2026-06-02T06:11:37Z https://datacatalogue.cessda.eu/oai-pmh/v0/oai

3a07f776afaf445d718a9cbd5ffb4a854aa7ae01d80a8a9e7245e9b29d0aab48 2025-06-17T03:25:47Z language:svopenaire_data

Förkastningssystem i jordskorpan på den koreanska halvön belyst av seismiska reflektionsdata - Slutliga stackresultat och "receiver gathers" exempel från Sydkoreas seismiska reflektionskampanj 2021 Swedish National Data ServiceSvensk nationell datatjänst Landing page Förkastningssystem i jordskorpan på den koreanska halvön belyst av seismiska reflektionsdata - Slutliga stackresultat och "receiver gathers" exempel från Sydkoreas seismiska reflektionskampanj 2021 Crustal-scale fault systems in the Korean Peninsula unraveled by reflection seismic data - Final stack results and example receiver gathers from South Korea seismic reflection campaign in 2021 2022-120-1-1https://doi.org/10.57804/f8w5-6r98 Zappalà, Samuel Zappalà, Samuel Swedish National Data ServiceSvensk nationell datatjänst 2022-08-04 Landing page Seismic ProfileSeismic Profilegeological faultssouth koreaEarthquakesEarthquakesnationsTectonicsTectonicsSolid EarthSolid EarthEarth ScienceEarth ScienceScience KeywordsScience Keywords GeophysicsGeofysikEarth and Related Environmental SciencesGeovetenskap och miljövetenskapNatural SciencesNaturvetenskap Resulting data from the 2021 campaign in the Seoul metropolitan area (South Korea). Around 40 km of high-resolution reflection seismic data were acquired along an E-W profile cross-cutting major crustal scale fault systems. The raw data were obtained with 2 seismic vibrators as source and 421 10 Hz geophones as receivers, with an asymmetric split spread and roll-along geometry. The acquired data has been processed with Globe Claritas software and it is provided in a standard seg-y format. A full description of the data aquisition is provided in: Samuel Zappalá, Alireza Malehmir, Tae-Kyung Hong, Christopher Juhlin, Junhyung Lee, Myrto Papadopoulou, Bojan Brodic, Seongjun Park, Dongchan Chung, Byeongwoo Kim, & Jeongin Lee. Crustal-scale fault systems in the Korean Peninsula unraveled by reflection seismic data, Earth and Space Science, submitted However, the methodology is the same as used in the previous study: Malehmir, A., Hong, T.-K., Lee, J., Zappalá, S., Brodic, B., Chung, D., Kim, B., Park, S., Lee, J., & Kil, D. (2022). Fault intersections control short period intraplate start-stop seismicity in the Korean Peninsula. In Tectonophysics (No. 229387; Vol. 834). https://doi.org/10.1016/j.tecto.2022.229387 In the dataset are present: - 2 examples of receiver gathers raw: (korea2021_P3_rec1185_raw.segy and korea2021_P3_rec487_raw.segy). - the same 2 receiver gathers after the applied processing: (korea2021_P3_rec1185_raw_rfst_fils_res_tm.segy and korea2021_P3_rec487_raw_rfst_fils_res_tm.segy). - stack section acquired with wireless receivers (20 m spacing), unmigrated and migrated:(korea2021_P3_stack.segy and korea2021_P3_migrated.segy). - stack section acquired with wireless receivers (20 m spacing) with an applied cross dip correction for 10 degrees towards north, unmigrated and migrated: (korea2021_P3_crossdipcorrected_stack.segy and korea2021_P3_crossdipcorrected_migrated.segy). - unmigrated stack section acquired with landstreamer receivers (2 m spacing): (korea2021_P3_streamer_stack.segy.Resultatdata från reflektionsseismiska 2021-kampanjen i Seouls storstadsområde (Sydkorea). Se engelska beskrivningen för en översikt av filerna. Korea, the Republic ofSydkorea Access to data through SND. Data are freely accessible.Åtkomst till data via SND. Data är fritt tillgängliga. https://snd.gu.se 2022-120-1 2022-08-04T07:53:33Z ddi:codebook:2_5