In a new #SRL paper, scientists use 1950s era aerial photographs and Keyhole satellite images from 1968 to study stream offset along the Xiaojiang fault. Because the region has been extensively anthropomorphically modified, these datasets are invaluable. ⚒️
buff.ly/Jo6enPa
06.03.2026 03:00
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» New papers on paleoseismology, active tectonics, and archaeoseismology (March 2026)
These are the latest papers on paleoseismology, active tectonics, and archaeoseismology (March 2026):
paleoseismicity.org/new-papers-o...
02.03.2026 10:32
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Happy to share our paper on Coupled Tectonic and Surface Processes at EPSL - years of work!
#Tectonics #EarthSurface #Subduction #Fault
doi.org/10.1016/j.ep...
07.02.2026 14:05
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4 physicists standing along a berm and in the tall grasses of the Everglades wetlands, conducting GPR surveys as a collaboration between Xavier Comas's research group & USGS.
📸 Do you work in near-surface geophysics? I'm looking for a few community photos (fieldwork, lab, classes, conferences) to include in a photo gallery in the upcoming issue of the EEGS magazine. Focus is environmental & engineering near-surface geophysics.
⚒️🧪 #WomenInSTEM #QueerInSTEM #TransInSTEM
19.02.2026 19:52
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Paleoseismology session at the 2026 CANQUA meeting (3-6 June, Montreal)
2. Bridging the Gaps: Advances in Paleoseismology across Marine, Lacustrine, and Terrestrial Environments
event.fourwaves.com/canqua2026/p...
11.02.2026 08:21
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A new study considers the the Zougahana fault in Kyushu, Japan, and its relationship to the Futagawa fault and Aso caldera. The team uses paleoseismology to explore. Find out more in #BSSA. ⚒️
buff.ly/mjBAZjW
17.02.2026 03:01
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In Slovenia: at the bottom of the sea, the Faronika fish is said to reign. When it moves, the earth shakes and earthly disasters occur. The name of the fish is associated with the pharaoh's soldiers who were swallowed by the Red Sea and turned into fish, only occasionally taking on human form.
12.02.2026 09:59
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🔥Save the date for the next EGU TS TectoTalks session!!🔥⛏️🗻
This second session will focus on fault growth and evolution and their influence on fluid flow and seismicity
📅 18 February 2026 at 10:00 CET
🔗 Registration: msteams.link
22.01.2026 10:01
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Earthquake Environmental Effects due to the December 6, 2025 Mw 7.0 Yukon Earthquake
12.02.2026 07:41
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We applied double-difference relocation to the mainshock and 3280 aftershocks to illuminate the fault rupture geometry, and we explore the implications in terms of regional tectonics.
11.02.2026 22:46
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YEG2025_4 - The December 6, 2025 Mw 7.0 earthquake in Yukon, Canada: Tectonic significance and observations of ground failure - Publication Details - Yukon Geological Survey
Finley, T., Gosselin, J.M., Biegel, K.M., Lipovsky, P.S., Cronmiller, D.C., Schaeffer, A.J. and Dettmer, J., 2026. The December 6, 2025 Mw 7.0 earthquake in Yukon, Canada: Tectonic significance and observations of ground failure. In: Yukon Exploration and Geology 2025, A. Stuart, L.H. Weston and S.K. Schultz (eds.), Yukon Geological Survey, Government of Yukon, p. 131–148.. Abstract: The December 6, 2025 moment magnitude (Mw) 7.0 earthquake in southwestern Yukon was the largest onshore earthquake in Canada in over 75 years. It caused no casualties or damage to the built environment but offers insight into the complex active tectonics of the St. Elias orogen and hazards posed by major faults in the Yukon. It also caused widespread landslides and avalanche activity, providing an opportunity to study relationships between ground shaking and mass wasting. Here, we use double-difference relocation to refine the location of the mainshock and 3280 ensuing aftershocks. Based on satellite imagery and a reconnaissance flight to the epicentral area, we compile a preliminary inventory of over 200 landslides and other surface effects caused by the event. During the December 12, 2025 flight, no evidence of a surface rupture was observed. The areal extent of landslide occurrences was also considerably smaller than expected based on empirical data from past earthquakes, possibly due to the cold temperatures and presence of permafrost. The earthquake relocations and landslide distribution indicate that the main rupture and strongest shaking occurred beneath the Mt. King George massif. We infer that the rupture occurred on the southernmost section of the hypothesized Totschunda-Fairweather Connector fault. Slip initiated with strike-slip motion, rupturing northwestward, and may have activated a conjugate reverse fault toward the northwest segment of the rupture.
In response to the Dec. 6 Mw 7.0 earthquake in southwest Yukon, colleagues and I put together this short paper for the YGS's annual Yukon Exploration and Geology volume.
data.geology.gov.yk.ca/Reference/96...
11.02.2026 22:46
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A group of geologists in the field, standing around a trench
The last day of the PATA 2026 field trip took us to the La Laguna trench site, which has evidence for five events including 1976
01.02.2026 22:45
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Widespread abyssal turbidites record megathrust earthquake-triggered landslides and coseismic deformation in the Cascadia subduction zone
Lower slope failures produce abyssal turbidites that record shaking and coseismic deformation during megathrust earthquakes.
Our new paper on earthquake records in the Cascadia Subduction Zone is out today!
The goal of our work is to reduce uncertainty in the timing and frequency of large earthquakes by investigating how and where subduction earthquake-triggered deposits are formed. 🧪⚒️🌊
www.science.org/doi/10.1126/...
14.01.2026 21:30
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Paleoseismology session at the 2026 CANQUA meeting (3-6 June, Montreal)
2. Bridging the Gaps: Advances in Paleoseismology across Marine, Lacustrine, and Terrestrial Environments
event.fourwaves.com/canqua2026/p...
11.02.2026 08:21
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Paleoseismology of the Zougahana Fault, Northern Aso Outer Rim, and Its Role in the Tectonics of Northern Kyushu #BSSA ⚒️
A team identified several prior earthquakes via paleoseismology on Japan’s Zougahana fault.
buff.ly/b2knR5R
07.02.2026 15:02
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Title page of a review paper on the 1976 Earthquake
Today is the 50th anniversary of the Mw7.5 Guatemala Earthquake. The first sessions commemorate this disastrous event and shed light on the tectonics of the plate boundary and anti-seismic design in the UNESCO World Heritage site of Antigua.
#PATADays
04.02.2026 15:02
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Our cheerleader Tina is describing 1976 earthquake damages in Antigua, Guatemala during patadays2026 city tour
04.02.2026 00:17
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Geologists in a convent
Today we start with an Archaeoseismology walking tour through Antigua. Lots of earthquakes have affected the city since the 18th century, and we can see the traces as well as the antiseismic design. #PATADays
03.02.2026 15:00
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» New papers on paleoseismology, active tectonics, and archaeoseismology (Feb 2026)
These are the latest papers on paleoseismology, active tectonics, and archaeoseismology (Feb 2026) paleoseismicity.org/new-papers-o...
03.02.2026 14:01
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First day of the field trip along the 1976 M7.5 Guatemala earthquake, Patadays 2026
31.01.2026 03:35
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Day2 of patadays2026 field trip. More trenches, more offsets, more questions! Active tectonics in tropical environment is a real challenge
31.01.2026 23:55
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#patadays Day 2. The rupture of 1976 eq. on the Motagua fault, and his offset along a canal
31.01.2026 22:56
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🌟OPEN ACCESS🌟In a new #BSSA paper, a team of scientists conducted paleoseismology in eastern Taiwan, unearthing evidence of a total of five surface-rupturing events over the past 600 years. ⚒️
buff.ly/vrm8hr4
21.01.2026 21:02
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