NI 43-101 Technical Report for the Julietta Project in Europe, Russia dated January 2003 (Q38495): Difference between revisions

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Property / addresses subject
 
Property / addresses subject: Cretaceous Period / rank
 
Normal rank
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: 1,750 to 1,900 metre thick sequence of Upper to Lower Cretaceous mafic to felsic volcanic and volcaniclastic
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: subvolcanic stocks and dykes related to episodes of Cretaceous volcanism are present in the succession. The
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: volcanic-volcaniclastic sequences ranging in age from Lower to Upper Cretaceous. The oldest, the Lower Cretaceous
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: Cretaceous. The oldest, the Lower Cretaceous lvaninsky Sequence, is subdivided into
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: Unconformably overlying the above units is the Lower Cretaceous Engterinsky Sequence, a 250 to 300 metre
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: unconformably upon the previous sequence. It comprises Lower Cretaceous amygdaloidal pyroxene-bearing andesite
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: 2003 youngest sequence, the Makinsky Sequence, is Upper Cretaceous in age and consists of rhyodacite tuffs
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: intrusive rocks range in age from Lower to Upper Cretaceous. There are four known ages of dykes and
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: porphyritic diorite dykes which are confined to the Lower Cretaceous lvaninsky Sequence and older sedimentary
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: from rhyolitic to dacitic in composition. An Upper Cretaceous age is assigned to these dykes. The youngest
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: are diorite dykes and stocks of the Upper to Lower Cretaceous Okhotsky Complex. In the Julietta area
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: the Bulat Caldera System, which is related to the Cretaceous volcanic activity. The caldera subsidence
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: margin, juxtapose the Jurassic sediments and the Cretaceous volcanic rocks. A domal feature, termed
Property / addresses subject: Cretaceous Period / qualifier
 
concept highlight: veins. The gold-silver mineralization at Julietta is Lower Cretaceous in age and is low temperature epithermal
Property / addresses subject: Cretaceous Period / reference
 
Property / addresses subject: Cretaceous Period / reference
 
Property / addresses subject
 
Property / addresses subject: Jurassic Period / rank
 
Normal rank
Property / addresses subject: Jurassic Period / qualifier
 
concept highlight: a 1,600 metre thick succession of Upper to Lower Jurassic terrestrial sedimentary rocks. A variety
Property / addresses subject: Jurassic Period / qualifier
 
concept highlight: Cretaceous volcanism are present in the succession. The Jurassic sedimentary rocks may be subdivided into
Property / addresses subject: Jurassic Period / qualifier
 
concept highlight: area is a 650 to 750 metre thick succession of Lower Jurassic coarse grained siltstones and sandstones
Property / addresses subject: Jurassic Period / qualifier
 
concept highlight: overlying this sequence is a 250 metre thick Lower Jurassic sequence of interbedded siltstone and argillite
Property / addresses subject: Jurassic Period / qualifier
 
concept highlight: faults, which, at the caldera margin, juxtapose the Jurassic sediments and the Cretaceous volcanic rocks.
Property / addresses subject: Jurassic Period / reference
 
Property / addresses subject: Jurassic Period / reference
 

Revision as of 20:56, 19 April 2023

an NI 43-101 Technical Report pulled from the GeoArchive collection
Language Label Description Also known as
English
NI 43-101 Technical Report for the Julietta Project in Europe, Russia dated January 2003
an NI 43-101 Technical Report pulled from the GeoArchive collection

    Statements

    addresses subject
    Cretaceous Period
    concept highlight
    1,750 to 1,900 metre thick sequence of Upper to Lower Cretaceous mafic to felsic volcanic and volcaniclastic
    subvolcanic stocks and dykes related to episodes of Cretaceous volcanism are present in the succession. The
    volcanic-volcaniclastic sequences ranging in age from Lower to Upper Cretaceous. The oldest, the Lower Cretaceous
    Cretaceous. The oldest, the Lower Cretaceous lvaninsky Sequence, is subdivided into
    Unconformably overlying the above units is the Lower Cretaceous Engterinsky Sequence, a 250 to 300 metre
    unconformably upon the previous sequence. It comprises Lower Cretaceous amygdaloidal pyroxene-bearing andesite
    2003 youngest sequence, the Makinsky Sequence, is Upper Cretaceous in age and consists of rhyodacite tuffs
    intrusive rocks range in age from Lower to Upper Cretaceous. There are four known ages of dykes and
    porphyritic diorite dykes which are confined to the Lower Cretaceous lvaninsky Sequence and older sedimentary
    from rhyolitic to dacitic in composition. An Upper Cretaceous age is assigned to these dykes. The youngest
    are diorite dykes and stocks of the Upper to Lower Cretaceous Okhotsky Complex. In the Julietta area
    the Bulat Caldera System, which is related to the Cretaceous volcanic activity. The caldera subsidence
    margin, juxtapose the Jurassic sediments and the Cretaceous volcanic rocks. A domal feature, termed
    veins. The gold-silver mineralization at Julietta is Lower Cretaceous in age and is low temperature epithermal
    2 references
    knowledge source
    xDD Cyberinfrastructure
    reference URL
    https://geodeepdive.org/api/snippets?docid=620d106fad0e9c819b058aa0&term=Cretaceous%20Period,Cretaceous&dictid_filter=71&full_results&clean
    Jurassic Period
    concept highlight
    a 1,600 metre thick succession of Upper to Lower Jurassic terrestrial sedimentary rocks. A variety
    Cretaceous volcanism are present in the succession. The Jurassic sedimentary rocks may be subdivided into
    area is a 650 to 750 metre thick succession of Lower Jurassic coarse grained siltstones and sandstones
    overlying this sequence is a 250 metre thick Lower Jurassic sequence of interbedded siltstone and argillite
    faults, which, at the caldera margin, juxtapose the Jurassic sediments and the Cretaceous volcanic rocks.
    2 references
    knowledge source
    xDD Cyberinfrastructure
    reference URL
    https://geodeepdive.org/api/snippets?docid=620d106fad0e9c819b058aa0&term=Jurassic%20Period,Jurassic&dictid_filter=71&full_results&clean
    P97 (Deleted Property)
    4530692:U56NX82R Property P97 not found, cannot determine the data type to use.
    0 references
     
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