions are held at least once per month. These cover various ways to download and interact with Planet data, ingesting it into your workflows, and research presentations by both researchers and Planeteers.
We also hold monthly office hours where anyone is welcome to join to ask questions and get help with any troubleshooting.
This will be updated as new sessions are added and recordings become available. In addition, once you have signed up for a Planet account through CSDAP, you will receive this information via bi-weekly emails from the Planet Support Team.
This presentation will give an overview of Planet's constellations and image data products, along with highlights of scientific applications from across the research community.
Planet Explorer is a web application that can be used to search Planet’s catalog of imagery, view metadata, and download full-resolution imagery. This presentation will include an in-depth explanation on how Planet Explorer can be used to search for and download imagery.
If you use ArcGIS Pro or QGIS, did you know you can conveniently browse for and download Planet imagery directly into your projects? This training will walk through how to use Planet’s integrations in both of these programs to easily incorporate our imagery into your existing workflow.
Planet’s Data API allows users to search for and download images. It supports batch activation and download and can be a powerful tool for working with a lot of imagery. This presentation will cover set-up and go through a list of common commands to search for and download imagery.
Clouds and haze are often unavoidable when imaging the Earth from space. This training session will discuss Planet’s cloud detection through our Usable Data Masks (UDM), and how these masks can aid your workflow with our imagery.
Google Earth Engine is a cloud computing platform that allows for visualization and scientific analysis of geospatial datasets. This training session will discuss how to ingest and analyze Planet data in this platform and integrate it with other datasets available in GEE. Note: This session is intended for users familiar with GEE.
This session will dive into the technical details of the radiometric calibration of the PlanetScpe constellation of satellites (Dove and SuperDove), as well as atmospheric and geometric correction.
Learn about how Planet operates two separate constellations of satellites in tandem - composed of over 150 separate CubeSats and SmallSats!
This session will take an in-depth dive into the methodology behind atmospheric correction of PlanetScope and RapidEye products.
This session will discuss the day-to-day life of a Collection Planner for Planet's Skysat constellation.
In this session, learn more about how the United Nations, World Bank, and partner countries are using Planet data to improve forest area estimation - thereby helping stimulate performance-based payments for Reduced Emissions from Deforestation and Forest Degradation (REDD+) under international climate policies. This session will also explore how leading researchers are leveraging Planet data to directly measure tropical forest carbon stocks and emissions.
Recording:Measuring & Valuing Forest Carbon with Planet Data
Resources:"Planet satellites bolster FAO’s geospatial toolkit""FAO and the World Bank join forces to make forest monitoring more accessible and accurate""UNFAO And Planet SEPAL Collaboration Drives Conservation Solutions Across Tropics""Monitoring Forest Carbon From Space"
From the Disaster Data Program to experimental R&D, learn about how Planet imagery is aiding the response to global natural disasters.
Former NASA (and current Planet) visualization specialist Rob Simmon gives a gentle introduction to processing PlanetScope data using GDAL.
The agile nature of Planet allows for rapid updates to our Dove satellites, comprising the PlanetScope constellation. This session will discuss the progression and design changes of the Doves from their inception to our newestSuperDove satellites.
Dr. Joseph Mascaro, ecologist and Planet’s Director of Education and Research, will discuss applications of and working with PlanetScope imagery across the Arctic.
Recording:Planet Arctic Data
What imagery does the NASA CSDAP include access to for researchers?
Under the NASA Commercial SmallSat Data Acquisition (CSDA) Program, researchers can access the entire archive of PlanetScope 3.7 m imagery with a 30-day latency period, and the full RapidEye 6 m imagery archive, spanning from 2009 to 2019.
If your research requires access without a time delay, such as disaster response efforts, exceptions are made on a case-by-case basis and must be approved by NASA. The allotted total quota per user is 5,000,000 km2. Access to data through this program currently extends through September 2021.
What Planet imagery is not included under CSDAP?
What are the usage terms for Planet imagery under CSDAP?
Planet imagery is provided under our standard Scientific Use License. Under this license, imagery can be used for the purpose of conducting experiments, evaluation, research, and/or development, including applied research. This allows for the publication of any derived products products in common research applications, including but not limited to:
Planet imagery cannot be used for any commercial applications or any non-NASA-funded work under this license. If you require additional imagery access or commercial license terms for your research, please contact us for additional information, access options, and pricing.
What is a “derived product”?
A “derived product” is anything where the raw data cannot be extracted or reverse engineered. The raw GeoTIFF files that you download from Planet cannot be shared with any non-NASA parties. Archiving the raw imagery in forms such as the supplemental online material of journal articles or with github repositories is not permitted.
How should Planet data be cited in journal articles or other applications?
For journal articles, use the following citation:
Planet Team (2017). Planet Application Program Interface: In Space for Life on Earth. San Francisco, CA. https://api.planet.com.
For figure captions, use “Image ©Planet Labs.”