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Doklady Earth Sciences - Based on analysis of experimental data, the self-generating processes in the system atmosphere–Earth’s crust are considered, in which energy is sequentially... 相似文献
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Dolgikh G. I. Dolgikh S. G. Vasilevskaya L. N. Lisina I. A. 《Doklady Earth Sciences》2020,490(1):18-22
Doklady Earth Sciences - The interaction between the atmosphere and the lithosphere in the minute range of periods is considered. The technique of assessment of the influence of atmospheric... 相似文献
3.
Fishchenko V. K. Dolgikh G. I. Zimin P. S. Subote A. E. 《Doklady Earth Sciences》2018,482(1):1244-1247
The design features of an oceanological video-monitoring system created for operational research of coastal infrasonic wave processes are described. The results obtained confirm great opportunities for its use in fundamental and applied works in various seasons. The processing of the obtained experimental data has revealed the dynamics of the wave processes starting from wind waves to diurnal tides.
相似文献4.
Doklady Earth Sciences - The influence of the temperature and moisture content of the near-surface soil layer on variations of the barodeformation interaction of the boundary layer of the... 相似文献
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Grigory I. Dolgikh Mstislav N. Dubrov Stanislav G. Dolgikh Sergei N. Kovalev Vladimir V. Ovcharenko Egor A. Savvin Vladimir A. Chupin Vyacheslav A. Shvets Sergei V. Yakovenko 《Acta Geophysica》2006,54(2):187-197
The paper considers possibilities of applying laser strainmeters for the study of earthquake physics. One of laser strainmeters
is described. A high efficiency of using the laser strainmeters for the study of earthquakes and their precursors is shown.
In records of the spaced laser strainmeters, anomalous deformations propagating from the east to the west with the speed comparable
with that of migration of earthquakes were found. 相似文献
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D. V. Karelin S. V. Goryachkin D. G. Zamolodchikov A. V. Dolgikh E. P. Zazovskaya V. A. Shishkov G. N. Kraev 《Doklady Earth Sciences》2017,477(2):1467-1469
Various human footprints on the flux of biogenic greenhouse gases from permafrost-affected soils in Arctic and boreal domains in Russia are considered. Tendencies of significant growth or suppression of soil CO2 fluxes change across types of human impact. Overall, the human impacts increase the mean value and variance of local soil CO2 flux. Human footprint on methane exchange between soil and atmosphere is mediated by drainage. However, all the types of human impact suppress the sources and increase sinks of methane to the land ecosystems. N2O flux grew under the considered types of human impact. Based on the results, we suggest that human footprint on soil greenhouse gases fluxes is comparable to the effect of climate change at an annual to decadal timescales. 相似文献
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Doklady Earth Sciences - This paper describes the technology for recording surface wave signals and sea level fluctuations in the coastal areas of the World Ocean based on real-time analysis of the... 相似文献
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Izvestiya, Physics of the Solid Earth - The results of processing synchronous records from two laser strainmeters, a broadband seismograph, a laser nanobarograph, and a laser meter of hydrospheric... 相似文献
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Dolgikh G. I. Plotnikov A. A. Dolgikh S. G. Chupin V. A. Yakovenko S. V. 《Doklady Earth Sciences》2010,430(1):104-107
On the basis of experimental data on hydrospheric pressure variations, obtained with the use of a laser hydrophone and laser
gauge of hydrospheric pressure variations, while hydroacoustic radiators were running, generating hydroacoustic waves at frequencies
of about 32, 245, and 421 Hz in water, it was established that there is no modulating action of wind sea waves on the propagating
hydroacoustic signals along the “radiator-receiver” trace, within the limits of experimental error and the processing methods
used. 相似文献