Nature of Inner Asia
Bibliographic description:
, , , CREATION OF THE AUTOMATIC SOIL AND ATMOSPHERIC CLIMATIC STATIONS NETWORK FOR THE SOUTHERN BORDER CRYOLITHOZONE DYNAMICS MONITORING // Nature of Inner Asia. - 2017. №4(5). . - С. 26-36.
Title:
CREATION OF THE AUTOMATIC SOIL AND ATMOSPHERIC CLIMATIC STATIONS NETWORK FOR THE SOUTHERN BORDER CRYOLITHOZONE DYNAMICS MONITORING
Financing:
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Annotation:
The soil and atmospheric measuring equipment (SAME) automatically measures the me- teorological parameters of the atmosphere and soil from a depth of 3,2 m to a height of 10 m. The temperature regimes of contrasting landscapes in different types of permafrost distri- bution in the Republic of Buryatia have been studied. The ―mirror‖ regularities of the thawing processes in the permafrost soils of the Vitim plateau and the freezing in the seasonally frozen soils of the north of the Selenga middle mountain range and the Eastern Baikal region are established. Quantitative differences in the rate of freezing and thawing processes, duration of days with active temperatures, depending on soil types and distribu- tion zones of permafrost types are revealed.
Keywords:
soil and atmospheric measuring equipment, SAME, climate change, permafrost types, temperature regime of soils, control, freezing and thawing of soils.
List of references:
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Badmaev N. B., Ananin A. A., Bazarov A. V., Ananina T. L., Kurakov S. A., Gonchikov B.-M. N. Interaktivnye tekhnologii monitoringa klimata osobo okhranyaemykh prirodnykh territoriy na yuzhnoy granitse kriolitozony [Interactive Technologies for Climate Monitoring of Specially Protected Natural Areas on the Cryolithozone Southern Boundary] // Prirodnye rezervaty — garant budushchego: materialy XII Vseros. nauch.-prakt. konf. s mezhdunarodnym uchastiem, posvyashch. 100-letiyu zapovednoy sistemy Rossii i Barguzinskogo gosudarstvennogo prirodnogo biosfernogo zapovednika, godu OOPT i godu ekologii (Ulan-Ude, 4–6 sentyabrya 2017 g.). Ulan-Ude, 2017. S. 26–30.
Badmaev N. B., Kulikov A. I., Mironov I. A. Merzlota [Permafrost] // Buryatiya. Entsikloped. Spra- vochnik. V 2 t. T. 1. Ulan-Ude, 2011. S. 54–55.
Bazarov A. V., Badmaev N. B., Kurakov S. A., Gonchikov B.-M. N., Tsybenov Yu. B., Kulikov A.
I. Izmeritel'nyy kompleks dlya avtomaticheskogo dolgovremennogo kontrolya atmosfernykh i pochvennykh klimaticheskikh parametrov [Measuring Equipment for Automatic Long-Term Monitoring of Atmospheric and Soil Climate Parameters ] // Pribory i tekhnika eksperimenta, 2016. № 2. S. 186–201.
Bazarov A. V., Badmaev N. B., Gonchikov B.-M. N., Mangataev A. Ts. Sezonno-sutochnye izmeneniya glubiny deyatel'nogo sloya pochvy razlichnykh tipov merzloty [Seasonal and Diurnal Changes in the Soil Active Layer Depth on Different Types of Permafrost] // Mongol'skoe plato: materialy XII mezhdunar. nauch. konf. «Okruzhayushchaya sreda i ustoychivoe razvitie Mongol'skogo plato i sopredel'nykh territoriy» (Ulan-Ude, 3–4 avgusta 2017 g.). Ulan-Ude, 2017. S. 30–32.
Kulikov A. I., Kulikov M. A., Smirnova I. I. O glubine protaivaniya pochv pri izmeneniyakh klimata [About Ground Thawing Depth under Climate Change] // Vestnik BGSKhA im. V. R. Filippova, 2009.
№1(14). S. 121–126.
Smirnova I. I., Kulikov A. I., Kulikov M. A. Termicheskoe sostoyanie deyatel'nogo sloya v kontekste global'nogo potepleniya [Thermal State of the Active Layer in the Global Warming Context] // Vestnik VSGUTU. 2012. № 4 (39). S. 227–233.
Badmaev N., Kulikov A., Tsydypov B. Seasonal, Interannual and Centennial Variability of Thawing Depth of Permafrost-Affected Soils in Transbaikalia // 6th International Conference on Cryopedology Frost-affected Soils – Dynamic Soils in the Dynamic World. Krakow, 2013. Р. 5.
Badmaev N., Kulikov A., Tsydypov B., Garmaev E. Spatio-Temporal Variability of Thawing Depth of Permafrost Landscapes in the Southern Part of the Vitim Plateau // Materials of Joint Science and Edu- cation Conference «Arctic Dialogue in the Global World». Ulan-Ude, 2015. Р. 352–356.
Gonchikov B-M., Badmaev N., Bazarov A., Mangataev A., Kulikov A., Gyninova A., Tsybenov Y. About Creation of Automatic System Monitoring of Atmospheric and Soil Climate in Western Transbai- kalia // Cryosols in Perspective: a View from the Permafrost Heartland: Proceedings of the VII Interna- tional Conference on Cryopedology (Yakutsk, 2017, August 21–28). Yakutsk, 2017. P. 57–59.
Badmaev N. B., Ananin A. A., Bazarov A. V., Ananina T. L., Kurakov S. A., Gonchikov B.-M. N. Interaktivnye tekhnologii monitoringa klimata osobo okhranyaemykh prirodnykh territoriy na yuzhnoy granitse kriolitozony [Interactive Technologies for Climate Monitoring of Specially Protected Natural Areas on the Cryolithozone Southern Boundary] // Prirodnye rezervaty — garant budushchego: materialy XII Vseros. nauch.-prakt. konf. s mezhdunarodnym uchastiem, posvyashch. 100-letiyu zapovednoy sistemy Rossii i Barguzinskogo gosudarstvennogo prirodnogo biosfernogo zapovednika, godu OOPT i godu ekologii (Ulan-Ude, 4–6 sentyabrya 2017 g.). Ulan-Ude, 2017. S. 26–30.
Badmaev N. B., Kulikov A. I., Mironov I. A. Merzlota [Permafrost] // Buryatiya. Entsikloped. Spra- vochnik. V 2 t. T. 1. Ulan-Ude, 2011. S. 54–55.
Bazarov A. V., Badmaev N. B., Kurakov S. A., Gonchikov B.-M. N., Tsybenov Yu. B., Kulikov A.
I. Izmeritel'nyy kompleks dlya avtomaticheskogo dolgovremennogo kontrolya atmosfernykh i pochvennykh klimaticheskikh parametrov [Measuring Equipment for Automatic Long-Term Monitoring of Atmospheric and Soil Climate Parameters ] // Pribory i tekhnika eksperimenta, 2016. № 2. S. 186–201.
Bazarov A. V., Badmaev N. B., Gonchikov B.-M. N., Mangataev A. Ts. Sezonno-sutochnye izmeneniya glubiny deyatel'nogo sloya pochvy razlichnykh tipov merzloty [Seasonal and Diurnal Changes in the Soil Active Layer Depth on Different Types of Permafrost] // Mongol'skoe plato: materialy XII mezhdunar. nauch. konf. «Okruzhayushchaya sreda i ustoychivoe razvitie Mongol'skogo plato i sopredel'nykh territoriy» (Ulan-Ude, 3–4 avgusta 2017 g.). Ulan-Ude, 2017. S. 30–32.
Kulikov A. I., Kulikov M. A., Smirnova I. I. O glubine protaivaniya pochv pri izmeneniyakh klimata [About Ground Thawing Depth under Climate Change] // Vestnik BGSKhA im. V. R. Filippova, 2009.
№1(14). S. 121–126.
Smirnova I. I., Kulikov A. I., Kulikov M. A. Termicheskoe sostoyanie deyatel'nogo sloya v kontekste global'nogo potepleniya [Thermal State of the Active Layer in the Global Warming Context] // Vestnik VSGUTU. 2012. № 4 (39). S. 227–233.
Badmaev N., Kulikov A., Tsydypov B. Seasonal, Interannual and Centennial Variability of Thawing Depth of Permafrost-Affected Soils in Transbaikalia // 6th International Conference on Cryopedology Frost-affected Soils – Dynamic Soils in the Dynamic World. Krakow, 2013. Р. 5.
Badmaev N., Kulikov A., Tsydypov B., Garmaev E. Spatio-Temporal Variability of Thawing Depth of Permafrost Landscapes in the Southern Part of the Vitim Plateau // Materials of Joint Science and Edu- cation Conference «Arctic Dialogue in the Global World». Ulan-Ude, 2015. Р. 352–356.
Gonchikov B-M., Badmaev N., Bazarov A., Mangataev A., Kulikov A., Gyninova A., Tsybenov Y. About Creation of Automatic System Monitoring of Atmospheric and Soil Climate in Western Transbai- kalia // Cryosols in Perspective: a View from the Permafrost Heartland: Proceedings of the VII Interna- tional Conference on Cryopedology (Yakutsk, 2017, August 21–28). Yakutsk, 2017. P. 57–59.
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