Haipeng Luo (@HLuo18) profile picture

Haipeng Luo

@HLuo18

PhD in Geophysics

Joined February 2019
  • Tweets10
  • Following218
  • Followers52
1Media
Photo by Haipeng Luo (@HLuo18)
How do fluids and fault heterogeneities affect earthquake rupture and ground shaking? Our paper on the Noto earthquake provides some information that could be useful in untangling the mystery (Ma et al. on this Science cover science.org/doi/abs/10.1126/…).

Slow rupture in a fluid-rich fault zone initiated the 2024 Mw 7.5 Noto earthquake

The 2024 moment magnitude 7.5 Noto Peninsula (Japan) earthquake caused devastation to communities and was generated by a complex rupture process. Using space geodetic and seismic observations, we...

science.org
Science Magazine (@ScienceMagazine) profile pictureScience Magazine
@ScienceMagazine22 Aug 2024
The 2024 magnitude 7.5 Noto earthquake in Japan occurred on a fault system that has seen repeated seismic swarms since 2020. New research in Science deciphers the intense ground motion of the event. Learn more in this week's issue: scim.ag/86Y
Image from Science Magazine (@ScienceMagazine)
1
8
31
3,112
Haipeng Luo retweeted
Tina Dura (@diatomdura) profile picture
Tina Dura@diatomdura16 Jul 2024
Please consider submitting to our AGU session: T011 - Linking Tectonic Processes to Relative Sea Level Changes in Subduction Zones: Observations and Models Across Various Timescales agu.confex.com/agu/agu24/pre… Abstracts are due in two weeks!
Image from Tina Dura (@diatomdura)
4
2
8
1,301
Save it for any robust InSAR processing work in future
Zhangfeng Ma (@MarsZeff) profile pictureZhangfeng Ma
@MarsZeff4 Mar 2024
🚀 Exciting News! ctSent version 2.0 is released. P.S. finally had some time to package it up 🤪. I've added parallel computing for lightning speed and introduced burst overlap interferometry. 🌐✨ Check it out for a faster, more advanced experience! zenodo.org/records/10776079

Co-registration Toolbox for Sentinel-1

CtSent v2.0 described here is a MATLAB-based software developed by a team of researchers, and here we are happy to provide a copy to non-commercial researchers. The code is well documented and has...

zenodo.org
2
392
Haipeng Luo retweeted
Zhangfeng Ma (@MarsZeff) profile picture
Zhangfeng Ma
@MarsZeff9 Jan 2024
🆕Please find our newly updated 3D deformations. It is just a preliminary result with 1 km resolution. The higher resolution map is on the way. Deformations are well consistent with the reported coastal change. More to post ~ --@HLuo18 @kmno4_deliang Shengji @Dr_Yu_Jiang and me
Image from Zhangfeng Ma (@MarsZeff)
Zhangfeng Ma (@MarsZeff) profile pictureZhangfeng Ma
@MarsZeff6 Jan 2024
I just quickly processed InSAR displacements for this Mw7.6 earthquake. Please see the preliminary results below. From it, we can clearly see two large deformation asperties. These data can only cover region onshore, but what for the northern part offshore🤔?
Image from Zhangfeng Ma (@MarsZeff)
2
33
3
96
70,507
🆕Our (@MarsZeff @kmno4_deliang and me) preliminary slip distribution of this Mw 7.6 Noto earthquake, from joint inversion of InSAR and GNSS data. Seems 🤔 a good correlation with all geodetic data and BP results. More to post~
Image from Haipeng Luo (@HLuo18)
Image from Haipeng Luo (@HLuo18)
Zhangfeng Ma (@MarsZeff) profile pictureZhangfeng Ma
@MarsZeff6 Jan 2024
I just quickly processed InSAR displacements for this Mw7.6 earthquake. Please see the preliminary results below. From it, we can clearly see two large deformation asperties. These data can only cover region onshore, but what for the northern part offshore🤔?
Image from Zhangfeng Ma (@MarsZeff)
16
25
6,577
China has successfully landed a spacecraft on Mars. Congratulations China 🇨🇳 bbc.co.uk/news/science-envir… – at Beijing, People's Republic of China
China lands its Zhurong rover on Mars

China lands its Zhurong rover on Mars

The six-wheeled robot has made the hazardous descent to the surface of the Red Planet, China announces.

bbc.co.uk
28
106
10
1,084
In most regions, quake magnitudes follow a simple pattern: for every M8, there are ~10 M7s & ~100 M6s, etc. The PacNW (Cascadia) does not seem to fit the usual mold, with 1 M9 every 500-600 yrs on average, but not, so far as we can tell, ~10 M8s in that same span.
Image from USGS Earthquakes (@USGS_Quakes)
8
34
4
161
Congrats #UVic researchers Haipeng Luo and Kelin Wang @UVicScience for their published research this week in @NatureGeosci, studying internal structures of the subduction zone system. #Univresearch
Nature Geoscience (@NatureGeosci) profile pictureNature Geoscience@NatureGeosci18 Jan 2021
NGeo: Postseismic geodetic signature of cold forearc mantle in subduction zones nature.com/articles/s41561-0…
Image from Nature Geoscience (@NatureGeosci)
2
3
Load more