A V Tainik
Biographic Data
| ID | 4062283 |
|---|---|
| NAME | A V Tainik |
| GIVEN NAMES | A V |
| FAMILY NAME | Tainik |
| SIGNATURE | TAINIK A V |
| AFFILIATIONS | Siberian Federal University |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 1 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2018 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 1 |
Possibilities and Limitations of Dendrochronological Dating
Календарная датировка древесины из исторических объектов невозможна без наличия длительных древеснокольцевых хронологий (ДКХ). До недавнего времени вопрос об их построении для Новосибирской обл. оставался нерешенным. Необходимо было дать ответ на ряд вопросов методического характера, например связанных с оценкой пространственной однородности дендрохронологического сигнала в области, попыткой усиления комплексного климатического сигнала, который с…
Possibilities and Limitations of Dendrochronological Dating
Calendar dating of archaeological wood presupposes the existence of long-term tree-ring chronologies. Until recently, the development of such chronologies for the Novosibirsk Region remained an unanswered challenge. Several methodological issues had to be addressed, including the assessment of spatial homogeneity in dendrochronological signals across the region, the enhancement of the composite climatic signal contained within tree growth pattern…
Application of the Blue-Intensity Method for Dating Wooden Buildings in Siberia
Despite the success achieved in the tree-ring dating of wood samples from archaeological excavations over the recent years, attempts to apply this method to relatively recent wooden constructions in central Siberia run into considerable difficulties, because the increment of wood in that area shows little variation due to the virtual absence of limiting factors. To solve this problem, we used the blue intensity method, based on measuring the opti…
Application of the Blue-Intensity Method for Dating Wooden Buildings in Siberia
Despite the success achieved in the tree-ring dating of wood samples from archaeological excavations over the recent years, attempts to apply this method to relatively recent wooden constructions in central Siberia run into considerable difficulties, because the increment of wood in that area shows little variation due to the virtual absence of limiting factors. To solve this problem, we used the blue intensity method, based on measuring the opti…
Application of the Blue-Intensity Method for Dating Wooden Buildings in Siberia
Despite the success achieved in the tree-ring dating of wood samples from archaeological excavations over the recent years, attempts to apply this method to relatively recent wooden constructions in central Siberia run into considerable difficulties, because the increment of wood in that area shows little variation due to the virtual absence of limiting factors. To solve this problem, we used the blue intensity method, based on measuring the opti…
Possibilities and Limitations of Dendrochronological Dating
Календарная датировка древесины из исторических объектов невозможна без наличия длительных древеснокольцевых хронологий (ДКХ). До недавнего времени вопрос об их построении для Новосибирской обл. оставался нерешенным. Необходимо было дать ответ на ряд вопросов методического характера, например связанных с оценкой пространственной однородности дендрохронологического сигнала в области, попыткой усиления комплексного климатического сигнала, который с…
Possibilities and Limitations of Dendrochronological Dating
Calendar dating of archaeological wood presupposes the existence of long-term tree-ring chronologies. Until recently, the development of such chronologies for the Novosibirsk Region remained an unanswered challenge. Several methodological issues had to be addressed, including the assessment of spatial homogeneity in dendrochronological signals across the region, the enhancement of the composite climatic signal contained within tree growth pattern…
Dendrochronology (3 works) · Tree-ring climate responses (3 works) · Soil and Environmental Studies (2 works) · Archaeology (1 works) · Archaeology and ancient environmental studies (1 works) · Chronology (1 works) · Dendroclimatology (1 works) · Ecology (1 works) · Engineering (1 works) · Environmental Science (1 works)