#GEO3BCN_CSIC
¡La victoria de la Selección Española hizo a temblar a nuestro país!🏆🇪🇸

➡️ El #CSIC registró en Cataluña las vibraciones por los saltos y celebraciones durante la final de la #CopaMundialFIFA con los sismómetros del #GEO3BCN_CSIC

¡Enhorabuena! 👏🏻⚽️
July 20, 2026 at 7:38 AM
🌍 El #CSIC lidera un proyecto para detectar señales precursoras de terremotos a través de fibra óptica y tecnología láser

🔶 La iniciativa Sismovega, encabezada por #GEO3BCN_CSIC, se desarrollará en la comarca de la Vega Baja del Segura (Alicante)

👉 http://tiny.cc/7foz001
March 2, 2026 at 10:02 AM
Comparing the amplitudes of the mag 8.8 and mag 7.4 Kamchatka earthquakes at a @GEO3BCN_CSIC broad-band seismic station located in NE Spain. Amplitudes for today's earthquake are almost 6 times larger.
July 30, 2025 at 10:29 AM
🌊 The largest flood in Earth’s history burst through Gibraltar and Sicily, refilling the Mediterranean in just a few years.

@danigeos.bsky.social, GEO3BCN_CSIC researcher, explains the latest evidence in a new outreach article in The Conversation UK👇
April 14, 2025 at 10:01 AM
Myanmar mag 7.7 earthquake recorded by the @GEO3BCN_CSIC seismometer located within the city of Barcelona, 8700 km away from the epicenter
March 28, 2025 at 12:12 PM
A detail of the celebrations after two of the @FCBarcelona's goals during the #CLASSIC, as recorded on the MTJR accelerometer @ICGCat. Data processed at @GEO3BCN_CSIC
May 12, 2025 at 9:44 AM
🔍 El sistema MINERVA permite detectar desplazamientos en el subsuelo con meses de antelación, mejorando la seguridad en minería.

💡Se trata de un avance de #STONE, un proyecto de los centros del  @csic.es, GEO3BCN_CSIC y @igeociencias.bsky.socialcon Atalaya Mining

🔗https://bit.ly/43B0XGk
March 12, 2025 at 3:03 PM
Last Friday we had the Ecology Master students from @BiologiaUB visiting the @GEO3BCN_CSIC for a short course on landscape evolution and Earth's relief, using the Augmented Reality Sandbox. Lots of interesting interactions.
November 26, 2024 at 11:21 AM
Celebrations after @FCBarcelona's goals during the #CLASSIC, as recorded on the MTJR accelerometer @ICGCat. Data processed at @GEO3BCN_CSIC
May 12, 2025 at 9:43 AM
Hola, hola! 🌍👋
Hem decidit fer una pausa a Bluesky, i centrar la nostra activitat, de moment, a Instagram (@geo3bcn_csic) i LinkedIn (Geociències Barcelona - CSIC).

👉 Uneix-te per conèixer tots els nostres avenços científics!

Moltes gràcies per seguir-nos i ens veiem per les xarxes! 🌐
August 11, 2025 at 9:55 AM
📢 Abierta convocatoria JAE Intro 2025 @CSIC

Si estás cursando el último año de grado o máster y te interesa la geoarqueología y la computación, ofrecemos una plaza de formación en análisis espectrales en micromorfología de suelos.

📍 Tenerife @ipnacsic y BCN @GEO3BCN_CSIC ⬇️
April 7, 2025 at 7:58 AM
A GEO3BCN_CSIC formem la nova generació de professionals de les geociències: t'hi apuntes?💡

🔗Més informació: https://f.mtr.cool/byjxmmmfnm
May 14, 2025 at 1:30 PM
📍 Entrevista con Ramón Carbonell

En esta entrevista, el investigador de #GEO3BCN_CSIC nos habla sobre el papel crucial del aprendizaje automático y los gemelos digitales para optimizar la explotación de los recursos minerales, buscando siempre un enfoque sostenible. 🧠💡
March 17, 2025 at 11:53 AM
¿Estudias un máster en ciencias y te interesa el trópico? Aún puedes solicitar prácticas REMUNERADAS para venir a aprender con nosotros al
@GEO3BCN_CSIC
Echa un vistazo a las propuestas (vida) #JAE-INTRO: sede.csic.gob.es/intro2025
Y a nuestro blog para que 👀: www.mauritiastories.wordpress.com
April 29, 2025 at 11:09 AM
🌍 Un estudio que aspira a generar conocimiento clave sobre los cambios que se producen en el subsuelo antes y después de un terremoto
CSIC (@csic.es)
🌍 El #CSIC lidera un proyecto para detectar señales precursoras de terremotos a través de fibra óptica y tecnología láser 🔶 La iniciativa Sismovega, encabezada por #GEO3BCN_CSIC, se desarrollará en la comarca de la Vega Baja del Segura (Alicante) 👉 http://tiny.cc/7foz001
bsky.app
March 6, 2026 at 2:12 PM
🚨 Tercer boletín del Proyecto #STONE! 📷
Te contamos los últimos avances de esta colaboración público-privada en la que trabajamos junto a
@atalayariotinto @GEO3BCN_CSIC
sway.cloud.microsoft...
Newsletter del Proyecto Stone #3
Atalaya Mining continúa implementando mejoras en la minería digitalizada y tecnologizada que desarrolla en Riotinto. Se trata de una apuesta por llevar a cabo esta actividad con las máximas garantías
sway.cloud.microsoft
November 28, 2024 at 11:18 AM
🏆Los sismómetros del #CSIC registraron las vibraciones de las celebraciones durante la final del Mundial
CSIC (@csic.es)
¡La victoria de la Selección Española hizo a temblar a nuestro país!🏆🇪🇸 ➡️ El #CSIC registró en Cataluña las vibraciones por los saltos y celebraciones durante la final de la #CopaMundialFIFA con los sismómetros del #GEO3BCN_CSIC ¡Enhorabuena! 👏🏻⚽️
bsky.app
July 24, 2026 at 3:24 PM
Es que...

¡La victoria de la Selección Española hizo a temblar a nuestro país!🏆🇪🇸

➡️ El #CSIC registró en Cataluña las vibraciones por los saltos y celebraciones durante la final de la #CopaMundialFIFA con los sismómetros del #GEO3BCN_CSIC

¡Enhorabuena! 👏🏻⚽️
July 20, 2026 at 8:25 AM
¡Hola holaa! 🌍👋
Hemos decidido hacer una pausa en Bluesky, y centrar nuestra actividad, por el momento, en Instagram (@geo3bcn_csic) y LinkedIn (Geociencias Barcelona - CSIC).

👉 ¡Únete para conocer todos nuestros avances científicos!

Muchas gracias por seguirnos y ¡nos vemos por las redes! 🌐
August 11, 2025 at 9:55 AM
A key conversation on the impacts of rare earths from different perspectives:
🔹 Bruno Chareyron (Nuclear Engineer)
🔹 Lee Tan (Environmental Activist, Stop Lynas Campaign)
🔹 Steven H. Emerman (Geophysicist)
Moderators: Marta Conde (@geo3bcn_csic) and Mariana Water (@IBEI_org)
Webinar: Rare Earths: geological, radiological and socio-ecological challenges - GEO3BCN
Join us on June 5 for an insightful webinar titled “Rare Earths: […]
f.mtr.cool
May 22, 2025 at 10:30 AM
1️⃣ La Conexión POLAR CSIC está coordinada por María Gema Llorens (GEO3BCN_CSIC) y Ricardo León (IGME-CSIC).

Su objetivo es comprender el estado y la evolución de las áreas polares para predecir su situación en 2050 y sus implicaciones futuras🌍❄️
March 10, 2025 at 1:03 PM
The @UniversidadeUSC leads the work, in which researchers from @GEO3BCN_CSIC, @mncn_csic, ICE-CSIC & @IEEC_space participate.

The meteorite has been officially named by @MeteoriticalSoc 👉

lpi.usra.edu/meteor/metbull…
Meteoritical Bulletin: Entry for Traspena
History: (Manuel Andrade, USC) On January 18, 2021, at 00:18:56.54 UTC, an extremely bright fireball appeared in the night sky of Galiza (NW of Spain). Sonic booms were recorded at four seismic stations and inhabitants of the regions of Ancares, Sarria and Bierzo heard as well a loud sonic boom. This superbolide was instrumentally recorded from the automated observing stations of the Universidade de Santiago de Compostela in Lugo and Santiago de Compostela and these vídeos were astrometrically calibrated by Manuel Andrade. Additionally, seven videos recorded from Caldas de Reis (Pontevedra), Corullón (León), Foncebadón (León), León, Nigrán (Pontevedra), Ponferrada (León), and Toral de los Vados (León) were carefully calibrated by José Á. Docobo and Pedro P. Campo (R.M. Aller Astronomical Observatory, USC). Eloy Peña-Asensio (UAB-CSIC) and Josep M. Trigo-Rodríguez (CSIC-IEEC) participated in the fireball astrometric reduction from the Institute of Space Sciences (CSIC-IEEC). The trajectory reconstruction, the dark flight simulations and the pre-impact heliocentric orbit computation were done by Manuel Andrade (USC). In addition, Mar Tàpia (LEGEF-IEC) performed a seismic analysis using data from four seismic stations (Pontenova, Agolada, Lobios, and Calabor). The meteoroid entered the atmosphere 75 km above the Earth’s surface at a steep angle of about 77° with a velocity of 15 km/s. It stopped ablating at a height of 16 km after decelerating to 2.4 km/s. Three main flares were recorded during the 4.84-second flight and up to nine fragments were counted in the train that formed at the end of the fireball. The initial mass of meteoroid was estimated to be about 2.62 × 10^3 kg. Since the preliminary analysis of the observations of the fireball, made in the hours immediately afterwards, indicated that part of the meteoroid had survived the entry into the atmosphere and thus reached the ground in the SW of the municipality of Baralla, a search team was organized, consisting mainly of members of the Department of Applied Mathematics of the Campus of Lugo (USC), located at only 20 km from the fall zone. Despite the nationwide shutdown due to the COVID-19 pandemic, we obtained a special permission from the USC that allowed us to conduct a large number of search days in the weeks following the event. Finally, a fusion-crusted stone weighing 527 g was found by chance on March 18, 2021, by Jesús Á. Farelo in a meadow where he usually takes his cattle to graze, in the Formigueiro place, very close to the village of Traspena, in the parish of Covas (municipality of Baralla, province of Lugo).
www.lpi.usra.edu
March 27, 2025 at 3:49 PM
El treball ha estat liderat per la @UniversidadeUSC, i hi participen investigadors de @GEO3BCN_CSIC, @mncn_csic, l'ICE-CSIC i l'@IEEC_space.

El meteorit ha estat nomenat oficialment per la @MeteoriticalSoc 👉

lpi.usra.edu/meteor/metbull…
Meteoritical Bulletin: Entry for Traspena
History: (Manuel Andrade, USC) On January 18, 2021, at 00:18:56.54 UTC, an extremely bright fireball appeared in the night sky of Galiza (NW of Spain). Sonic booms were recorded at four seismic stations and inhabitants of the regions of Ancares, Sarria and Bierzo heard as well a loud sonic boom. This superbolide was instrumentally recorded from the automated observing stations of the Universidade de Santiago de Compostela in Lugo and Santiago de Compostela and these vídeos were astrometrically calibrated by Manuel Andrade. Additionally, seven videos recorded from Caldas de Reis (Pontevedra), Corullón (León), Foncebadón (León), León, Nigrán (Pontevedra), Ponferrada (León), and Toral de los Vados (León) were carefully calibrated by José Á. Docobo and Pedro P. Campo (R.M. Aller Astronomical Observatory, USC). Eloy Peña-Asensio (UAB-CSIC) and Josep M. Trigo-Rodríguez (CSIC-IEEC) participated in the fireball astrometric reduction from the Institute of Space Sciences (CSIC-IEEC). The trajectory reconstruction, the dark flight simulations and the pre-impact heliocentric orbit computation were done by Manuel Andrade (USC). In addition, Mar Tàpia (LEGEF-IEC) performed a seismic analysis using data from four seismic stations (Pontenova, Agolada, Lobios, and Calabor). The meteoroid entered the atmosphere 75 km above the Earth’s surface at a steep angle of about 77° with a velocity of 15 km/s. It stopped ablating at a height of 16 km after decelerating to 2.4 km/s. Three main flares were recorded during the 4.84-second flight and up to nine fragments were counted in the train that formed at the end of the fireball. The initial mass of meteoroid was estimated to be about 2.62 × 10^3 kg. Since the preliminary analysis of the observations of the fireball, made in the hours immediately afterwards, indicated that part of the meteoroid had survived the entry into the atmosphere and thus reached the ground in the SW of the municipality of Baralla, a search team was organized, consisting mainly of members of the Department of Applied Mathematics of the Campus of Lugo (USC), located at only 20 km from the fall zone. Despite the nationwide shutdown due to the COVID-19 pandemic, we obtained a special permission from the USC that allowed us to conduct a large number of search days in the weeks following the event. Finally, a fusion-crusted stone weighing 527 g was found by chance on March 18, 2021, by Jesús Á. Farelo in a meadow where he usually takes his cattle to graze, in the Formigueiro place, very close to the village of Traspena, in the parish of Covas (municipality of Baralla, province of Lugo).
www.lpi.usra.edu
March 27, 2025 at 3:49 PM
El trabajo ha sido liderado por la @UniversidadeUSC, y en él participan investigadores de @GEO3BCN_CSIC, @mncn_csic, el ICE-CSIC y @IEEC_space.

El meteorito ha sido nombrado oficialmente por la @MeteoriticalSoc 👉

lpi.usra.edu/meteor/metbull…
Meteoritical Bulletin: Entry for Traspena
History: (Manuel Andrade, USC) On January 18, 2021, at 00:18:56.54 UTC, an extremely bright fireball appeared in the night sky of Galiza (NW of Spain). Sonic booms were recorded at four seismic stations and inhabitants of the regions of Ancares, Sarria and Bierzo heard as well a loud sonic boom. This superbolide was instrumentally recorded from the automated observing stations of the Universidade de Santiago de Compostela in Lugo and Santiago de Compostela and these vídeos were astrometrically calibrated by Manuel Andrade. Additionally, seven videos recorded from Caldas de Reis (Pontevedra), Corullón (León), Foncebadón (León), León, Nigrán (Pontevedra), Ponferrada (León), and Toral de los Vados (León) were carefully calibrated by José Á. Docobo and Pedro P. Campo (R.M. Aller Astronomical Observatory, USC). Eloy Peña-Asensio (UAB-CSIC) and Josep M. Trigo-Rodríguez (CSIC-IEEC) participated in the fireball astrometric reduction from the Institute of Space Sciences (CSIC-IEEC). The trajectory reconstruction, the dark flight simulations and the pre-impact heliocentric orbit computation were done by Manuel Andrade (USC). In addition, Mar Tàpia (LEGEF-IEC) performed a seismic analysis using data from four seismic stations (Pontenova, Agolada, Lobios, and Calabor). The meteoroid entered the atmosphere 75 km above the Earth’s surface at a steep angle of about 77° with a velocity of 15 km/s. It stopped ablating at a height of 16 km after decelerating to 2.4 km/s. Three main flares were recorded during the 4.84-second flight and up to nine fragments were counted in the train that formed at the end of the fireball. The initial mass of meteoroid was estimated to be about 2.62 × 10^3 kg. Since the preliminary analysis of the observations of the fireball, made in the hours immediately afterwards, indicated that part of the meteoroid had survived the entry into the atmosphere and thus reached the ground in the SW of the municipality of Baralla, a search team was organized, consisting mainly of members of the Department of Applied Mathematics of the Campus of Lugo (USC), located at only 20 km from the fall zone. Despite the nationwide shutdown due to the COVID-19 pandemic, we obtained a special permission from the USC that allowed us to conduct a large number of search days in the weeks following the event. Finally, a fusion-crusted stone weighing 527 g was found by chance on March 18, 2021, by Jesús Á. Farelo in a meadow where he usually takes his cattle to graze, in the Formigueiro place, very close to the village of Traspena, in the parish of Covas (municipality of Baralla, province of Lugo).
www.lpi.usra.edu
March 27, 2025 at 3:49 PM
La red sísmica educativa gestionada por @GEO3BCN_CSIC ha detectado el bólido #SPMN230522 👇

x.com/GEO3BCN_CSIC/s…
March 27, 2025 at 2:24 PM