俄罗斯莫斯科大学四位教授学术报告

发布时间:2017-11-15作者:浏览次数:258设置


报告人Sergey A. SokratovAlexander L. ShnyparkovPavel B. GrebennikovTimur I. Khismatullin教授

:俄罗斯莫斯科大学地理系(theFacultyofGeography,LomonosovMoscowStateUniversity

20171119日周日上午09:30-12:00

:东7B环境与资源学院四楼第一会议室

欢迎广大师生积极参与,尤其是地质工程和环境工程的硕士研究生,谢谢!

  

  

报告内容简介:

1. Recent investigations of the Faculty of Geography, Lomonosov Moscow State University, at the territory of Russia.

Sergey A. Sokratov

The research areas of the Faculty of Geography, Lomonosov Moscow State University, covers practically all the range of the topics of geography and are mainly directed to solve the scientific problems related to the environmental conditions of the territory of Russia. Many of them are related to dangerous Natural process and Natural Hazards. However, the information collected and the methods used can also be of interest to the international scientific community. Moreover, there are transboundary processes affecting several countries and certain similarity in environmental conditions despite large distance between the countries. The solutions, if found in collaborative research can be much more accurate and suitable for much wide environments.

vodavoda

报告人简介:Sergey A. Sokratov

2015- 国立莫斯科大学科研院副院长,地理学科冰川与低温岩石专业教授。1997-2015 国立莫斯科大学雪崩与泥石流研究院初级研究员、研究员、工程师。2010-2014 国立莫斯科大学自然灾害评价实验室研究员。2006-2011 俄罗斯秋明州立石油天然气大学亚寒带科学研究院首席研究员。2001-2005 瑞士森林、积雪、地表景观研究所助理研究员。2010 获澳大利亚商务部创新奖。2005 获剑桥大学应用数学与理论物理系访问学者奖学金。1997.3.25 日本札幌北海道大学低温科学研究院环境与地球科学博士学位。1998.1.16 当选俄罗斯国家科学最高委员会地理科学专家,专业领域为地表水文、水资源、水化学。1988.6.15 获俄罗斯莫斯科国立大学地理学科自然地理专业冰川研究方向最高学位。1997-1999 日本科技厅国家地球科学与灾害防治研究所博士后工作站。1994-1997 获日本北海道大学地球环境科学院完成博士学位。1993-1994 获日本北海道低温科学研究所硕士学位。1992-1993 获俄罗斯科学院地理科学研究所硕士学位。1988-1990 任职于俄罗斯科学院地理研究所。1983-1988 获莫斯科大学冰川与低温岩石学院学士学位。


  

2. The debris flows risk assessment in Russian Federation

Alexandr L. Shnyparkov

The conditions and the factors of the debris flows risk appearance at the territory of the Russian Federation would be analyzed. The developed methodology, methods and the results of the debris flows risk estimation (social and economic) would be presented.

报告人简介:Alexandr L. Shnyparkov

1980年毕业于国立莫斯科大学地理系,历任国立莫斯科大学研究院工程师、初级研究员、研究员,自2000开始任职雪崩与泥石流实验室首席研究员。俄罗斯最高科学委员会冰川与冰冻圈领域专家。主要从事雪崩与泥石流危险性评价,自然灾害与自然演变过程的危险性综合评价,多要素多尺度的自然灾害危险性评价。

至今已发表论文175篇,出版10部专著,作为会议包报告人发表43次会议报告。

先后成功领导过阿富汗边境雪崩泥石流减灾治理工程项目;卡拉斯拉雅波利亚纳2014年索契冬奥会跳台滑雪基础设施工程项目。国家奥运委员会雪崩泥石流人员安全性评估委员会专家,国家奥委会雪崩防治措施专家组成员。


  

3. Examples of debris flows events in different mountain regions of Russia

Pavel B. Grebennikov

The report provides examples of specific mudflow events in various regions of Russia. Debris flow hazardous areas are allocated according to the zoning proposed by V. Perov and related to the triggering mechanism of the debris flows. The provinces are: Kamchatka-Kuril debris flow province, Baikal debris flow province, Crimea debris flow province, and the North Caucasus debris flow province. Each province has certain specific related to the difference in environmental conditions and can have different types of the debris flows.

Debris flow hazardous areas in Russia. Zoning of debris flow hazard territories.

报告人简介:Pavel B. Grebennikov

1993/09 - 1998/06,博士,地球物理学, 莫斯科国立大学, 俄罗斯

1998/06 - 2016/10,莫斯科国立大学, 研究员, 俄罗斯

代表性论著:Application of intellectual dss to medium-term forecasting of the sea ice area. In Managing Intellectual Capital and Innovation for Sustainable and Inclusive Society, 2015, 作者:O. Bukharov, D. Bogolyubov, V. Fedorov, and P. Grebennikov.

代表性论著:Medium 1: 200 000 scale maps and cadastre of northern caucasus debris-flow basins. In The Fourth International Conference on Debris-Flow Hazards Mitigation: Mechanics, Prediction, and Assessment, 2007, 作者:V. F. Perov, O. I. Budarina, N. L. Belaya, and P. B. Grebennikov.

4. Volcanogenic debris flows in the Far East

Timur I. Khismatullin

This presentation is dedicated to a certain genetic type of debris flows – volcanogenic type. These are debris flows caused specifically by volcanic eruptions. This type of debris flows is often called “lahars”, which is an Indonesian local name for mudflows in active volcanic areas. There are “hot” and “cold” lahars. The latter term is applied to debris flows generating on volcanic slopes and caused not by explosion itself, but by either rains or be debacle of crater lakes. In this case, the “hot” lahars are overviewed, by the example of Island Matua (Kuril Islands), where a powerful eruption of the Saychev Peak volcano in 2009 caused powerful debris flows in the form of “hot” lahars across the island, alond with pyroclastic waves and streams. These lahars severely depleted biodiversity in some parts of the island, and this kind of impact will also be reviewed.

报告人简介:Timur I. Khismatullin

2009/09 - 2014/06博士, 自然地理, 莫斯科国立大学, 俄罗斯

代表性论著:Debris flow risk in the Altai-Sayan mountain systemDebris flows: catastrophes, risk, prognosis, protection: Materials of The IV International conference, 2016, 作者:Baburin V.L., Badina S.V., Sokratov S.A., Khismatullin T.I.

代表性论著:Debris flow risk in the Pribaikalje and ZabaikaljeDebris flows: catastrophes, risk, prognosis, protection: Materials of The IV International conference, 2016, 作者:Baburin V.L., Badina S.V., Sokratov S.A., Khismatullin T.I.

  

  

  

环境与资源学院

20171113


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