The Riverine Past of Lake Seliger     

Konstantinov  E. A.  Panin  A. V.  Karpukhina  N. V.  Bricheva  S. S.  Borisova  O. K.  Naryshkina  N. N.  Gurinov  A. L.  Zakharov  A. L. 《Water Resources》2021,48(5):635-645

Water Resources - Lake Seliger has been always classified as a former glacial water body, a remnant of a vast proglacial lake, which has existed since the disappearance of the last glacial Ice...  相似文献   

The Glaciolacustrine Terrace in the Izborsk-Malskaya Valley (the North-West of Russia): Composition,Age, and Origin     

Karpukhina  N. V.  Makkaveyev  A. N.  Zakharov  A. L.  Konstantinov  E. A.  Kurbanov  R. N.  Bricheva  S. S.  Sychev  N. V.  Baranov  D. V. 《Doklady Earth Sciences》2022,506(1):S73-S83

Doklady Earth Sciences - Studying the Izborsk-Malskaya Valley, the authors focus on the origin of glaciolacustrine terraces in overdeepened valleys widespread in the Late Valdai (Ostashkov,...  相似文献   

Peculiarities of distribution and transformation of water in the Keret’ River tidal estuary     

S. S. Krylov  N. Yu. Bobrov  G. V. Pryakhina  S. S. Bricheva  V. V. Ionov 《Russian Meteorology and Hydrology》2014,39(10):677-684

Presented are the results of the study of the processes of interaction between the river and sea water in the estuary of the Keret’ River flowing into the White Sea. The studies were carried out using the georadar method which enables one to register the boundary between fresh and salt water with the high spatial and temporal resolution. The use of this method helped to determine the boundaries of the area of distribution of fresh water in the estuary during different phases of the tidal cycle and to reveal the typical fluctuations of the boundary between fresh and salt water manifested at different values of river runoff and weather conditions.  相似文献   

Fundamental Problems of Lunar Research,Technical Solutions,and Priority Lunar Regions for Research     

M.?A.?IvanovEmail author  A.?T.?Basilevsky  S.?S.?Bricheva  E.?N.?Guseva  N.?E.?Demidov  M.?Zakharova  S.?S.?Krasil’nikov 《Solar System Research》2017,51(6):441-456

In this article, we discuss four fundamental scientific problems of lunar research: (1) lunar chronology, (2) the internal structure of the Moon, (3) the lunar polar regions, and (4) lunar volcanism. After formulating the scientific problems and their components, we proceed to outlining a list of technical solutions and priority lunar regions for research. Solving the listed problems requires investigations on the lunar surface using lunar rovers, which can deliver a set of analytical equipment to places where geological conditions are known from a detailed analysis of orbital information. The most critical research methods, which can answer some of the key questions, are analysis of local geological conditions from panoramic photographs, determination of the chemical, isotopic, and mineral composition of the soil, and deep seismic sounding. A preliminary list is given of lunar regions with high scientific priority.  相似文献   

Fluctuations of Nero Lake in the Holocene     

Konstantinov  E. A.  Karpukhina  N. V.  Zakharov  A. L.  Bricheva  S. S.  Ukraintsev  V. Yu.  Lazukova  L. I.  Rudinskaya  A. I. 《Doklady Earth Sciences》2022,506(1):S48-S54

Doklady Earth Sciences - The paleohydrological settings in the Rostov lowland (Yaroslavl oblast) have been the subject of long-standing of disputes. The concepts for the Holocene fluctuations in...  相似文献