Indonesia and Spain

Europe/Spain/20110511_M5.1_Lorca/1_Impact/Impact_All_ID_0.csv

@@ -1,5 +1,8 @@
-ID_0,NAME_0,FATALITIES,FATALITIES_GROUND_SHAKING,INJURIES,DISPLACED_POPULATION,HOMELESS,AFFECTED_POPULATION,AFFECTED_UNITS,DAMAGED_UNITS,COLLAPSED_UNITS,UNIT_TYPES,ECONOMIC_LOSSES,INSURED_LOSSES,CURRENCY,INDUCED_EFFECTS,FLAG,REFERENCE,COMMENTS
+ID_0,NAME_0,FATALITIES,FATALITIES_GROUND_SHAKING,INJURIES,DISPLACED_POPULATION,HOMELESS,AFFECTED_POPULATION,AFFECTED_UNITS,DAMAGED_UNITS,COLLAPSED_UNITS,UNIT_TYPES,ECONOMIC_LOSSES,INSURED_LOSSES,CURRENCY,INDUCED_EFFECTS,FLAG,REFERENCE,COMMENTS
 ESP,Spain,10,10,300,15000,15000,15300,,,,,200000000,100000000,USD,,,EM-DAT,
-ESP,Spain,9,9,300,,,,,2277,1,Buildings,,490000000,EUR,,,"Mario A. Salgado-Galvez, Alex H. Barbat, Omar Dario Cardona, Martha Liliana Carreno, Comparing observed damages and losses with modelled ones using a probabilistic approach: The Lorca 2011 case, International Journal of Disaster Risk Reduction, Volume 19, 2016, Pages 355-365, ISSN 2212-4209, https://doi.org/10.1016/j.ijdrr.2016.09.008.",
+ESP,Spain,9,9,300,,10000,,,2277,1,Buildings,,490000000,EUR,,,"Mario A. Salgado-Galvez, Alex H. Barbat, Omar Dario Cardona, Martha Liliana Carreno, Comparing observed damages and losses with modelled ones using a probabilistic approach: The Lorca 2011 case, International Journal of Disaster Risk Reduction, Volume 19, 2016, Pages 355-365, ISSN 2212-4209, https://doi.org/10.1016/j.ijdrr.2016.09.008.",
 ESP,Spain,9,9,300,,,,,,,,1200000000,,EUR,,,"Rojo, M. B., Beck, E., and Lutoff, C.: The street as an area of human exposure in an earthqauek aftermath: the case of Lorca, Spain, 2011, Nat. Nazards Earth Syst. Sci., 17, 581-594. https://doi.org/10.5194/nhess-17-581-2017, 2017.","The casualties were caused in streets near buildings and were due not to collapsing buildings but to falling cornices, balconies and other facade elements (Martinez Moreno et al., 2012)."
-ESP,Spain,12,9,324,,,,,889,1,Buildings,700000000,484700000,EUR,,,"Alvarez, Victor. (2016). Perdidas economicas ocasionadas por el terremoto de Lorca del 11 de mayo de 2011.",889 Buildings damaged only in the city of Lorca
+ESP,Spain,12,9,324,,,,,889,1,Buildings,700000000,484700000,EUR,,,"Alvarez, Victor. (2016). Perdidas economicas ocasionadas por el terremoto de Lorca del 11 de mayo de 2011.",889 Buildings damaged only in the city of Lorca
+ESP,Spain,9,9,,,,90000,,889,,Buildings,,,,,,Instituto Geografico Nacional,
+ESP,Spain,9,9,300,10000,,,,2362,,Buildings,,,,,,Institut Geologic de Catalunya,
+ESP,Spain,9,9,,,,,,,,,1000000000,,EUR,,,"Martinez-Cuevas, S., Gaspar-Escribano, J.M. Reassessment of intensity estimates from vulnerability and damage distributions: the 2011 Lorca earthquake. Bull Earthquake Eng 14, 2679–2703 (2016). https://doi.org/10.1007/s10518-016-9913-8",

Europe/Spain/20110511_M5.1_Lorca/README.md

@@ -36,7 +36,8 @@ The `2011 Lorca earthquake`, a magnitude 5.1 event, struck southeastern Spain on
 
 ## Estimated and observed ground shaking
 
-The folder [OpenQuake_gmfs](./OpenQuake_gmfs/) contains the input files required to generate ground motion fields, considering different rupture solutions and conditioning the ground shaking to the recording stations for the event, where available. The figures below present an example of the results, illustrating the median ground motion fields with and without conditioning. These results are based on the rupture and ground motion model that demonstrates the lowest nominal bias. The maximum recorded Peak Ground Acceleration (PGA) was [insert value here], observed at [insert location here]. If no seismic station data were available for the event, the generated ground motion fields are shown without conditioning to recording stations, as illustrated in the figures.
+The folder [OpenQuake_gmfs](./OpenQuake_gmfs/) contains the input files required to generate ground motion fields, considering different rupture solutions and conditioning the ground shaking to the recording stations for the event, where available. The figures below present an example of the results, illustrating the median ground motion fields with and without conditioning. These results are based on the rupture and ground motion model that demonstrates the lowest nominal bias. The maximum recorded Peak Ground Acceleration (PGA) was 0.376g, observed close to Lorca. If no seismic station data were available for the event, the generated ground motion fields are shown without conditioning to recording stations, as illustrated in the figures.
+
 <img src="./4_OpenQuake_gmfs/median_gmf_stations_none.png" height="250">
 <img src="./4_OpenQuake_gmfs/median_gmf_stations_seismic.png" height="250">
 

Europe/Spain/20110511_M5.1_Lorca/earthquake_information.csv

@@ -14,13 +14,13 @@ Fault mechanism,Strike-slip
 Tectonic region type,Active Shallow Crust
 Fatalities,~9
 Injured,~300
-Displaced population,
+Displaced population,> 10000
 Affected population,
 Affected units,
-Damaged units,~889
+Damaged units,889-2362
 Collapsed units,~1
-Economic losses,700 M EUR
-Insured losses,484.7 M EUR
+Economic losses,700-1200 M EUR
+Insured losses,~490 M EUR
 Earthquake-triggered effects,
 USGS event ID,usp000j1en
 Wikipedia page,https://en.wikipedia.org/wiki/2011 Lorca earthquake

Oceania/Australia/19891227_M5.4_Newcastle/1_Impact/Impact_All_ID_0.csv

@@ -4,7 +4,7 @@ AUS,Australia,12,12,100,,,,,,,,,1000000000,,USD,,,NOAA,
 AUS,Australia,9,9,107,,,,,,,,,,,,,,UTSU,
 AUS,Australia,12,12,115,,,2000,,,,,,1000000000,396000000,USD,,,EM-DAT,
 AUS,Australia,13,12,>160,,1000,300000,,50000,300,300,Buildings,4000000000,1000000000,AUD,,,Archive,"1. 160 people were hospitalised, 2. The damage bill has been estimated at A$4 billion (or $8.5 billion in 2018, adjusted for inflation), including an insured loss of about $1 billion (or $2.1 billion in 2018, adjusted for inflation), 3. 1 person who died of earthquake-induced shock, 4. The earthquake caused damage to over 35,000 homes, 147 schools, and 3,000 commercial and/or other buildings, with significant damage (i.e. damage worth over $1,000; $2,100 in 2018 adjusted for inflation) caused to 10,000 homes and 42 schools (structural damage), within the immediate Newcastle area."
-AUS,Australia,12,12,,,,,,,,,,,,,,,CEQID + EEFIT,
+AUS,Australia,12,12,,,,,roughly 10 000,,,about 500,,,,,,,CEQID + EEFIT,
 AUS,Australia,12,12,,,,,,,,,,,,,,,Worlddata,
 AUS,Australia,12,12,,,,,,>3000,,,Buildings,900000000,,USD,,,EERI_Report,
 AUS,Australia,12,12,,,,,,,,,,1500000000,,AUD,,,Peterson_1990,
@@ -13,3 +13,4 @@ AUS,Australia,12,12,>100,,,,,,,,,,700000000-800000000,AUD,,,Brunsdon_1990,"More
 people required hospital treatment for
 injuries."
 AUS,Australia,13,12,,,,,,,,,,,,,,,Bocchini_et_al_2015,One person who died due to heart attack caused by the earthquake. 
+AUS,Australia,12,12,>150,,,,,>10000,,,,1000000000,862000000,,,,Sinadinoski et al 2002,"Total economic loss estimates for the region were estimated to be of the order of $1 billion (1990 dollars), with this figure comprising mostly structural and non-structural building damage ($800 million) and contents and business disruption losses ($200 million). Many other estimates of economic loss exist, with figures even as high as $4 billion (BTE, 2001),which include losses due to business interruption."

Oceania/Australia/19891227_M5.4_Newcastle/README.md

@@ -36,7 +36,7 @@ The `1989 Newcastle earthquake` in Australia occurred on December 28, 1989, at 1
 
 ## Estimated and observed ground shaking
 
-The folder [OpenQuake_gmfs](./OpenQuake_gmfs/) contains the input files required to generate ground motion fields, considering different rupture solutions and conditioning the ground shaking to the recording stations for the event, where available. The figures below present an example of the results, illustrating the median ground motion fields with and without conditioning. These results are based on the rupture and ground motion model that demonstrates the lowest nominal bias. The maximum recorded Peak Ground Acceleration (PGA) was [insert value here], observed at [insert location here]. If no seismic station data were available for the event, the generated ground motion fields are shown without conditioning to recording stations, as illustrated in the figures.
+The folder [OpenQuake_gmfs](./OpenQuake_gmfs/) contains the input files required to generate ground motion fields, considering different rupture solutions and conditioning the ground shaking to the recording stations for the event, where available. The figures below present an example of the results, illustrating the median ground motion fields with and without conditioning. These results are based on the rupture and ground motion model that demonstrates the lowest nominal bias. There were no seismic stations within a 50km radius of the rupture. However, the maximum recorded Peak Ground Acceleration (PGA) of 0.13g was measured in Sydney, approximately 120km south of the epicenter. If no seismic station data were available for the event, the generated ground motion fields are shown without conditioning to recording stations, as illustrated in the figures.
 
 <img src="./4_OpenQuake_gmfs/median_gmf_stations_none.png" height="250">
 <img src="./4_OpenQuake_gmfs/median_gmf_stations_all.png" height="250">

Oceania/Australia/19891227_M5.4_Newcastle/earthquake_information.csv

@@ -12,15 +12,11 @@ Mw,5.4
 Max Intensity (MMI),VIII
 Fault mechanism,Thrust/reverse 
 Tectonic region type,Stable Continental Regions (SCRs) 
-Fatalities,09-Dec
-Injured,100-160
-Displaced population,
-Affected population,2000-300000
-Affected units,
-Damaged units,1000-50000
+Fatalities,12
+Injured,160
+Damaged units,10000
 Collapsed units,~300
-Economic losses,900-1100 M USD
-Insured losses,396-500 M USD
-Earthquake-triggered effects,
+Economic losses,1000 M USD
+Insured losses,400 M USD
 USGS event ID,usp00043na
 Wikipedia page,https://en.wikipedia.org/wiki/1989 Newcastle earthquake

Southeast_Asia/Indonesia/20060527_M6.4_Yogyakarta/1_Impact/Impact_All_ID_0.csv

@@ -1,14 +1,13 @@
-ID_0,NAME_0,FATALITIES,FATALITIES_GROUND_SHAKING,INJURIES,LIGHT_INJURY,BAD_INJURY,INJURIES_LIGHT ,INJURIES_SEVERE ,DISPLACED_POPULATION,AFFECTED_POPULATION,AFFECTED_UNITS,DAMAGED_UNITS,HOMELESS,COLLAPSED_UNITS,LIGHT,MODERATE,HEAVY,DS1_SLIGHT ,DS2_MODERATE ,DS3_EXTENSIVE,UNIT_TYPES,ECONOMIC_LOSSES,INSURED_LOSSES,CURRENCY,INDUCED_EFFECTS,FLAG,REFERENCE,COMMENTS
-IDN,Indonesia,5749,,38568,,,,,600000,,,451000,,>127000,,,,,,,Buildings,3100000000,,USD,,,USGS,
-IDN,Indonesia,5749,,38568,,,,,,,,,,,,,,,,,,,,,,,UTSU,
-IDN,Indonesia,5749,,38568,,,,,,,,127000,,127000,,,,,,,Buildings,3100000000,,USD,,,NOAA,
-IDN,Indonesia,5778,,137883,,,,,,2340745,,,699295,,,,,,,,,3100000000,40000000,USD,Ground movement,,EM-DAT,"Geo Locations: Bantul, Boyolali, Gunungkidul, Klaten, Kota Klaten, Kota Yogyakarta, Kulonprogo, Magelang, Purworejo, Sleman (Adm2)."
-IDN,Indonesia,5700-5778,,38658-137883,,,,,600000-699295,,,,,,,,,,,,,,,,,,PAGER-CAT,
-IDN,Indonesia,,,,,,,,,,,,,,,,,,,,,29100000000000,,RP,,,CGI_2006 ,
-IDN,Indonesia,,,,,,,,,,,,,,,,,,,,,3100000000,,USD,,,CGI_2006 ,
-IDN,Indonesia,,,,,,,,,,,260000,,154000,,,,,,,Buildings,,,,,,EERI_Report,
-IDN,Indonesia,5176,,>40000,,,,,600000,,,260000,,154000,,,,,,,Buildings,3100000000,,USD,,,Learning_From_Earthquakes,
-IDN,Indonesia,5749,5749,,,,,,,,,,,,,,,,,,,,,,,,CEQID,
-IDN,Indonesia,5751,,,7862,29473,7862,29473,,,,,,,273679,190843,145929,273679,190843,145929,Buildings,,,,,,Idham_And_Mohd_2018,
-IDN,Indonesia,5716,,37927,,,,,,,,,,,167168,116211,75315,167168,116211,75315,,,,,,,BAPPENAS_et_al_2006,
-IDN,Indonesia,5782,,36299,,,,,,,,390077,,,,,,,,,,,,,,,Prasetya_And_Daryono_eds_2019,
+ID_0,NAME_0,FATALITIES,FATALITIES_GROUND_SHAKING,INJURIES,LIGHT_INJURY,BAD_INJURY,INJURIES_LIGHT ,INJURIES_SEVERE ,DISPLACED_POPULATION,AFFECTED_POPULATION,AFFECTED_UNITS,DAMAGED_UNITS,HOMELESS,COLLAPSED_UNITS,LIGHT,MODERATE,HEAVY/SEVERE,TOTALLY/COLLAPSED,DS1_SLIGHT ,DS2_MODERATE ,DS3_EXTENSIVE,DS4_COMPLETE,UNIT_TYPES,ECONOMIC_LOSSES,INSURED_LOSSES,CURRENCY,INDUCED_EFFECTS,FLAG,REFERENCE,COMMENTS
+IDN,Indonesia,5749,,38568,,,,,600000,,,451000,,>127000,,,,,,,,,Buildings,3100000000,,USD,,,USGS,
+IDN,Indonesia,5749,,38568,,,,,,,,,,,,,,,,,,,,,,,,,UTSU,
+IDN,Indonesia,5749,,38568,,,,,,,,127000,,127000,,,,,,,,,Buildings,3100000000,,USD,,,NOAA,
+IDN,Indonesia,5778,,137883,,,,,,2340745,,,699295,,,,,,,,,,,3100000000,40000000,USD,Ground movement,,EM-DAT,"Geo Locations: Bantul, Boyolali, Gunungkidul, Klaten, Kota Klaten, Kota Yogyakarta, Kulonprogo, Magelang, Purworejo, Sleman (Adm2)."
+IDN,Indonesia,5700-5778,,38658-137883,,,,,600000-699295,,,,,,,,,,,,,,,,,,,,PAGER-CAT,
+IDN,Indonesia,,,,,,,,,,,,,,,,,,,,,,,2.91E+13,,RP,,,CGI_2006 ,
+IDN,Indonesia,,,,,,,,,,,,,,,,,,,,,,,3100000000,,USD,,,CGI_2006 ,
+IDN,Indonesia,5176,,>40000,,,,,600000,,,414000,,,,,,,,,,154000,Buildings,3100000000,,USD,,,Learning_From_Earthquakes EERI Special Report,
+IDN,Indonesia,5749,5749,,,,,,,,,,,,,,,,,,,,,,,,,,CEQID,
+IDN,Indonesia,5751,,29473,7862,29473,7862,29473,1600000,,,336772,,145929,,273679,190843,145929,,273679,190843,145929,Buildings,,,,,,Idham_And_Mohd_2018,
+IDN,Indonesia,5716,,37927,,,,,,,,358694,,,167168,,116211,75315,167168,34863.3,81347.7,75315,Buildings,3100000000,,USD,,,BAPPENAS_et_al_2006,
+IDN,Indonesia,5782,,36299,,,,,,,,390077,,,,,,,,,,,,,,,,,Prasetya_And_Daryono_eds_2019,

Southeast_Asia/Indonesia/20060527_M6.4_Yogyakarta/1_Impact/Impact_Buildings_ID_2.csv

@@ -0,0 +1,23 @@
+NAME_1,NAME_2,TAXONOMY,GEM_TAXONOMY,AFFECTED_UNITS,DAMAGED_UNITS,Totally destroyed,Heavily damaged,Lightly damaged,Moderate Damaged,Severe damaged,DS1_SLIGHT,DS2_MODERATE,DS3_EXTENSIVE,DS4_COMPLETE,COLLAPSED_UNITS,UNIT_TYPES,CAUSE_OF_DAMAGE,REFERENCE,COMMENTS
+Yogyakarta Province,Bantul,,,,"79,889","26,045","29,582","24,262",,,"24,262",8874.6,"20,707","26,045",,Buildings,,BAPPENAS_et_al_2006,Housing damage
+Yogyakarta Province,Sleman,,,,"49,032","4,719","14,403","29,910",,,"29,910",4320.9,"10,082","4,719",,Buildings,,BAPPENAS_et_al_2007,Housing damage
+Yogyakarta Province,Gunung Kidul ,,,,"33,038","11,323","5,355","16,360",,,"16,360",1606.5,"3,749","11,323",,Buildings,,BAPPENAS_et_al_2008,Housing damage
+Yogyakarta Province,Yogyakarta City,,,,"8,422","1,948","4,119","2,355",,,"2,355",1235.7,"2,883","1,948",,Buildings,,BAPPENAS_et_al_2009,Housing damage
+Yogyakarta Province,Kulon Progo ,,,,"16,210","3,485","4,726","7,999",,,"7,999",1417.8,"3,308","3,485",,Buildings,,BAPPENAS_et_al_2010,Housing damage
+Central Java ,Klaten,,,,"166,665","27,270","55,112","84,283",,,"84,283",16533.6,"38,578","27,270",,Buildings,,BAPPENAS_et_al_2011,Housing damage
+Central Java ,Sukoharjo,,,,"1,673",46,"1,627",0,,,0,488.1,"1,139",46,,Buildings,,BAPPENAS_et_al_2012,Housing damage
+Central Java ,Magelang,,,,"1,227",179,456,592,,,592,136.8,319,179,,Buildings,,BAPPENAS_et_al_2013,Housing damage
+Central Java ,Purworejo,,,,904,9,193,702,,,702,57.9,135,9,,Buildings,,BAPPENAS_et_al_2014,Housing damage
+Central Java ,Boyolali,,,,"1,539",276,626,637,,,637,187.8,438,276,,Buildings,,BAPPENAS_et_al_2015,Housing damage
+Central Java ,Wonogiri,,,,93,15,11,67,,,67,3.3,8,15,,Buildings,,BAPPENAS_et_al_2016,Housing damage
+Yogyakarta Province,Kab.Bantul,,,,,,,,"73,669","71,372",,,,,"71,763",Buildings,,Idham_And_Mohd_2018,
+Yogyakarta Province,Kab.Sleman,,,,,,,,"49,065","27,687",,,,,"19,113",Buildings,,Idham_And_Mohd_2018,
+Yogyakarta Province,Kodya Yogyakarta,,,,,,,,"21,230","14,561",,,,,"7,186",Buildings,,Idham_And_Mohd_2018,
+Yogyakarta Province,Kab.Gunung Kidul,,,,,,,,"18,078","5,950",,,,,"12,581",Buildings,,Idham_And_Mohd_2018,
+Yogyakarta Province,Kulon Progo,,,,,,,,"8,501","5,178",,,,,"4,527",Buildings,,Idham_And_Mohd_2018,
+Central Java ,Klaten,,,,,,,,"98,552","62,979",,,,,"29,988",Buildings,,Idham_And_Mohd_2018,
+Central Java ,Magelang,,,,,,,,546,386,,,,,386,Buildings,,Idham_And_Mohd_2018,
+Central Java ,Boyolali,,,,,,,,708,696,,,,,307,Buildings,,Idham_And_Mohd_2018,
+Central Java ,Purworejo,,,,,,,,780,214,,,,,10,Buildings,,Idham_And_Mohd_2018,
+Central Java ,Sukorharjo,,,,,,,,"2,476","1,808",,,,,51,Buildings,,Idham_And_Mohd_2018,
+Central Java ,Wonogiri,,,,,,,,74,12,,,,,17,Buildings,,Idham_And_Mohd_2018,

Southeast_Asia/Indonesia/20060527_M6.4_Yogyakarta/1_Impact/Impact_Human_ID_2.csv

@@ -5,3 +5,14 @@ ID_1,NAME_1,ID_2,NAME_2,LATITUDE,LONGITUDE,TAXONOMY,FATALITIES,FATALITIES_GROUND
 ,,,Kodya Yogya ,-7.80091,110.366,,218,,,515440,73,,245,,,73,245,,,,,,,CEQID + Casualties by District ,
 65028918B95477461268927,Special Region of Yogyakarta,22746128B52733203415664,Kulon Progo ,-7.82668,110.164,,24,,,445492,1897,,282,,,1897,282,,,,,,,CEQID + Casualties by District ,
 65028918B95477461268927,Special Region of Yogyakarta,22746128B94539349095263,Sleman,-7.69643,110.346,,246,,,891385,3099,,678,,,3099,678,,,,,,,CEQID + Casualties by District ,
+,Yogyakarta Province,,Kab.Bantul,,,,"4,143",,,,,,,,,"3,353","8,673",,,,,,,Idham_And_Mohd_2018,
+,Yogyakarta Province,,Kab.Sleman,,,,234,,,,,,,,,"2,539",689,,,,,,,Idham_And_Mohd_2018,
+,Yogyakarta Province,,Kodya Yogyakarta,,,,204,,,,,,,,,73,245,,,,,,,Idham_And_Mohd_2018,
+,Yogyakarta Province,,Kab.Gunung Kidul,,,,84,,,,,,,,,,"1,086",,,,,,,Idham_And_Mohd_2018,
+,Yogyakarta Province,,Kulon Progo,,,,23,,,,,,,,,"1,897",282,,,,,,,Idham_And_Mohd_2018,
+,Central Java ,,Klaten,,,,"1,045",,,,,,,,,,"18,123",,,,,,,Idham_And_Mohd_2018,
+,Central Java ,,Magelang,,,,10,,,,,,,,,,,,,,,,,Idham_And_Mohd_2018,
+,Central Java ,,Boyolali,,,,4,,,,,,,,,,300,,,,,,,Idham_And_Mohd_2018,
+,Central Java ,,Purworejo,,,,1,,,,,,,,,,4,,,,,,,Idham_And_Mohd_2018,
+,Central Java ,,Sukorharjo,,,,3,,,,,,,,,,67,,,,,,,Idham_And_Mohd_2018,
+,Central Java ,,Wonogiri,,,,,,,,,,,,,,4,,,,,,,Idham_And_Mohd_2018,

Southeast_Asia/Indonesia/20060527_M6.4_Yogyakarta/README.md

@@ -36,7 +36,7 @@ The `2006 Yogyakarta earthquake` struck Indonesia on May 27, 2006, at 5:54 AM lo
 
 ## Estimated and observed ground shaking
 
-The folder [OpenQuake_gmfs](./OpenQuake_gmfs/) contains the input files required to generate ground motion fields, considering different rupture solutions and conditioning the ground shaking to the recording stations for the event, where available. The figures below present an example of the results, illustrating the median ground motion fields with and without conditioning. These results are based on the rupture and ground motion model that demonstrates the lowest nominal bias. The maximum recorded Peak Ground Acceleration (PGA) was [insert value here], observed at [insert location here]. If no seismic station data were available for the event, the generated ground motion fields are shown without conditioning to recording stations, as illustrated in the figures.
+The folder [OpenQuake_gmfs](./OpenQuake_gmfs/) contains the input files required to generate ground motion fields, considering different rupture solutions and conditioning the ground shaking to the recording stations for the event, where available. The figures below present an example of the results, illustrating the median ground motion fields with and without conditioning. These results are based on the rupture and ground motion model that demonstrates the lowest nominal bias. The maximum recorded Peak Ground Acceleration (PGA) was 0.336 g, observed at the YOGI Station. However, various studies estimate that the event's maximum PGA ranged between 0.50 and 0.60 g. If no seismic station data were available for the event, the generated ground motion fields are shown without conditioning to recording stations, as illustrated in the figures.
 
 <img src="./4_OpenQuake_gmfs/median_gmf_stations_none.png" height="250">
 <img src="./4_OpenQuake_gmfs/median_gmf_stations_seismic.png" height="250">

Southeast_Asia/Indonesia/20060527_M6.4_Yogyakarta/earthquake_information.csv

@@ -12,16 +12,12 @@ Mw,6.4
 Max Intensity (MMI),VIII
 Fault mechanism,Strike slip
 Tectonic region type,Shallow crustal 
-Fatalities,5176-5782
-Injured,36299-137883
-Displaced population,600000-699295
-Homeless,699295
-Affected population,~2340745
-Affected units,
-Damaged units,127000-451000 Buildings
-Collapsed units,127000-154000 Buildings
+Fatalities,5716
+Injured,37927
+Displaced population,600000
+Damaged units,464522 Buildings
+Collapsed units,145929 Buildings
 Economic losses,3100 M USD
 Insured losses,40 M USD
-Earthquake-triggered effects,Ground movement
 USGS event ID,usp000ej1c
 Wikipedia page,https://en.wikipedia.org/wiki/2006 Yogyakarta earthquake