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2023 ECLIPSE IN SAN ANTONIO, TEXAS

(This is an archived page about the annular solar eclipse that occurred on October 14, 2023. For information on future eclipses, please see our Upcoming Eclipse Maps page.)


San Antonio, TexasOn October 14, 2023, an annular, or "ring of fire," solar eclipse will occur in San Antonio, Texas. The largest city that the 2023 eclipse will encounter along its journey through the U.S., San Antonio is located about halfway between the centerline and the eastern limit of the eclipse path. In downtown San Antonio, annularity will last for about 4 minutes and 21 seconds. In fact, it's important to note that all of San Antonio is located inside the 2023 eclipse path, which unfortunately is not the case six months later when only a portion of the city is captured inside the path of the total solar eclipse that will sweep across the U.S. on April 8, 2024. The lucky citizens of San Antonio will have a chance to experience two solar eclipses in the span of only six months, but only this annular solar eclipse on October 14, 2023, will cross over the heart of the city. Below, we've provided key details about the eclipse in San Antonio for locals and visitors planning on viewing the eclipse from that city.




CIRCUMSTANCE DETAILS FOR DOWNTOWN SAN ANTONIO

Details based on a latitude/longitude of 29.42842° , -98.48702°

Start of Partial Eclipse10:23:51 AM CDT
Start of Annular Eclipse11:52:08 AM CDT
Maximum Eclipse11:54:19 AM CDT
End of Annular Eclipse11:56:29 AM CDT
End of Partial Eclipse1:33:02 PM CDT
Duration of Annularity4 min, 21 sec
Obscuration at Maximum90.0%
Alt / Azi at Maximum+47.1° / 148.0°

Eclipse data courtesy of Fred Espenak, NASA/Goddard Space Flight Center, from eclipse.gsfc.nasa.gov. Note that this data is approximate and doesn't take into account variations in lunar limb geography.

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SAN ANTONIO WEATHER ON OCTOBER 14


Year Low High Sky*
202270° F90° FSun & Clouds
202170° F84° FSun & Clouds
202066° F91° FSun & Clouds
201972° F90° FSun & Clouds
201877° F88° FSun & Clouds

* "Sky" refers to the general sky conditions that were observed for the indicated year at or near the time of day that annularity will occur locally during the 2023 eclipse. It's recommended that eclipse chasers plan to stay mobile in the event that poor weather threatens visibility on October 14, 2023.

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CURRENT WEATHER IN SAN ANTONIO


PATH OF ANNULARITY MAP

Annular Solar Eclipse - October 14, 2023 - San Antonio, Texas Map

For an interactive map of the path of annularity in San Antonio, use the interactive Google eclipse maps developed by Xavier Jubier.

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ANNULAR ECLIPSE DETAILS FOR SELECT LOCATIONS

(click or tap on any column header to re-sort)

Location Annularity Start Duration*
SeaWorld San Antonio11:51:37 AM CDT4:40
The University of Texas at San Antonio11:51:46 AM CDT4:16
Six Flags Fiesta Texas11:51:48 AM CDT4:12
Nelson W. Wolff Municipal Stadium11:51:52 AM CDT4:36
San Fernando Cathedral11:52:07 AM CDT4:22
Briscoe Western Art Museum11:52:08 AM CDT4:22
The Buckhorn Saloon & Museum11:52:08 AM CDT4:21
Charline McCombs Empire Theatre11:52:08 AM CDT4:22
King William Historic District (S. Alamo St. and Pereida St.)11:52:08 AM CDT4:24
Majestic Theatre11:52:08 AM CDT4:22
Mission Concepción11:52:08 AM CDT4:26
The Alamo11:52:09 AM CDT4:21
San Antonio Museum of Art11:52:09 AM CDT4:19
San Antonio River Walk (E. Commerce St. and S. Alamo St.)11:52:09 AM CDT4:22
Tower of the Americas11:52:09 AM CDT4:22
Alamodome11:52:10 AM CDT4:21
The Japanese Tea Garden11:52:10 AM CDT4:15
San Antonio Zoo11:52:10 AM CDT4:14
The DoSeum11:52:11 AM CDT4:15
Mission San José11:52:11 AM CDT4:29
The Witte Museum11:52:11 AM CDT4:13
McNay Art Museum11:52:13 AM CDT4:08
San Antonio Botanical Garden11:52:13 AM CDT4:13
AT&T Center11:52:16 AM CDT4:15
Morgan's Wonderland11:52:25 AM CDT3:47
Natural Bridge Caverns11:52:44 AM CDT2:55
Natural Bridge Wildlife Ranch11:52:46 AM CDT2:52
Eclipse data courtesy of Fred Espenak, NASA/Goddard Space Flight Center, from eclipse.gsfc.nasa.gov. Note that these times and durations are approximate, especially for locations encompassing relatively large areas such as parks and campuses, and don't take into account variations in lunar limb geography.

* "Duration" refers to the duration of annularity and is expressed in minutes and seconds

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