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DOGAMI TIM-Curr-14, Plate 1: Local-Source (Cascadia Subduction Zone) Tsunami

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DOGAMI TIM-Curr-14, Plate 1: Local-Source (Cascadia Subduction Zone) Tsunami STATE OF OREGON Tsunami Inundation Map Curr-14 DEPARTMENT OF GEOLOGY AND MINERAL INDUSTRIES Tsunami Inundation Maps for Chetco River, www.OregonGeology.org Local Source (Cascadia Subduction Zone) Tsunami Inundation Map Curry County, Oregon Larry Givens, Governing Board Chair Vicki S. McConnell, Director and State Geologist Plate 1 Andree V. Pollock, Assistant Director Geologic Survey and Services Rachel R. Lyles Smith, Project Operations Manager Chetco River, Oregon Ian P. Madin, Chief Scientist 2012 124°18'0"W 124°16'0"W 124°14'0"W 124°12'0"W Introduction The Oregon Department of Geology and Mineral Industries (DOGAMI) Oregon. DOGAMI has also incorporated physical evidence that suggests 100 200 200 has been identifying and mapping the tsunami inundation hazard along that portions of the coast may drop 4 to 10 feet during the earthquake; BROWN DEER LN 255255 the Oregon coast since 1994. In Oregon, DOGAMI manages the National this effect is known as subsidence. Detailed information on fault C O HO D R 100 L Tsunami Hazard Mitigation Program, which has been administered by geometries, subsidence, computer models, and the methodology used to E W the National Oceanic and Atmospheric Administration (NOAA) since create the tsunami scenarios presented on this map can be found in I S B R C R A 1995. DOGAMI’s work is designed to help cities, counties, and other DOGAMI Special Papers 41 (Priest and others, 2009) and 43 (Witter and E Y L N O L D E C O K others, 2011). U N sites in coastal areas reduce the potential for disastrous tsunami-related T R R D Y R consequences by understanding and mitigating this geologic hazard. D D E M O S S R D Using federal funding awarded by NOAA, DOGAMI has developed a C N Map Explanation H I N R E new generation of tsunami inundation maps to help residents and O E R R L D O L N U K K visitors along the entire Oregon coast prepare for the next Cascadia This tsunami inundation map displays the output of computer models B Upper Chetco RFPD L I N R Subduction Zone (CSZ) earthquake and tsunami. representing five selected tsunami scenarios, all of which include the T earthquake-produced subsidence and the tsunami-amplifying effects of E the splay fault. Each scenario assumes that a tsunami occurs at Mean R The CSZ is the tectonic plate boundary between the North American B G L A N Plate and the Juan de Fuca Plate (Figure 1). These plates are converging Higher High Water (MHHW) tide; MHHW is defined as the average height R D R N D of the higher high tides observed over an 18-year period at the Port Ci ty of Brookings E at a rate of about 1.5 inches per year, but the movement is not smooth D R N N R I R I R and continuous. Rather, the plates lock in place, and unreleased energy Orford tide gauge. To make it easier to understand this scientific material A D E T J G V o N E I and to enhance the educational aspects of hazard mitigation and e builds over time. At intervals, this accumulated energy is violently U R R H O 25 D O 100 a M released in the form of a megathrust earthquake rupture, where the response, the five scenarios are labeled as “T-shirt sizes” ranging from C l R T l D E 200 North American Plate suddenly slips westward over the Juan de Fuca Small, Medium, Large, Extra Large, to Extra Extra Large (S, M, L, XL, XXL). C R H C A R r e K The map legend depicts the respective amounts of slip, the frequency of G D Plate. This rupture causes a vertical displacement of water that creates H E N D E e N R S O U N k N R A D O B a tsunami (Figure 2). Similar rupture processes and tsunamis have occurrence, and the earthquake magnitude for these five scenarios. C O Y r N R e N D v occurred elsewhere on the planet where subduction zones exist: for Figure 4 shows the cumulative number of buildings inundated within the A i C O R example, offshore Chile in 1960 and 2010, offshore Alaska in 1964, near map area. H o O tc C e h Sumatra in 2004, and offshore Japan in March 2011. C k The computer simulation model output is provided to DOGAMI as r 200 o R T F U CSZ Frequency: Comprehensive research of the offshore geologic millions of points with values that indicate whether the location of each S H h T t O M r I Ci ty of Brookings L N C C A o record indicates that at least 19 major ruptures of the full length of the point is wet or dry. These points are converted to wet and dry contour 100 S R L N D N CSZ have occurred off the Oregon coast over the past 10,000 years lines that form the extent of inundation. The transition area between the T L k E e Ferry P (Figure 3). All 19 of these full-rupture CSZ events were likely magnitude wet and dry contour lines is termed the Wet/Dry Zone, which equates to e A R I D G E RD r T Creek V A N C S 8.9 to 9.2 earthquakes (Witter and others, 2011). The most recent CSZ the amount of error in the model when determining the maximum is I V Reservoir rr a D R H event happened approximately 300 years ago on January 26, 1700. inundation for each scenario. Only the XXL Wet/Dry Zone is shown on S T G this map. H M I LY R Sand deposits carried onshore and left by the 1700 event have been G O W M O U N T E D S M A N L N I R D 200 R found 1.2 miles inland; older tsunami sand deposits have also been R A H D discovered in estuaries 6 miles inland. As shown in Figure 3, the range This map also shows the regulatory tsunami inundation line (Oregon E R 100 N L O Revised Statutes 455.446 and 455.447), commonly known as the Senate T F in time between these 19 events varies from 110 to 1,150 years, with a E A C R E S E S F A N B A N K C H E T C O A S 25 R I V median time interval of 490 years. In 2008 the United States Geological Bill 379 line. Senate Bill 379 (1995) instructed DOGAMI to establish the T T E WOO R S R V D Survey (USGS) released the results of a study announcing that the area of expected tsunami inundation based on scientific evidence and A G R D L E N W O O D D E G L R tsunami modeling in order to prohibit the construction of new essential N 25 D probability of a magnitude 8-9 CSZ earthquake occurring over the next D I N D O A R City of Brookings 200 D T Chetco RiverL E 30 years is 10% and that such earthquakes occur about every 500 and special occupancy structures in this tsunami inundation zone (Priest, N O U N G H M O P I L I 100 S years (WGCEP, 2008). 1995). B R A V O H T 100 Y Harris E 100 L Beach AP P L L 200 CSZ Model Specifications: The sizes of the earthquake and its resultant Time Series Graphs and Wave Elevation Profiles: In addition to the E A State Park F D R R D e C O B R tsunami are primarily driven by the amount and geometry of the slip tsunami scenarios, the computer model produces time series data for r T B' E E V r H I y C 200 R K “gauge” locations in the area. These points are simulated gauge stations B A N that takes place when the North American Plate snaps westward over C S O C r T the Juan de Fuca Plate during a CSZ event. DOGAMI has modeled a wide that record the time, in seconds, of the tsunami wave arrival and the wave e Ci ty of Brookings E O R D 200 e H K C H E TC k C City of Brookings N P 42°4'0"N A K B O L range of earthquake and tsunami sizes that take into account different height observed. It is especially noteworthy that the greatest wave height L N D A S U S B S H A M P T O N R D T fault geometries that could amplify the amount of seawater and velocity observed are not necessarily associated with the first H N W H 200 Y 1 0 1 B R O O K E L N I G E displacement and increase tsunami inundation. Seismic geophysical tsunami wave to arrive onshore. Therefore evacuees should not assume A H N I N L N L R Y 100 M A R M E O that the tsunami event is over until the proper authorities have sounded A D O W L N D R profiles show that there may be a steep splay fault running nearly R V E C 200 K A ity B Y E C R the all-clear signal at the end of the evacuation.
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