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Citizen scientists contributed over 80,000 air temperature measurements and nearly 20,000 clouds observations during the 2017 solar eclipse across North America, as well as hundreds of additional observations during the 2019 and 2020 eclipses in South America, and thousands of observations for the annular eclipse in October 2023. The Eclipse tool will next be active in the GLOBE Observer app for the total solar eclipse in April 2024. In the meantime, you can analyze eclipse data with your participants or start preparing for an upcoming solar eclipse.
Did your museum or library host a big event for a past eclipse? Invite your participants back to take a look at the observations collected by citizen scientists. Learn more about accessing and analyzing eclipse data.
NOAA's Science On a Sphere program and the GLOBE Program are collaborating to display your data at nearly 200 museums and science institutions around the world that have Science On a Sphere. You may have one close to you! We also have a mobile version that you can download. Science On a Sphere is a spherical visualization display system that presents amazing Earth data and visualizations. For the 2024 eclipse we will use it to display the data you collect on the 2023 eclipse! You will be able to see how temperature changes across the country on a 6 foot sphere or even in your own phone, and learn more about how community science can provide amazing data for science and education."
For more resources for Library Facilitators visit the GLOBE Observer Library Guide: Eclipse Library Resources. For more resources geared toward individual observers, visit the Eclipse Resource Library (incluyendo recursos sobre eclipses en espaol). We provide suggestions for using these resources at eclipse events in Tips for Events with GLOBE Eclipse. Find videos, graphics and other useful media resources related to GLOBE and the upcoming eclipse in our GLOBE Eclipse Media Kit. Salta a recursos en espaol. Accder aux ressources en franais.
To make the most of this rare astronomical event, the Civil Air Patrol has partnered with GLOBE Eclipse to give youth the opportunity to become Solar Eclipse Citizen Scientists, even outside the path of totality. All classroom, community, and homeschool educators anywhere in the United States can register as a CAP Solar Eclipse Classroom and choose to implement one of four classroom missions: Astronomy, Biology, Weather, and Citizen Science. Interested educators can register their educational group for the project and find detailed guidance and educational resources for each mission via the linked website.
No phone? No problem! Use this paper data sheet to record air temperature during the solar eclipse and submit your observations via email. Contact us to learn how to submit the data. You can use the Excel spreadsheet to create a graph of your data.
Animated simulations of what the eclipse will look like in the sky from a few different locations, as well as views from the Moon and the Sun before moving in toward Earth. The locations on Earth are: El Paso, Texas; San Antonio, Texas; Washington, D.C.; Niagara Falls, Canada; and Toledo, Ohio. Time in UTC and location latitude/longitude shown in the upper corner. Time flow is 250x and starting time is shown in the filename. If used in a presentation, please give the following credit: Simulations by Dr. Matt Marone, Mercer University, Department of Physics, Macon, GA, USA. Software used: Starry Night College V8, Simulation Curriculum Corp.
[7:23] GLOBE Educator from Mercer University Dr. Matt Marone, his colleague Dr. Philip B. Gallagher, and Joshua Slaton, a Mercer University Engineering and Technical Communication student, prepared this video about solar eclipses (specifically the April 8th, 2024 total solar eclipse) for educational use by the GLOBE community.
The eclipse website from the Exploratorium museum in San Francisco (supported by a NASA grant) includes resources about eclipses, activities, an informational app, and more. On the days of the annular and total solar eclipses, they will also be streaming live telescope feeds and educational programming.
"Exploring the Solar System: Solar Eclipse" is a hands-on activity demonstrating how the particular alignment of the Sun, Earth, and Moon can cause an eclipse. Visitors investigate the positions of these objects to create shadows and learn about solar eclipses. This activity was designed specifically in advance of the total solar eclipse that will traverse the continental United States in August, 2017, but can be used anytime. Las actividades tambin estn disponibles en espaol.
[00:42] A quick visualization of the over 80,000 measurements we collected through the Eclipse tool in the GLOBE Observer app on August 21st, 2017, with an estimation of the location of the eclipse shadow throughout the day added.
Energy from the Sun warms our planet, and changes in sunlight can also cause changes in temperature, clouds, and wind. What happens when the Sun is blocked by the Moon during an eclipse? How will the eclipse affect these solar-powered processes? This one-pager describes some the changes in the atmosphere you might observe during eclipses, and ways you can collect data during the events.
A selection of graphics assets related to GLOBE Eclipse, suitable for making custom presentations and social media posts. A zipped folder (19.6 MB) with: backgrounds to create shareables sized for Facebook, X, and Stories/Reels; two sizes of the app selector button art; text logos saying GLOBE Eclipse in white and black; and round signs that say "Ask Me About ... GLOBE Eclipse" and "Pregntame sobre ... GLOBE Eclipse"
Dual-language (English and Spanish) postcard about observing the eclipse with GLOBE Observer, with a space in the middle that can be punched out to use as a pinhole projector. The text reads: "Energy from the Sun warms our planet, and changes in temperature lead to the formation of clouds and wind. What happens when the Sun is blocked by the Moon? Download the GLOBE Observer app to share your observations during the eclipse. Never look directly at the Sun! To use the card to view the eclipse indirectly, stand with your back to the Sun and look at the card's shadow. The shape of the hole in the shadow will mirror the shape of the eclipsed Sun.
A presentation giving an introduction to GLOBE Eclipse: the Earth science angle on eclipses and why to study them with citizen science observations, eclipse viewing safety tips, how to use the GLOBE Eclipse tool in the app, and some supplemental observing tips. (Updated for April 2024).
Short reels, each under a minute, describing various aspects of using the GLOBE Eclipse tool and the Eclipse Challenge. Note: Some of these are versions of the reels with the end title indicating the annular eclipse in October 2023, but will be replaced with new version for the total solar eclipse as soon as they are available. (Spanish versions of these reels can be found in the Spanish resources section.)
Signs to use at tabling event for the eclipse. One focuses on taking observations during the eclipse, the other emphasizes that even after the eclipse, clouds observations are always welcome through the GLOBE Observer app.
[2:47] This video goes through the steps to participate in data collection, from selecting an air temperature thermometer to setting up the GLOBE Observer app, as well as how to watch the eclipse safely (you will need solar viewing glasses or an indirect viewing method for all but the brief few minutes of totality.)
A printable guide on how to take observations during the solar eclipse with GLOBE Observer. Available as a one-pager or a trifold brochure. For best results on the trifold brochure, print double-sided at 100% scale and fold accordion-style. In Adobe Acrobat, we recommend the following settings: Actual size, Print on both sides of paper, Flip on short edge.
This activity from the STAR_Net Libraries STEM Activity Clearinghouse guides patrons in making a personalized protective case to keep their solar viewing glasses safe in between the October 2023 and April 2024 eclipses.
The My NASA Data Solar Eclipse page features, mini-lessons, interactives and lesson plans for grades 3-12, including explorations of why eclipses occur, the differences between solar and lunar eclipses, how to observe the corona and make predictions about it's appearance during upcoming eclipses, and more.
Eclipse training slides produced by the NASA Heliophysics Education Activation Team (HEAT). Topics of the slides include the science of eclipse, eclipse viewing safety, and suggestions for engaging the public in eclipse activities. Note: The link takes you to an optional survey collecting information about how the resources will be used before providing a link to the folder of resources.
Editable slideshow presentation with detailed presenter notes prepared by the National Informal STEM Education (NISE) Network for the 2023 and 2024 solar eclipses including topics such as: what are solar eclipses, how to enjoy a solar eclipse safely, solar eclipse resources for everyone.
Various webinars with resources for libraries related to the eclipse, including viewing eclipses through a cultural lens, using citizen science during the eclipse, and featuring bilingual and Spanish eclipse resources.
Videos cortos ("reels"), cada uno de menos de un minuto, que describen varios aspectos del uso de la herramienta GLOBE Eclipse y el Reto GLOBE Eclipse. Nota: Unos de los videos son versiones con ttulo final que indica el eclipse anular en octubre de 2023, pero sern reemplazadas por una nueva versin para el eclipse solar total tan pronto como estn disponibles.
[3:43] Este video explica los pasos para participar en la recopilacin de datos, desde seleccionar un termmetro de temperatura del aire hasta configurar la aplicacin GLOBE Observer, adems de cmo observar el eclipse de manera segura (necesitar gafas de visualizacin solar o un mtodo de visualizacin indirecta para todos, excepto los breves minutos de la totalidad.)
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