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Journal of Applied Volcanology @appliedvolc

Official account for the Journal of Applied Volcanology - published by BMC, part of Springer Nature. Tweets in English, Spanish, French 🏙️🌋🏙️

Joined March 2018
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  • Followers 913
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Last chance to submit a contribution to our latest special issue! 🌋 Remember, we have fee waivers for authors who need them - spread the word! 📷#JAV is fully open-access, ensuring your applied #volcanology work reaches those who need to read it 📷 📜 link.springer.com/collection…
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🚨Exciting new article in JAV by Wright et al. 🚨 on sources of cognitive bias in #eruption forecasting and how to minimise them. They present an updated forecasting methodology used by the @USGSVolcanoes @VDAP_USGS_OFDA 🌋🏘️👇 link.springer.com/article/10…
Graphic from Wright et al. 2025 in Journal of Applied Volcanology, showing that the level of bias increases when data availability and time to plan are low - a situation that characterises almost all volcanic crises.

ALT Graphic from Wright et al. 2025 in Journal of Applied Volcanology, showing that the level of bias increases when data availability and time to plan are low - a situation that characterises almost all volcanic crises.
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Last chance to submit a contribution to our latest special issue! 🌋 Remember, we have fee waivers for authors who need them - spread the word! 📢#JAV is fully open-access, ensuring your applied #volcanology work reaches those who need to read it 📜
Journal of Applied Volcanology@appliedvolc
7 Oct 2024
📢Announcing our exciting NEW special collection on 'Data visualisation and effective communication in #volcanology: cross-disciplinary lessons from research and practice'. Receiving submissions till Sept. 2025. Read about it and consider submitting: biomedcentral.com/collection…
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For those interested in soil gas emissions in #volcanic areas, check out this new open-access article in #JAV focused on the island of Saba in the Lesser Antilles. The authors identified biogenic, atmospheric, and hydrothermal-magmatic sources of CO2: link.springer.com/article/10…
Figure 4c from Zwillich et al. (2025) in the Journal of Applied Volcanology, showing a low-cost instrument measuring diffuse soil CO2 emissions.

ALT Figure 4c from Zwillich et al. (2025) in the Journal of Applied Volcanology, showing a low-cost instrument measuring diffuse soil CO2 emissions.
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Journal of Applied Volcanology retweeted
VMSG@vmsg_uk
18 Sep 2025
The VMSG Annual Meeting will be hosted by @NOCnews and @unisouthampton at their waterfront campus, 5th - 7th January 2026. REGISTRATION IS NOW OPEN! Please see the meeting website for info on travel, programme, registration & our buddy scheme here: noc-events.co.uk/VMSG-volcan…
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🌋Intéressé(e) par le volcanisme des cônes de scories à haute énergie ? Découvrez notre dernier article par Courtland et Bump, qui démontre l'utilisation du géoradar pour rechercher des traces de panaches soutenus à impact régional 👀⏬ appliedvolc.biomedcentral.co…
Figure 15 de Courtland et Bump (2025) dans le Journal of Applied Volcanology montrant l'interprétation des auteurs des structures internes au sein du cône de scories Red Cone, Nevada, États-Unis

ALT Figure 15 de Courtland et Bump (2025) dans le Journal of Applied Volcanology montrant l'interprétation des auteurs des structures internes au sein du cône de scories Red Cone, Nevada, États-Unis
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¿Te interesa el #vulcanismo de conos de escoria de alta energía? Consulta nuestro último artículo de Courtland y Bump, que demuestra el uso del georradar para buscar evidencia de columnas de ceniza sostenidas con impacto regional👀⏬ #volcán appliedvolc.biomedcentral.co…
Figura 15 de Courtland y Bump (2025) en el Journal of Applied Volcanology que muestra la interpretación de las autores de las estructuras internas dentro del cono de escoria Red Cone, Nevada, Estados Unidos

ALT Figura 15 de Courtland y Bump (2025) en el Journal of Applied Volcanology que muestra la interpretación de las autores de las estructuras internas dentro del cono de escoria Red Cone, Nevada, Estados Unidos
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🌋Interested in high energy scoria cone #volcanism? Check out our latest article by Courtland and Bump, which demonstrates the use of GPR to search for evidence of sustained #ash columns with regional impact on two cones in Nevada, USA👀⏬#volcano appliedvolc.biomedcentral.co…
Figure 15 from Courtland and Bump (2025) in Journal of Applied Volcanology, showing the interpretation of internal structure within Red Cone scoria cone, Nevada, USA

ALT Figure 15 from Courtland and Bump (2025) in Journal of Applied Volcanology, showing the interpretation of internal structure within Red Cone scoria cone, Nevada, USA
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📢Read our newest article by @claire_horwell and co-authors investigating the understudied impact of #volcanic emissions, particularly SO₂, on aircraft occupants. With 40-50 eruptions occurring at any one time, this is a topic of global importance 👥✈️👩‍✈️🌋tinyurl.com/35hpj7zr
Figure 1 from Horwell et al. 2025 in the Journal of Applied Volcanology, showing the different volcanic processes and emissions of relevance to aircraft encounters in the atmosphere.

ALT Figure 1 from Horwell et al. 2025 in the Journal of Applied Volcanology, showing the different volcanic processes and emissions of relevance to aircraft encounters in the atmosphere.
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Journal of Applied Volcanology retweeted
Instituto Geofísico
@IGecuador
31 May 2025
INFORME VOLCÁNICO ESPECIAL VOLCÁN GUAGUA PICHINCHA No. 2025-001 SÁBADO 31 DE MAYO DE 2025 Se ha publicado en nuestro sitio web. Ver informe: servicios.igepn.edu.ec/url/N…
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Journal of Applied Volcanology retweeted
USGS Volcanoes🌋
@USGSVolcanoes
22 Apr 2025
Kilauea Message 2025-04-22 04:37:28 HST: Fountains from the south vent are currently over 600 ft high and about 200 ft high from the north vent. The plume is going straight up due to calm winds. Expect the possible fall of Pele's hair and ash north to overlooks and communities.
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Journal of Applied Volcanology retweeted
USGS Volcanoes🌋
@USGSVolcanoes
7 Apr 2025
#45YearsAgo at #MountStHelens: Clouds clear & scientists get a good view of a summit crater 5 football fields wide & 500 ft deep. At the bottom are 2 pools of muddy water & floating ice chunks. EQs max out at M4.7, locations plot 0.5 to 3 mi deep, many under north flank. #MSH45
View of Mount St. Helens' summit crater, taken April 7, 1980.

ALT View of Mount St. Helens' summit crater, taken April 7, 1980.

Aerial view of Mount St. Helens' upper flank, taken April 7, 1980. Mount Hood and Mount Jefferson are in the distance.

ALT Aerial view of Mount St. Helens' upper flank, taken April 7, 1980. Mount Hood and Mount Jefferson are in the distance.

Aerial view of a small plume of steam (white) and light ash (gray) erupting from the summit of Mount St. Helens on April 7, 1980. Photo by R. Waitt.

ALT Aerial view of a small plume of steam (white) and light ash (gray) erupting from the summit of Mount St. Helens on April 7, 1980. Photo by R. Waitt.

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🌋Descubre la nueva técnica versátil y ágil que utiliza @USGSVolcanoes para monitoreo continuo en tiempo real del nivel del lago de lava del #Volcán Kīlauea, Hawái mediante un láser. Utilizada desde 2018 para monitorear la presión del sistema magmático 👉tinyurl.com/52kbk2m6
Figura 3 de Younger et al. (2025) en el Journal of Applied Volcanology, mostrando las instalaciones de laseres en el campo para medir el nivel del lago de lava del Volcan Kilauea.

ALT Figura 3 de Younger et al. (2025) en el Journal of Applied Volcanology, mostrando las instalaciones de laseres en el campo para medir el nivel del lago de lava del Volcan Kilauea.
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🌋Hot from Kīlauea #Volcano, Hawai'i, read about @USGSVolcanoes 𝗻𝗲𝘄, versatile and nimble technique for real-time monitoring of lava lake fluctuations using a continuous laser rangefinder. Used since 2018 to monitor magmatic system pressure & hazards👉tinyurl.com/52kbk2m6
Figure 3 from Younger et al. (2025) in the Journal of Applied Volcanology showing the field installation of continuous laser rangefinder instruments applied to real-time monitoring of lava lake levels at Kilaeua Volcano in Hawai'i

ALT Figure 3 from Younger et al. (2025) in the Journal of Applied Volcanology showing the field installation of continuous laser rangefinder instruments applied to real-time monitoring of lava lake levels at Kilaeua Volcano in Hawai'i

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🌋Nouvel article: @AliceRPaine et @WadsworthFabian ont compilé à échelle mondiale les volumes de dépôts de retombées et d'ignimbrites pour #éruptions >M4. Les panaches volcaniques contribuent faiblement pour les éruptions de magnitudes les plus élevées😯👉tinyurl.com/44jsepxn
Figure 5 de Paine et Wadsworth (2025), dans le Journal of Applied Volcanology, illustrant les principales différences entre (a) les éruptions à rapport VFALL/V élevé et (b) les éruptions à faible rapport VFALL/V.

ALT Figure 5 de Paine et Wadsworth (2025), dans le Journal of Applied Volcanology, illustrant les principales différences entre (a) les éruptions à rapport VFALL/V élevé et (b) les éruptions à faible rapport VFALL/V.
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🌋Nuevo artículo por @AliceRPaine y @WadsworthFabian, quienes crearon una compilación global de volumenes de depósitos de caída e ignimbritas para #erupciones >M4. Encontraron poco o ningún componente de plumas en erupciones de las magnitudes más altas😯👉tinyurl.com/44jsepxn
Figura 4 por Paine y Wadsworth 2025, en el Journal of Applied volcanology, que ilustra las diferencias clave entre (a) erupciones con una relación VFALL/V alta y (b) erupciones con una relación VFALL/V baja.

ALT Figura 4 por Paine y Wadsworth 2025, en el Journal of Applied volcanology, que ilustra las diferencias clave entre (a) erupciones con una relación VFALL/V alta y (b) erupciones con una relación VFALL/V baja.
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🌋Exciting new article by @AliceRPaine and @WadsworthFabian who created a global compilation of fall deposit and ignimbrite volumes for #eruptions >M4. They found little or no buoyant plume component for eruptions of the highest known magnitudes😯👉tinyurl.com/44jsepxn
Figure 5 from Paine and Wadsworth 2025, in Journal of Applied Volcanology, illustrating the key differences between (a) high VFALL/V ratio eruptions, and (b) low VFALL/V ratio eruptions.

ALT Figure 5 from Paine and Wadsworth 2025, in Journal of Applied Volcanology, illustrating the key differences between (a) high VFALL/V ratio eruptions, and (b) low VFALL/V ratio eruptions.
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No pierdas este número especial, abierto hasta finales de septiembre. El Journal es de acceso abierto y cubierto por numerosos acuerdos de publicación institucionales. También ofrecemos exenciones de APC para autores con recursos limitados ✍️🌋 tinyurl.com/3evvbfrn
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Don't forget about this exciting special issue, receiving submissions till end Sept. We are fully open-access and covered under many institutional publishing agreements. We also have APC waivers available for authors from resource constrained contexts✍️🌋 tinyurl.com/3evvbfrn
Journal of Applied Volcanology@appliedvolc
7 Oct 2024
📢Announcing our exciting NEW special collection on 'Data visualisation and effective communication in #volcanology: cross-disciplinary lessons from research and practice'. Receiving submissions till Sept. 2025. Read about it and consider submitting: biomedcentral.com/collection…
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🌋✈️Nuevo artículo de Debrel et al. investigando las trayectorias de los aviones comerciales durante #erupciones volcanicas. Un mayor volumen de espacio aéreo afectado por la ceniza resulta en una mayor desviación de las trayectorias de vuelo⏬⏬⏬ tinyurl.com/55en2f7e
Figura 2 del artículo de Debrel et al (2025) en el Journal of Applied Volcanology mostrando los flujos de información entre las diferentes organizaciones involucradas en la respuesta a las emisiones volcánicas para proporcionar información sobre peligros a la aviación.

ALT Figura 2 del artículo de Debrel et al (2025) en el Journal of Applied Volcanology mostrando los flujos de información entre las diferentes organizaciones involucradas en la respuesta a las emisiones volcánicas para proporcionar información sobre peligros a la aviación.
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