FIG. 1. — Tectonostratigraphic terranes of the Sikhote-Alin and adjacent areas. After Khanchuk (1... more FIG. 1. — Tectonostratigraphic terranes of the Sikhote-Alin and adjacent areas. After Khanchuk (1994). Abbreviations: CSAF, Central Sikhote-Alin fault; MFF, Mishan-Fushung faults.
Kemkin, Igor' V., Kemkina, Raisa A. (2000): Structure and genesis of the Taukha Mesozoic accr... more Kemkin, Igor' V., Kemkina, Raisa A. (2000): Structure and genesis of the Taukha Mesozoic accretionary prism (southern Sikhote-Alin, Russia). Geodiversitas 22 (4): 481-491
FIG. 3. — Generalized cross-section of the Taukha terrane and stratigraphic columns. Abbreviation... more FIG. 3. — Generalized cross-section of the Taukha terrane and stratigraphic columns. Abbreviations: Er, Erdagouskaya unit; Gr, Gorboushinskaya unit; Sk, Skalistorechenskaya unit.
FIG. 2. — Location of studied areas. Abbreviations: A, Arsen'evsky; C, Central Sikhote-Alin; ... more FIG. 2. — Location of studied areas. Abbreviations: A, Arsen'evsky; C, Central Sikhote-Alin; M, Meridional; MF, Mishan-Fushung faults.
This paper presents the results of biostratigraphic investigations of cherty and terrigenous depo... more This paper presents the results of biostratigraphic investigations of cherty and terrigenous deposits from the Taukha Terrane. Twelve successive radiolarian assemblages which correspond to the upper Pliensbachian-lower Toarcian, lower-middle Toarcian, upper Toarcian-middle Aalenian, upper Aalenian-lower Bajocian, middle Bajocian, upper Bajocian-lower Bathonian, middle Bathonian-lower Callovian, middle Oxfordian-lower Kimmeridgian, middle-upper Kimmeridgian, lower-middle Tithonian, upper Tithonian, and lower Valanginian-lower Barremian deposits of the continuous section have been distinguished. Characteristics of the radiolarian assemblages are shortly given.
Abstract: A key problem for an adaptive filter is to establish a suitable adaptive factor for bal... more Abstract: A key problem for an adaptive filter is to establish a suitable adaptive factor for balancing the contributions of the measurements and the predicted state information from some kinematic models. The reasonable adaptive factor needs a reliable learning ...
FIG. 4. — Cross-sections across the Samarka terrane in the Samarka village (A) and Uborka village... more FIG. 4. — Cross-sections across the Samarka terrane in the Samarka village (A) and Uborka village (B) areas.
FIG. 6. — Geological reconstruction of the Sikhote-Alin region at the end of Early Cretaceous; A,... more FIG. 6. — Geological reconstruction of the Sikhote-Alin region at the end of Early Cretaceous; A, Arsen'evsky; C, Central Sikhote- Alin; M, Meridional; MF, Mishan-Fushung faults.
FIG. 1. — Tectonostratigraphic terranes of the Sikhote-Alin and adjacent areas. After Khanchuk (1... more FIG. 1. — Tectonostratigraphic terranes of the Sikhote-Alin and adjacent areas. After Khanchuk (1994). Abbreviations: CSAF, Central Sikhote-Alin fault; MFF, Mishan-Fushung faults.
Kemkin, Igor' V., Kemkina, Raisa A. (2000): Structure and genesis of the Taukha Mesozoic accr... more Kemkin, Igor' V., Kemkina, Raisa A. (2000): Structure and genesis of the Taukha Mesozoic accretionary prism (southern Sikhote-Alin, Russia). Geodiversitas 22 (4): 481-491
FIG. 3. — Generalized cross-section of the Taukha terrane and stratigraphic columns. Abbreviation... more FIG. 3. — Generalized cross-section of the Taukha terrane and stratigraphic columns. Abbreviations: Er, Erdagouskaya unit; Gr, Gorboushinskaya unit; Sk, Skalistorechenskaya unit.
FIG. 2. — Location of studied areas. Abbreviations: A, Arsen'evsky; C, Central Sikhote-Alin; ... more FIG. 2. — Location of studied areas. Abbreviations: A, Arsen'evsky; C, Central Sikhote-Alin; M, Meridional; MF, Mishan-Fushung faults.
This paper presents the results of biostratigraphic investigations of cherty and terrigenous depo... more This paper presents the results of biostratigraphic investigations of cherty and terrigenous deposits from the Taukha Terrane. Twelve successive radiolarian assemblages which correspond to the upper Pliensbachian-lower Toarcian, lower-middle Toarcian, upper Toarcian-middle Aalenian, upper Aalenian-lower Bajocian, middle Bajocian, upper Bajocian-lower Bathonian, middle Bathonian-lower Callovian, middle Oxfordian-lower Kimmeridgian, middle-upper Kimmeridgian, lower-middle Tithonian, upper Tithonian, and lower Valanginian-lower Barremian deposits of the continuous section have been distinguished. Characteristics of the radiolarian assemblages are shortly given.
Abstract: A key problem for an adaptive filter is to establish a suitable adaptive factor for bal... more Abstract: A key problem for an adaptive filter is to establish a suitable adaptive factor for balancing the contributions of the measurements and the predicted state information from some kinematic models. The reasonable adaptive factor needs a reliable learning ...
FIG. 4. — Cross-sections across the Samarka terrane in the Samarka village (A) and Uborka village... more FIG. 4. — Cross-sections across the Samarka terrane in the Samarka village (A) and Uborka village (B) areas.
FIG. 6. — Geological reconstruction of the Sikhote-Alin region at the end of Early Cretaceous; A,... more FIG. 6. — Geological reconstruction of the Sikhote-Alin region at the end of Early Cretaceous; A, Arsen'evsky; C, Central Sikhote- Alin; M, Meridional; MF, Mishan-Fushung faults.
Uploads
Papers by Igor Kemkin