Geology and Seismic Statistics 2024 – Everything You Need to Know

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Are you looking to add Geology and Seismic to your arsenal of tools? Maybe for your business or personal use only, whatever it is – it’s always a good idea to know more about the most important Geology and Seismic statistics of 2024.

My team and I scanned the entire web and collected all the most useful Geology and Seismic stats on this page. You don’t need to check any other resource on the web for any Geology and Seismic statistics. All are here only 🙂

How much of an impact will Geology and Seismic have on your day-to-day? or the day-to-day of your business? Should you invest in Geology and Seismic? We will answer all your Geology and Seismic related questions here.

Please read the page carefully and don’t miss any word. 🙂

Best Geology and Seismic Statistics

☰ Use “CTRL+F” to quickly find statistics. There are total 131 Geology and Seismic Statistics on this page 🙂

Geology and Seismic Latest Statistics

  • 1492 1312 2047 EstimatedDeaths 231 21357 1685 33819. [0]
  • Estimated death counts for 20162019 are from EMDAT The Emergency Events Database Université catholique de Louvain CRED, D. GuhaSapir www.emdat.be, Brussels, Belgium. [0]
  • 1113 979 1104 EstimatedDeaths 52056 3210 3920. [0]
  • Land Surveying Exam State. [1]
  • California Specific ExamTested134Passed73Pass %54% ASBOG Fundamentals Of GeologyTested159Passed117Pass %74% Certified Engineering GeologistTested37Passed11Pass %30%. [1]
  • Certified HydrogeologistTested22Passed11Pass %50% Professional GeophysicistTested6Passed5Pass %83%. [1]
  • Specific PLSTested203Passed44Pass %22% Seismic PrinciplesTested1969Passed1080Pass %55% Engineering SurveyingTested1911Passed873Pass %46%. [1]
  • ASBOG Practice Of GeologyTested73Passed56Pass %77% California Specific ExamTested103Passed46Pass %45%. [1]
  • Civil Engineering Exams Principles & PracticesTested1655Passed753Pass %45% Seismic PrinciplesTested1695Passed738Pass %44%. [1]
  • National Structural LateralTested113Passed43 National Structural VerticalTested128Passed41 National PLSTested62Passed36Pass %58%. [1]
  • State Specific PLSTested167Passed47Pass %28% Fundamentals Of EngineeringTested5879Passed3506Pass %60%. [1]
  • Land SurveyingTested196Passed58Pass %30% ASBOG Fundamentals Of Geology Including GeologistIn. [1]
  • California Specific ExamTested100Passed57Pass %57% Certified Engineering GeologistTested37Passed23Pass %62%. [1]
  • Land Surveying Exam National PLSTested59Passed37Pass %63%. [1]
  • Principles & PracticesTested1567Passed756Pass %48% Seismic PrinciplesTested1933Passed1035Pass %54%. [1]
  • ASBOG Fundamentals Of GeologyTested126Passed86Pass %68% Fundamentals Of Geology For GIT CertificationTested87Passed59Pass %. [1]
  • 68% The National Council of Examiners for Engineering and Surveying reports examination results for the national examinations as “pass” or “fail.”. [1]
  • Civil Engineering Exams Principles & PracticesTested1529Passed675Pass %44% Seismic PrinciplesTested1634Passed671Pass %41%. [1]
  • National Structural LateralTested98Passed31Pass %32% National Structural VerticalTested97Passed39Pass %40% National PLSTested62Passed36Pass %58% State Specific PLSTested167Passed47Pass %28% Fundamentals Of EngineeringTested5879Passed3506Pass %60%. [1]
  • California Specific ExamTested100Passed57Pass %57% Certified Engineering GeologistTested37Passed23Pass %30%. [1]
  • State Specific PLSTested193Passed42Pass %22% Principles & PracticesTested1622Passed744Pass %46% Seismic PrinciplesTested1778Passed919Pass %52%. [1]
  • MechanicalTested314Passed189Pass %60% National Structural LateralTested101Passed45Pass %45% National Structural VerticalTested113Passed56Pass %50%. [1]
  • ASBOG Fundamentals Of GeologyTested38Passed26Pass %68% Fundamentals Of Geology For GIT CertificationTested45Passed32Pass %71%. [1]
  • Civil Engineering Exams Principles & PracticesTested1435Passed625Pass %44% Seismic PrinciplesTested1644Passed675Pass %41%. [1]
  • TrafficTested95Passed63Pass %66% National Structural LateralTested143Passed57Pass %40% National Structural VerticalTested162Passed59Pass %36%. [1]
  • ASBOG Fundamentals of Geology Including GeologistIn TrainingTested101Passed67Pass %66% Certified Engineering GeologistTested53Passed14Pass %26%. [1]
  • January February 2014 FE and FS Examination Statistics FE ResultsTested306Passed200Pass %65%Pass. [1]
  • Land Surveying Exams National PLSTested83Passed45Pass %54%. [1]
  • State Specific PLSTested220Passed48Pass %22% Principles & PracticesTested1420Passed751Pass %53%. [1]
  • Seismic PrinciplesTested1563Passed751Pass %48% Engineering SurveyingTested1569Passed662Pass %42% ChemicalTested33Passed20Pass %61%. [1]
  • MechanicalTested301Passed177Pass %59% National Structural LateralTested119Passed43Pass %36% National Structural VerticalTested121Passed39Pass %32%. [1]
  • Posted February 5, 2014 National PLSTested69Passed34Pass %49%. [1]
  • TrafficTested74Passed32Pass %43% National Structural LateralTested148Passed71Pass %48%. [1]
  • National Structural VerticalTested144Passed67Pass %47% The National Council of Examiners for Engineering and Surveying reports examination results for the national examinations as “pass” or “fail.”. [1]
  • Principles & PracticesTested1421Passed688Pass %48% Seismic PrinciplesTested1473Passed687Pass %47%. [1]
  • National Structural LateralTested142Passed78Pass %55% National Structural VerticalTested146Passed76Pass %52%. [1]
  • Posted January 16, 2013 Land Surveying Exam National PLSTested47Passed18Pass %38%Failed29Fail %62%Pass. [1]
  • Only Principles & PracticesTested1399Passed483Pass %35%Failed916Fail %. [1]
  • Only Principles & PracticesTested1758Passed683Pass %39%Failed1075Fail %61%Pass. [1]
  • Only Principles & PracticesTested1976Passed688Pass %35%Failed1288Fail %. [1]
  • Posted January 11, 2012 April 2011 EIT and LSIT Examination Statistics LSIT ResultsTested133Passed72Pass %54%Failed61Fail %46%Pass. [1]
  • 78.44%Cutscore220Possible400 Principles & PracticesTested1747Passed721Pass %41%Failed1026Fail %. [1]
  • Posted January 25, 2011 Land Surveying Exam National PLSTested55Passed24Pass %44%Failed31Fail %56%Pass. [1]
  • Only Principles & PracticesTested1973Passed718Pass %36%Failed1255Fail %64%Pass. [1]
  • Posted January 25, 2011 April 2010 EIT and LSIT Examination Statistics LSIT ResultsTested175Passed80Pass %45.71%Failed95Fail %. [1]
  • Posted July 22, 2010 October 2009 EIT and LSIT Examination Statistics LSIT ResultsTested178Pass60Pass %33.71%Fail118Fail %66.29%Pass. [1]
  • Posted January 2010 Land Surveying Exam National PLSTested79Passed37Pass %46.84%Failed42Fail %53.16%Pass. [1]
  • Posted January 2010 April 2009 EIT and LSIT Examination Statistics LSIT ResultsTested276Passed100Pass %36.23%Failed176Fail %. [1]
  • 68.68%Cutscore189Possible400 Principles & PracticesTested2187Passed811Pass %37.08%Failed1376Fail %62.92%Pass. [1]
  • Engineering SurveyingTested2592Passed1143Pass %44.10%Failed1449Fail %55.90%Cutscore30Possible46 ChemicalTested51Passed29Pass %56.86%Failed22Fail %. [1]
  • Only Principles & PracticeTested2151Pass755Pass %35.10%Fail1396Fail %. [1]
  • Only State Specific PLSTested463Pass148Pass %31.97%Fail315Fail %68.03%Cutscore221Possible400 Principles & PracticesTested1991Pass744Pass %37.37%Fail1247Fail %. [1]
  • October 2007 EIT and LSIT Examination Statistics LSIT ResultsTested306Pass92Pass %30.07%Fail214Fail %. [1]
  • Only Principles & PracticeTested2015Pass810Pass %40.20%Fail1205Fail %. [1]
  • Posted January 2008 California Board for Professional Engineers, Land Surveyors, and Geologists April 2007 EIT and LSIT Examination Statistics LSIT ResultsTested387Pass152Pass %39.28%Fail235Fail %. [1]
  • 65.51%Cutscore206Possible394 Principles & PracticesTested1820Pass743Pass %40.82%Fail1077Fail %. [1]
  • Only Seismic PrinciplesTested1913Pass712Pass %37.22%Fail1201Fail %62.78%Cutscore142Possible263 Engineering SurveyingTested2109Pass768Pass %36.42%Fail1341Fail %63.58%Cutscore171Possible292. [1]
  • Posted June 26, 2006California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1781Pass732Pass %41.10%Fail1049Fail %58.90%Pass/Fail. [1]
  • Posted January 2006California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1937Pass669Pass %34.54%Fail1268Fail %. [1]
  • Only Seismic PrinciplesTested2073Pass928Pass %44.77%Fail1145Fail %55.23%Cutscore164Possible295 Engr. [1]
  • Posted June 27, 2005California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1842Pass743Pass %40.34%Fail1099Fail %59.66%Cutscore70Possible100. [1]
  • Posted January 2005California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1912Pass715Pass %37.40%Fail1197Fail %. [1]
  • IndustrialTested5Pass2Pass %40.00%Fail3Fail %60.00%Cutscore70Possible100 MechanicalTested224Pass106Pass %47.32%Fail118Fail %. [1]
  • 52.68%Cutscore70Possible100 MetallurgicalTested6Pass3Pass %50.00%Fail3Fail %50.00%Cutscore70Possible100 NuclearTested3Pass1Pass %33.33%Fail2Fail %. [1]
  • PetroleumTested8Pass1Pass %12.50%Fail7Fail %87.50%Cutscore70Possible100 TrafficTested89Pass41Pass %46.07%Fail48Fail %. [1]
  • Posted January 2005California Board for Professional Engineers, Land Surveyors, and Geologists April 2004 EIT and LSIT Examination Statistic LSIT ResultsTested247Pass67Pass %27.13%Fail180Fail %72.87%Cutscore70Possible100 EIT. [1]
  • Posted June 25, 2004California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1951Pass847Pass %. [1]
  • 65.51%Cutscore157Possible275 National PLSTested262Pass134Pass %51.15%Fail128Fail %48.85%Cutscore70Possible100 State. [1]
  • Updated August 9, 2004California Board for Professional Engineers, Land Surveyors, and Geologists October 2003 EIT and LSIT Examination Statistics LSIT ResultsTested206Pass51Pass %24.76%Fail155Fail %. [1]
  • Posted February 2004California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested2188Pass620Pass %28.34%Fail1568Fail %71.66%Cutscore70Possible100. [1]
  • IndustrialTested9Pass7Pass %77.78%Fail2Fail %22.22%Cutscore70Possible100 ManufacturingTested3Pass1Pass %33.33%Fail2Fail %. [1]
  • MechanicalTested278Pass137Pass %49.28%Fail141Fail %50.72%Cutscore70Possible100 MetallurgicalTested3Pass1Pass %33.33%Fail2Fail %. [1]
  • Updated June 27, 2003California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested2075Pass817Pass %. [1]
  • Posted January 2003California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested2417Pass841Pass %34.80%Fail1576Fail %. [1]
  • 58.75%Cutscore70Possible100 Fire ProtectionTested36Pass15Pass %41.67%Fail21Fail %58.33%Cutscore70Possible100 GeotechnicalTested85Pass43Pass %50.59%Fail42Fail %. [1]
  • Posted January 2003California Board for Professional Engineers, Land Surveyors, and Geologists April 2002 EIT and LSIT Examination Statistics LSIT ResultsTested306Pass91Pass %29.74%Fail215Fail %. [1]
  • MechanicalTested103Pass72Pass %69.90%Fail31Fail %30.10% EnvironmentalTested37Pass20Pass %54.05%Fail17Fail %45.95%. [1]
  • Posted October 2002California Board for Professional Engineers, Land Surveyors, and Geologists October 2001 EIT and LSIT Examination Statistics LSIT ResultsTested226Pass63Pass %27.88%Fail163Fail %. [1]
  • Posted January 2002California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested2177Pass699Pass %32.11%Fail1478Fail %. [1]
  • AgriculturalTested3Pass1Pass %33.33%Fail2Fail %66.67%Cutscore70Possible100 ChemicalTested38Pass21Pass %55.26%Fail17Fail %. [1]
  • 62.50%Cutscore70Possible100 EIT Overall ResultsTested2685Pass1121Pass %41.75%Fail1564Fail %. [1]
  • Posted July 2, 2001California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1962Pass755Pass %38.48%Fail1207Fail %. [1]
  • Posted July 30, 2001California Board for Professional Engineers, Land Surveyors, and Geologists October 2000 EIT and LSIT Examination Statistics LSIT ResultsTested200Pass65Pass %32.50%Fail135Fail %. [1]
  • ElectricalTested93Pass34Pass %36.56%Fail59Fail %63.44% GeneralTested1593Pass692Pass %43.44%Fail901Fail %56.56% IndustrialTested15Pass3Pass %20%Fail12Fail %80%. [1]
  • Posted January 5, 2001California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1936Pass687Pass %. [1]
  • 78.40%Cutscore48Possible80 Fire ProtectionTested28Pass8Pass %28.60%Fail20Fail %71.40%Cutscore49Possible80 GeotechnicalTested88Pass33Pass %37.50%Fail55Fail %. [1]
  • IndustrialTested6Pass1Pass %16.70%Fail5Fail %83.30%Cutscore40Possible80 ManufacturingTested2Pass1Pass %50.00%Fail1Fail %. [1]
  • 54.51%Cutscore70Possible100 ChemicalTested26Pass17Pass %65.38%Fail9Fail %34.62% CivilTested423Pass131Pass %30.97%Fail292Fail %69.03%. [1]
  • GeneralTested1708Pass826Pass %48.36%Fail882Fail %51.64% IndustrialTested12Pass2Pass %16.67%Fail10Fail %83.33%. [1]
  • Posted June 30, 2000California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1812Pass662Pass %. [1]
  • Posted August 4, 2000California Board for Professional Engineers, Land Surveyors, and Geologists October 1999 EIT and LSIT Examination Statistics LSIT ResultsTested163Pass52Pass %31.90%Fail111Fail %68.10%Cutscore95Possible170 EIT. [1]
  • GeneralTested1584Pass721Pass %45.52%Fail863Fail %54.48% IndustrialTested15Pass3Pass %20%Fail12Fail %80%. [1]
  • Posted February 4, 2000California Board for Professional Engineers, Land Surveyors, and Geologists Civil Engineering Exams Principles & PracticesTested1660Pass414Pass %24.94%Fail1246Fail %. [1]
  • 75.06%Cutscore48Possible80 Seismic PrinciplesTested1797Pass706Pass %39.29%Fail1091Fail %60.70%Cutscore168Possible289 Engr. [1]
  • AgriculturalTested1Pass0Pass %0%Fail1Fail %100%Cutscore48Possible80 ChemicalTested43Pass18Pass %41.86%Fail25Fail %. [1]
  • The minimum peak ground velocity and peak ground acceleration during earthquakes that can induce DSLs are estimated to be 15–20 cm s− 1 and 300–400 cm s− 2, although most of the DSLs examined were induced by strike slip fault earthquakes with. [2]
  • We observe that for both the Love and Rayleigh wave inversions, the move or change steps have the highest acceptance ratios (as large as 50%), followed by the hierarchical step (~30%) and the birth/death step (~20%). [3]
  • The mean velocity of 2.82 km/s, computed during ensemble averaging, is intermediate between two equally likely modes 2.5 km/s and 3.1 km/s. [3]
  • The height of the boxplot encompasses 99% of the values, while the outliers are represented by small dots. [3]
  • We do this by comparing the observed THBI with the predicted phase velocity maps obtained using extensively used global . [3]
  • A statistical comparison between the observed and predicted phase velocity maps. [3]
  • Predicted phase velocity maps for Raleigh waves using CRUST1.0. [3]
  • The absolute residuals between the observed and predicted phase velocity maps, relative to the standard deviation of the THBI phase velocities. [3]
  • The change in phase velocity is due to a 10% increase in density, V , and V at each depth. [3]
  • compared to the predicted dispersion curves for the CRUST1.0 and the updated model. [3]
  • On average, relative to THBI standard deviation, LITHO1.0 residual is 18% smaller than CRUST1.0 and 135% smaller than NACr14. [3]
  • Early/Middle Proterozoic 3.4 4.0, 2.8 4.0 4.1, 3.8 6.3 7.2, 5.4 (17%, 85%). [3]
  • Extended Crust 4.4 4.3, 4.6 5.0 4.6, 5.5 10.6 9.9, 11.2 (13%, 139%) Orogen, Thick UC, and Thin LC 8.8 7.2, 10.3 7.9 6.4, 9.3 11.5 9.4, 13.7 (−10%, 32%) Orogen, Thick UC, and Fast MC 2.9 3.0, 2.8 3.6 3.6, 3.5 4.2 4.1, 4.3 (22%, 44%). [3]
  • Slow Thin Platform 3.0 3.4, 2.8 2.8 3.2, 2.5 5.3 5.5, 5.1 (−6%, 73%). [3]
  • (70%, 322%) Platform 6.5 5.8, 7.1 6.5 5.6, 7.5 21.7 15.4, 27.8 (2%, 237%). [3]
  • Rift 5.8 4.0, 7.5 10.1 8.4, 11.9 15.9 13.8, 17.9 (75%, 174%). [3]
  • Phanerozoic 1.7 1.6, 1.8 1.5 1.6, 1.5 5.7 5.9, 5.7 (−11%, 237%). [3]
  • Colors depict the peak acceleration that has a 10 percent probability of being exceeded in a 50. [4]
  • Alaska has 11 percent of the world’s recorded earthquakes. [4]
  • Estimated Annualized Earthquake Losses for the United States, Federal Emergency Management Agency Report 66, September 2000. [4]
  • The result is expressed as the level of ground shaking that on average occurs every 2,500 years. [5]
  • More than 70 percent of the state’s population resides within 30 miles of a fault where high ground shaking could occur in the next 50 years. [5]
  • A magnitude 7 quake in the middle of the desert is likely to do less damage than a magnitude 6 in downtown Los Angeles or San Francisco. [5]
  • EDE is likely to be the inoculated disaster condition and trigger factor of the disasters such as earthquake, drought, rainstorm, and flood [40]. [6]
  • According to such a viewpoint, however, most earthquakes and floods are related based on Table 1. [6]
  • According to the relevant data, the initial conclusion was that the overseas earthquakes lower than Ms6.5 had weak impacts on the rainstorm floods in China. [6]
  • Meanwhile, for the convenience of statistical analysis, the domestic territory and the regions within 3000 km from China firstly underwent a gridding process and were numbered according to some rules. [6]
  • The orientation of vapors causing the rainstorm floods might be acquired according to relevant research results [59]. [6]
  • According to the general score , five possible correspondences between rainstorm flood events and earthquakes can be set. [6]
  • Some scientists believe the probability of a large earthquake is about 10% in 50 years. [7]
  • This evidence is combined with data from approximately 200 years of written history and 100 years of instrumental recordings to calculate the estimated frequency of reoccurrence or “Average Behavior.”. [7]
  • For Scott, Stoddard and Dunklin counties the percentage estimates are 0.11% killed, 0.5 5% seriously injured, 5% of structures collapsed and 20% with severe structural damage. [7]
  • For Butler, Bollinger, Cape Girardeau, Perry, St. Louis , Lincoln, Pike, Marion and Lewis Counties the estimates are 0.020.2% killed, 0.1 1% seriously injured, 1% building collapses and 10% with severe structural damage. [7]
  • It is estimated that 40% of all small businesses will not reopen after a major disaster and of the ones that do open 25% of those will close within one year. [7]
  • Small to medium sized businesses are often hit the hardest with an estimated daily income loss of $3,000 and $23,000, respectively. [7]
  • The Bayes classifier achieves 84.9% correct classifications on a very subtle sandstone lens model with no added noise, and 75.9% correct with 20% added noise. [8]

I know you want to use Geology and Seismic Software, thus we made this list of best Geology and Seismic Software. We also wrote about how to learn Geology and Seismic Software and how to install Geology and Seismic Software. Recently we wrote how to uninstall Geology and Seismic Software for newbie users. Don’t forgot to check latest Geology and Seismic statistics of 2024.

Reference

  1. usgs – https://www.usgs.gov/programs/earthquake-hazards/lists-maps-and-statistics.
  2. ca – https://www.bpelsg.ca.gov/applicants/exam_statistics.shtml.
  3. sciencedirect – https://www.sciencedirect.com/science/article/pii/0013795289900446.
  4. wiley – https://agupubs.onlinelibrary.wiley.com/doi/abs/10.1002/2017TC004468.
  5. alaska – https://seismic.alaska.gov/earthquake-risk.html.
  6. ca – https://www.conservation.ca.gov/cgs/earthquakes.
  7. hindawi – https://www.hindawi.com/journals/amete/2016/4629235/.
  8. mo – https://dnr.mo.gov/land-geology/hazards/earthquakes/science/facts-new-madrid-seismic-zone.
  9. osti – https://www.osti.gov/biblio/5290115-identification-stratigraphic-traps-from-seismic-data-using-nonlinear-statistical-pattern-recognition.

How Useful is Geology and Seismic

Geology, the study of the Earth’s materials and processes, helps us understand the composition and structure of the planet. By examining rocks, minerals, fossils, and landscapes, geologists can determine the history of the Earth and predict how it might change in the future. This information is vital for land-use planning, resource management, and environmental conservation. For example, geologists can identify areas prone to landslides or volcanic eruptions, allowing for appropriate measures to be taken to protect people and property.

Seismic science, on the other hand, focuses on the study of earthquakes and the propagation of seismic waves through the Earth. By monitoring seismic activity and mapping fault lines, scientists can identify regions at risk of earthquakes and tsunamis. This information is crucial for emergency preparedness and disaster response, as it allows communities to develop evacuation plans and build structures that can withstand seismic events.

Additionally, seismic data is invaluable for locating and extracting natural resources such as oil, gas, and minerals. By using seismic imaging techniques, scientists can create detailed subsurface maps that help companies locate promising targets for exploration. This not only reduces the risk and cost of drilling but also helps to minimize the impact on the environment by avoiding unnecessary destruction of habitats.

Furthermore, geology and seismic science play a critical role in addressing climate change. By studying past climate records preserved in rocks and sediments, scientists can reconstruct past environmental conditions and understand how the Earth’s climate has evolved over time. This information is essential for predicting future climate trends and developing strategies to mitigate the impacts of global warming.

Overall, geology and seismic science are immensely useful disciplines that provide valuable insights into the Earth’s past, present, and future. By studying the planet’s geological processes and seismic activity, we can better understand the world around us and make informed decisions that benefit society as a whole. Whether it’s predicting natural disasters, locating resources, or combating climate change, these sciences are indispensable tools that help us navigate the complexities of our planet.

In Conclusion

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We tried our best to provide all the Geology and Seismic statistics on this page. Please comment below and share your opinion if we missed any Geology and Seismic statistics.

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