Bostwick, Jennifer A. and Kyte, Frank T. (1996): The size and abundance of shocked quartz in Cretaceous-Tertiary boundary sediments from the Pacific Basin 
  
    Leg/Site/Hole: 
    Related Expeditions: 
    ODP 130  ODP 145  DSDP 62  DSDP 86  DSDP 91  DSDP 62 465 DSDP 86 576 DSDP 86 577 DSDP 91 596 ODP 130 803 ODP 145 886
   
  
    Identifier: 
    ID: 
    1996-082190
    
    Type: 
    georefid
    
     
   
  
    Creator: 
    Name: 
    Bostwick, Jennifer A. 
    
    Affiliation: 
    University of California at Los Angeles, Institute of Geophysics and Planetary Physics, Los Angeles, CA, United States 
    
    Role: 
    author 
    
     
    Name: 
    Kyte, Frank T. 
    
    Affiliation: 
    University of Rhode Island, United States 
    
    Role: 
    author 
    
     
   
  
    Identification: 
    Title: 
    The size and abundance of shocked quartz in Cretaceous-Tertiary boundary sediments from the Pacific Basin 
    
    Year: 
    1996 
    
    Source: 
    In: Ryder, Graham (editor), Fastovsky, David (editor), Gartner, Stefan (editor), The Cretaceous-Tertiary event and other catastrophes in Earth history 
    
    Publisher: 
    Geological Society of America (GSA), Boulder, CO, United States 
    
    Volume: 
    307 
    
    Issue: 
     
    
    Pages: 
    403-415 
    
    Abstract: 
     
    
    Language: 
    English 
    
    Genre: 
    Serial 
    
    Rights: 
     
    
    URL: 
     
    
   
  Coverage: Geographic coordinates: North:44.4123 West:-175.3000 East:
        178.5508 South:-25.0000 
Keywords: Stratigraphy; Cenozoic; Cretaceous; crust; Deep Sea Drilling Project; DSDP Site 465; DSDP Site 576; DSDP Site 577; DSDP Site 596; East Pacific; framework silicates; Hess Rise; IPOD; K-T boundary; Leg 130; Leg 145; Leg 62; Leg 86; Leg 91; lower Paleocene; Mesozoic; metamorphism; mineral composition; North Pacific; Northwest Pacific; Ocean Drilling Program; ODP Site 803; ODP Site 886; Pacific Ocean; Pacific Plate; Paleocene; Paleogene; plate tectonics; quantitative analysis; quartz; SEM data; Shatsky Rise; shock metamorphism; silica minerals; silicates; South Pacific; Southeast Pacific; stratigraphic boundary; Tertiary; Tonga Trench; Upper Cretaceous; West Pacific; 
 
 
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