1-20 OF 43 RESULTS FOR

Kashmir earthquake 1885

Results shown limited to content with bounding coordinates.
Follow your search
Access your saved searches in your account

Would you like to receive an alert when new items match your search?
Close Modal
Sort by
Journal Article
Published: 01 March 2019
Jour. Geol. Soc. India (2019) 93 (3): 263–268.
...Sujit Dasgupta; Basab Mukhopadhyay Abstract The Kashmir earthquake (Mw 6.3) of 30 May 1885 and the Bengal earthquake (Mw 6.9) of 14 July 1885 were revisited incorporating data and information collated from newspaper archives, district gazetteers, Geological Survey of India records and other...
FIGURES
First thumbnail for: Revisiting Two Damaging Indian <span class="search...
Second thumbnail for: Revisiting Two Damaging Indian <span class="search...
Third thumbnail for: Revisiting Two Damaging Indian <span class="search...
Image
Damage due to 30 May 1885 Kashmir earthquake. a) Damaged Durbar Rooms, Shere Ghurie Palace (from illustrated London News 1885), b) Ruins of Baramula (from illustrated London News 1885), c) Sketch showing the nature of Chasm near Laridura (from illustrated London News 1885), and d) Ruined Buddhist Temple near Patan (from Jones, 1885a,b).
Published: 01 March 2019
Fig.2. Damage due to 30 May 1885 Kashmir earthquake. a) Damaged Durbar Rooms, Shere Ghurie Palace (from illustrated London News 1885), b) Ruins of Baramula (from illustrated London News 1885), c) Sketch showing the nature of Chasm near Laridura (from illustrated London News 1885), and d) Ruined
Image
Isoseismal Map in MSK-64 scale of 30 May 1885 Kashmir earthquake. MBT- Main Boundary Thrust, BBF- Balakot Bag Fault, JF-Jhelum Fault.
Published: 01 March 2019
Fig.3. Isoseismal Map in MSK-64 scale of 30 May 1885 Kashmir earthquake. MBT- Main Boundary Thrust, BBF- Balakot Bag Fault, JF-Jhelum Fault.
Image
(a) Pre‐1885 Kashmir earthquake picture of the southeast corner of the Sankargaureshwara temple. The rectangle and arrow shows the pre‐earthquake damage to the corner stones and dislocation of the stone block, respectively (Cole, 1869) (b) Sketch made by Jones (1885) soon after the earthquake, (c) a present day photograph. The stone block and stairs marked X are additions after the 1950s to the temple. The color version of this figure is available only in the electronic edition.
Published: 28 November 2018
Figure 4. (a) Pre‐1885 Kashmir earthquake picture of the southeast corner of the Sankargaureshwara temple. The rectangle and arrow shows the pre‐earthquake damage to the corner stones and dislocation of the stone block, respectively ( Cole, 1869 ) (b) Sketch made by Jones (1885) soon after
Image
(a) Pre‐1885 Kashmir earthquake picture (Cole, 1869) and (b) a recent photograph of the western face of the Sankargaureshwara temple. The stone blocks marked X have been added to support the remaining part of the trefoil arch after the 1950s.
Published: 28 November 2018
Figure 6. (a) Pre‐1885 Kashmir earthquake picture ( Cole, 1869 ) and (b) a recent photograph of the western face of the Sankargaureshwara temple. The stone blocks marked X have been added to support the remaining part of the trefoil arch after the 1950s.
Image
(a) Pre‐1885 Kashmir earthquake picture (Cole, 1869) and (b) a present photograph of the partially destroyed niche to the southern side of the entrance of the eastern face of the Sankargaureshwara temple. Location of this niche is indicated in Figure 5a.
Published: 28 November 2018
Figure 7. (a) Pre‐1885 Kashmir earthquake picture ( Cole, 1869 ) and (b) a present photograph of the partially destroyed niche to the southern side of the entrance of the eastern face of the Sankargaureshwara temple. Location of this niche is indicated in Figure  5a .
Image
(a) Pre‐1885 Kashmir earthquake photograph (Cole, 1869) and (b) a present picture of the northern face of the Sankargaureshwara temple showing the destroyed trefoil arch.
Published: 28 November 2018
Figure 8. (a) Pre‐1885 Kashmir earthquake photograph ( Cole, 1869 ) and (b) a present picture of the northern face of the Sankargaureshwara temple showing the destroyed trefoil arch.
Image
(a) Pre‐1885 Kashmir earthquake photograph (Cole, 1869) and (b) a present photograph showing dislocation of stone blocks in the eastern face of the Sugendhesha temple.
Published: 28 November 2018
Figure 9. (a) Pre‐1885 Kashmir earthquake photograph ( Cole, 1869 ) and (b) a present photograph showing dislocation of stone blocks in the eastern face of the Sugendhesha temple.
Image
(a) Pre‐1885 Kashmir earthquake photograph (Cole, 1869) and (b) a present photograph showing almost complete destruction of the trefoil arch in the southern face of the Sugendhesha temple. The remaining part of the arch is supported by the stone blocks marked X added after the 1950s.
Published: 28 November 2018
Figure 10. (a) Pre‐1885 Kashmir earthquake photograph ( Cole, 1869 ) and (b) a present photograph showing almost complete destruction of the trefoil arch in the southern face of the Sugendhesha temple. The remaining part of the arch is supported by the stone blocks marked X added after the 1950s.
Journal Article
Published: 28 November 2018
Seismological Research Letters (2019) 90 (1): 358–365.
...Figure 4. (a) Pre‐1885 Kashmir earthquake picture of the southeast corner of the Sankargaureshwara temple. The rectangle and arrow shows the pre‐earthquake damage to the corner stones and dislocation of the stone block, respectively ( Cole, 1869 ) (b) Sketch made by Jones (1885) soon after...
FIGURES
First thumbnail for: The Ancient Temples of <span class="search-highlig...
Second thumbnail for: The Ancient Temples of <span class="search-highlig...
Third thumbnail for: The Ancient Temples of <span class="search-highlig...
Published: 01 October 2010
DOI: 10.1130/2010.2471(10)
... Srinagar, the capital city of Kashmir, has been shaken numerous times by earthquakes in the past millennium, most recently by damaging earthquakes in 1885 (M 6.2, 30 km to the west) and 2005 (M 7.6, 200 km to the west) with estimated EMS (European Macroseismic Scale) intensity VI–VII...
Image
Index map showing the locations of 1885 Kashmir and Bengal earthquakes.
Published: 01 March 2019
Fig.1. Index map showing the locations of 1885 Kashmir and Bengal earthquakes.
Image
Map of the Kashmir valley, showing important locations, faults, and three destructive earthquakes. Stars represent the epicenters of the 1555, 1885, and 2005 Kashmir earthquakes; except for the 2005 earthquake the location of the epicenters is not exact. MMT, main mantle thrust; MCT, main central thrust; MBT, main boundary thrust; B‐BF, Bag‐Balakot fault; HTS, Hazara thrust sytem; HKS, Hazara Kashmir syntaxis. For details on the faults and seismicity, we refer to Sana and Nath (2017). Triangles represent main locations. Atg, Anantnag (Islamabad); Bla, Baramulla; Grh, Garhi; Ptn, Pattan; Spr, Sopore.
Published: 28 November 2018
Figure 1. Map of the Kashmir valley, showing important locations, faults, and three destructive earthquakes. Stars represent the epicenters of the 1555, 1885, and 2005 Kashmir earthquakes; except for the 2005 earthquake the location of the epicenters is not exact. MMT, main mantle thrust; MCT
Journal Article
Published: 20 May 2015
Seismological Research Letters (2015) 86 (4): 1219–1224.
... updated. This was achieved by studying historical documents coeval to the events. © 2015 by the Seismological Society of America Nineteenth‐century Kashmir was seriously affected by several earthquakes, which occurred in 1803, 1819, 1828, 1863, and 1885 ( Ahmad et al. , 2009 ). Several studies...
FIGURES
First thumbnail for: Looking for Missing Links in <span class="search-h...
Journal Article
Published: 27 July 2016
Seismological Research Letters (2016) 87 (5): 1150–1160.
... Bilham and Ambraseys, 2005 ). The dashed square shows the location of (b). (b) Shuttle Radar Topography Mission image shows the rupture zones of the A.D. 1555, A.D. 1885, A.D. 2005 Kashmir earthquakes, and the A.D. 1905 Kangra earthquake. The dashed rectangle indicates the study area. (c...
FIGURES
First thumbnail for: Signatures of 1905 Kangra and 1555 <span class="se...
Second thumbnail for: Signatures of 1905 Kangra and 1555 <span class="se...
Third thumbnail for: Signatures of 1905 Kangra and 1555 <span class="se...
Journal Article
Journal: Geology
Published: 01 March 2007
Geology (2007) 35 (3): 267–270.
.... , 1885a , Notes on the Kashmir earthquake of 30th May 1885 : Records of the Geological Survey of India , v. 18 , no. 3 pp. 153 - 155 . Jones , E. , 1885b , Report on the Kashmir earthquake of 30th May 1885 : Records of the Geological Survey of India , v. 18 , no. 4 pp. 221 - 227...
FIGURES
First thumbnail for: Slip on an active wedge thrust from geodetic obser...
Second thumbnail for: Slip on an active wedge thrust from geodetic obser...
Third thumbnail for: Slip on an active wedge thrust from geodetic obser...
Journal Article
Published: 01 July 2013
Seismological Research Letters (2013) 84 (4): 702–710.
... pond points to the sudden origin of the feature, which probably accompanied one of the violent earthquakes which are known to have affected Kashmir in the past. Oldham was crossing the pass just three years after the M w ≈6.3 Kashmir 1885 earthquake ( Jones 1885 ; Martin and Szeliga, 2010...
FIGURES
First thumbnail for: Oldham’s Lost Fault
Second thumbnail for: Oldham’s Lost Fault
Third thumbnail for: Oldham’s Lost Fault
Image
(a) Inset in (b): Locations of the major earthquakes between A.D. 1555 and A.D. 2015 along the Himalayan arc in the last 500 yrs (modified after Bilham and Ambraseys, 2005). The dashed square shows the location of (b). (b) Shuttle Radar Topography Mission image shows the rupture zones of the A.D. 1555, A.D. 1885, A.D. 2005 Kashmir earthquakes, and the A.D. 1905 Kangra earthquake. The dashed rectangle indicates the study area. (c) Microseismicity map, 2003–2008 period, of the Kangra re‐entrant, the Chamba nappe sequence and the adjoining areas of the Higher Himalaya. Solid dots represent epicenters, and huts are seismic stations. Star indicates probable location of the 1905 Kangra earthquake epicenter. The dashed locking line represents the boundary between the coseismic and aseismic deformation based on Global Positioning System (GPS) measurements (Banerjee and Burgmann, 2002) that lay north of the microseismicity belt. Inset polygon represents the study area. The shaded area indicates preferred rupture area (Wallace et al., 2005). Roman numerals indicate the isoseismal lines. CN, Chamba nappe; RW, Rampur window; HHC, Higher Himalaya crystalline; MWT, Medlicott Wadia thrust; JT, Jawalamukhi thrust; HFT, Himalayan frontal thrust (modified after Thakur, 1998; Kumar et al., 2009).
Published: 27 July 2016
zones of the A.D. 1555, A.D. 1885, A.D. 2005 Kashmir earthquakes, and the A.D. 1905 Kangra earthquake. The dashed rectangle indicates the study area. (c) Microseismicity map, 2003–2008 period, of the Kangra re‐entrant, the Chamba nappe sequence and the adjoining areas of the Higher Himalaya
Image
Topographic map of the Kashmir Himalaya (boxed in the inset map of India) showing the locations of earthquakes greater than magnitude 4.5, taken from Engdahl–van der Hilst–Buland (EHB; 1962 to 2007) and National Earthquake Information Center Preliminary Determination of Epicenter (NEIC‐PDE; 2008 to May 2013) catalogs. Earthquakes with magnitude between 4.5 and 5.5 are plotted as open circles and above 5.5 are plotted as stars. The focal mechanism of the 8 October 2005 Muzaffarabad, Pakistan, earthquake (Mw 7.6) and its largest aftershock (Mw 6.4), taken from the Global Centroid Moment Tensor (Global CMT) catalog (see Data and Resources), and that of the 1 May 2013 Kishtwar earthquake (computed in this study) are plotted as beach balls. The epicentral locations of these three events are plotted as stars. The foreshock and aftershocks of the Kishtwar earthquake are plotted as solid circles. The approximate rupture areas of historical earthquakes in 1555, 1885, 1905, and 2005 Muzaffarabad earthquake are plotted as dashed ovals (Avouac et al., 2006; Bilham et al., 2011). The Himalayan thrust faults (MHT, main Himalayan thrust; MBT, main boundary thrust; MCT, main central thrust) and the Salt range thrust are taken from Avouac et al. (2006) and Searle et al. (2007). The locations of broadband seismological stations, being deployed this year, are plotted as triangles. The color version of this figure is available only in the electronic edition.
Published: 18 March 2014
Figure 1. Topographic map of the Kashmir Himalaya (boxed in the inset map of India) showing the locations of earthquakes greater than magnitude 4.5, taken from Engdahl–van der Hilst–Buland ( EHB ; 1962 to 2007) and National Earthquake Information Center Preliminary Determination of Epicenter
Journal Article
Published: 01 July 2021
Jour. Geol. Soc. India (2021) 97 (7): 751–759.
... catastrophic earthquakes: in 1555 (Mw 7.4), 1885 (Mw 6.8), and 2005 (Mw 7.6) (Ahmad et al., 2009; Bilham et al., 2010 ). The geotechnical aspects/properties of the sub-surface formation of Srinagar district and their relationship with geology and hydrology (groundwater conditions) suggest that most parts...
FIGURES
First thumbnail for: GPR Investigation of Mining Induced Subsidence and...
Second thumbnail for: GPR Investigation of Mining Induced Subsidence and...
Third thumbnail for: GPR Investigation of Mining Induced Subsidence and...