排序方式: 共有4条查询结果,搜索用时 15 毫秒
1
1.
Yu. S. Dolotov N. N. Filatov V. P. Shevchenko N. N. Nemova N. A. Rimskii-Korsakov N. V. Denisenko I. P. Kutcheva P. M. Boyarinov M. P. Petrov V. Kh. Lifshitz A. V. Platonov L. L. Demina V. I. Kukharev V. N. Kovalenko R. E. Zdorovennov T. N. Rat'kova O. M. Sergeeva A. N. Novigatskii L. A. Pautova K. V. Filipieva E.-M. Nothig C. Loronzen 《Water Resources》2005,32(6):611-628
In September 2000, July 2001, and August 2002, three marine expeditions onboard the R/V Ekolog were carried out to study physical, chemical, geological, and biological processes in two estuaries of Karelian coast of the White Sea. A wide complex of modern methods of marine field work was used. The most recent biochemical studies on the estimation of mechanisms of adaptive reactions of hydrobionts to environmental factors (including anthropogenic) were used. 相似文献
2.
Yu. S. Dolotov N. N. Filatov N. A. Rimsky-Korsakov R. E. Zdorovennov A. A. Pronin A. V. Tolstikov A. S. Filippov E. A. Novichkova I. P. Kutcheva V. P. Shevchenko 《Oceanology》2011,51(1):105-117
The peculiarities of the distributional patterns of the water temperature, salinity, current velocities, particulate matter
concentration, bottom contour, and zooplankton abundance were studied in relation to the marine-riverine interactions and
tide/ebb phases for coast lines of different configurations in the White Sea during the cruises of the R/V Ekolog (August of 2006 and 2007). A significant difference in the manifestation of the combined effect of the marine and riverine
impacts (the estuarine concave relief) and only the marine impact (the open-sea straight-line portion) was observed, which
results in both variations in the sea water level and the distributional patterns of the suspended matter and the zooplankton. 相似文献
3.
Yu. S. Dolotov N. N. Filatov V. P. Shevchenko M. P. Petrov A. V. Tolstikov R. E. Zdorovennov A. V. Platonov A. S. Filippov K. L. Bushuev I. P. Kutcheva N. V. Denisenko R. Stein C. Saukel 《Oceanology》2008,48(2):255-267
The distribution of the temperature and salinity, current velocities, suspended particulate matter, bottom sediments, bottom morphology, and planktonic and benthic organisms during the summer period are studied in the estuary of the large Onega River and the coastal areas of Onega Bay (White Sea) influenced by interacting marine and riverine factors. 相似文献
4.
1