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Atrakcje Geoturystyczne Grupy Wulkanєw Kluczewskiej Sopki, Pєłnocna Kamczatka, Rosja

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Atrakcje Geoturystyczne Grupy Wulkanєw Kluczewskiej Sopki, Pєłnocna Kamczatka, Rosja Geoturystyka 1 (20) 2010: 51-63 Atrakcje geoturystyczne grupy wulkanów Kluczewskiej Sopki, SyáQRFQD.DPF]DWND5RVMD Geotouristic attractions of the Klyuchevskoy group volcanoes, North Kamchatka, Russia 0DUHNàRG]LĔVNL $NDGHPLD*yUQLF]R+XWQLF]D:\G]LDá*HRORJLL*HR¿]\NLL2FKURQ\ĝURGRZLVND $O0LFNLHZLF]D.UDNyZ HPDLOPDUHNORG]LQVNL#DJKHGXSO :VWĊS Morze Czukockie .DPF]DWNDMHVWSyáZ\VSHPRQLHGRFHQLRQ\FKLQLHZ\NR- U]\VWDQ\FKZDORUDFKJHRWXU\VW\F]Q\FK3RWHQFMDáJHRWXU\VW\F]- Stany Rosja Zjednoczone Q\WHJRREV]DUXMHVWRJURPQ\]HZ]JOĊGXQDWRĪH.DPF]DW- NDZFKRG]LZVNáDGW]ZÄRNRáRSDF\¿F]QHJRSLHUĞFLHQLDRJQLD´ Alaska Kanada F]\OLSLHUĞFLHQLDZRNyá3DF\¿NXWZRU]RQHJRSU]H]OLF]QHZXO- NDQ\ QD.DPF]DWFHMHVWZXONDQyZ -HVWWRĞFLĞOH]ZLą- Morze a ]DQH]JHRWHNWRQLF]Q\PSRáRĪHQLHP.DPF]DWNLQDJUDQLF\ k Beringa t a Sá\WOLWRVIHU\F]Q\FKSDF\¿F]QHMLPLNURSá\W\RFKRFNLHM 7XU- z c n y m j ner HWDO.RQVWDQWLQRYVNDLD*DHGLFNHHWDO a k o K p o O c e a n S Golonka 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  • Russia's Kamchatka Volcanoes Calm After Eruptions 29 October 2010
    Russia's Kamchatka volcanoes calm after eruptions 29 October 2010 coated the nearby town of Ust-Kamchatsk, reducing visibility to only a few feet (meters) and turning buildings ghostly white. Emergency officials said the town's 5,000 residents weren't in any immediate danger but urged them to stay indoors and tightly close doors and windows to avoid inhaling ash particles that could lead to respiratory illnesses and allergic reactions. Businesses in Ust-Kamchatsk quickly closed and all streets were shut down to traffic. Scientists warned that ashes will likely continue falling on the Smoke rises from the Shiveluch volcano in the area for at least 10 days. Kamchatka Peninsula eastern Russia is this image taken from TV Thursday Oct. 28, 2010. Volcanic eruptions on Ust-Kamchatsk is 45 miles (70 kilometers) east of Russia's far-eastern Kamchatka Peninsula have tossed Shiveluch and 75 miles (120 kilometers) northeast massive ash clouds into the air, forcing flights to divert of Klyuchevskaya Sopka, and winds blew ash from and blanketing a town with ashes. (AP Photo/RTR, via both on the town. APTN) Jen Burke, a meteorologist with the Alaska Aviation Weather Unit, said Thursday ash from the Shiveluch eruption - the larger of the two - was (AP) -- Two volcanoes that erupted on the far- moving across the Bering Sea at a height of 25,000 eastern Kamchatka Peninsula, blanketing a town feet (7,620 meters). with dust and spreading ash clouds across the Pacific, have mostly stopped spewing ash and ©2010 The Associated Press. All rights reserved. flights are no longer diverted, Russian officials said This material may not be published, broadcast, Friday.
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  • North America Map: Volcano List Name: ______
    ✎ Want to edit this worksheet? Go to File > Make a Copy, and edit away. Name: ___________________________ North America Map: Volcano List Name: ___________________________ 1). Make sure you have the map that goes with this page. It should look like this: 2). Read the location of each volcano out loud so your partner can draw them on the map. After each is done, put a checkmark in the box. Added to map? Location Name of Volcano Country Year Last Erupted ▢ 6, Y Kilauea Hawaii, USA 2015 ▢ 16, R Lassen Peak California, USA 1894 ▢ 17, S Mammoth Mountain California, USA 1400 ▢ 5, K Mount Aniakchak Alaska, USA 1931 ▢ 1, M Mount Cleveland Alaska, USA 2014 ▢ 7, H Mount Redoubt Alaska, USA 2009 Switch jobs with your partner now so you get a chance to map and they get a chance to announce. ▢ 15, O Mount St. Helens Washington, USA 2008 ▢ 9, G Mount Wrangell Alaska, USA 1999 ▢ 24, Z Pacaya Guatemala 2013 ▢ 21, Y Parícutin Mexico 1952 ▢ 22, Y Popocatepetl Mexico 2015 ▢ 18, W Tres Virgines Mexico 1857 ✎ Want to edit this worksheet? Go to File > Make a Copy, and edit away. Name: ___________________________ North America Map Name: ___________________________ 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z ✎ Want to edit this worksheet? Go to File > Make a Copy, and edit away.
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  • Download This Article in PDF Format
    E3S Web of Conferences 127, 02021 (2019) https://doi.org/10.1051/e3sconf /2019127020 21 Solar-Terrestrial Relations and Physics of Earthquake Precursors Principles of Creation of Local Network for Lightning Discharge Observations on Active Volcanoes of Kamchatka Peninsula Evgeniy Malkin*1, Gennadiy Druzhin1, Pavel Firstov2, Nina Cherneva1, Vladimir Uvarov1, Dmitriy Sannikov1 and Ivan Stasiy1 1Institute of Cosmophysical Research and Radio Wave Propagation FEB RAS, Russia 2Kamchatka Branch of the Geophysical Survey RAS, Russia Abstract. To investigate the thunderstorm activity according to electromagnetic radiation recorded data, it is necessary to create a local network which will be located near the Klyuchevskaya Sopka, Shiveluch and Tolbachik volcanoes. VLF direction finders, electric field sensors, synchronization system, auxiliary equipment will be installed at observation points. Based on the analysis of waveforms and spectral-temporal characteristics, the locations of radiation sources, their belonging to a certain class will be determined. The parameters, by which volcanic lightning differs from ordinary ones, will be determined. Examples of electromagnetic radiation occurring near the Shiveluch volcano are given. The information can be further used to monitor thunderstorm and volcanic activities.** 1 Introduction Kamchatka is a land of spitfier mountains. In spite of this poetry, volcano fire breath is very hazardous. For a remote infrastructure, for people and especially for the flights, ash and gas ejections, forming eruptive clouds (EC), are the most dangerous during an eruption. Consequently, EC propagation monitoring allows us to make fast alerts. The main methods tracing EC propagation are direct observations of electromagnetic waves (EMW) in visible and infrared spectra. However, such a type of observations is not always possible, for example, when the cloud cover is thick.
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  • Military Review August 1978
    Military Review August 1978 See "The Electric Piranha," page 36 ... THE PROFESSIONAL JOURNAL OF THE US ARMY Published by US ARMY COMMAND AND GENERAL STAFF COLLEGE Fort Leavenworth, Kansas 66027 LIEUTENANT GENERAL J. R. THURMAN Commandant BRIGADIER GENERAL ROBERT ARTER Deputy Commandant MILITARY REVIEW STAFF' Colonel Edward M Bradford. Ed,tor m Chief EDITORIAL STAFF' Lieutenant Colonel Joseph E Burlas. AssIstant EdItor. Lieutenant Colonel Rafael Martinez­ Boucher, Spanish. AmerIcan EdItor. Lieutenant Colonel Jamie W Walton. Features Editor PRODUCTION STAFF Ms Df)!,e R DommguPl Proc1uclton teMor Mr Jerome F Scheele Art and DesIgn Mr Amo!'. W GaltaVlla~ Pubf'car,an OffIcer CIRCULATION Malor A R Bundons Manag,ng [(Mor Sergeant first CIa!'.!'. Felix A Aguilar Adm,nlstrat,ve Superh50F MR ADVISORY BOARD: EX OFFICIO General Donn A Starr.,. Commanc1pr. Trammg and Doctrme Command lleutenant General J R Thurman Commander Combmed Arms Cenfer MalOI General Homer 0 SmIth. Commanaer. LogIstIcs Center. Major General Henry Mohr Chief US Army Reserve. Major General laVern E= Weber Ch,P! National Guald Bureau Major Generdl Lows G Menetrey Deputy Commander. Combmed Arms Combat Development Activity Major General BenjamJl1 l Hamson. Commander. Admln/stratlOn Center Bngad1er General Fred K Mahaffey Deputy Commander. Combined Arms Trammg Developments Actllrfty ACTIVE Colonel T E Blagg Department of Tactics and Department of Command, Colonel J E Sutton Department of Resource Management. Colonel R A Mallion Department of Unlfted and Combmed Operations. Dr Dudley T Corlllsh John F MorrIson Chair of MIMarr Hlstorv Colonel Carl Acree National Guard Bureau. Mr Roy Root Office of the Chief. Armv Reserve, Colonel W S Bayer Combmed Arms Combat DevelDpment Actl\flty.
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  • The Geography of Kamchatka
    GLOBAL-02284; No of Pages 7 Global and Planetary Change xxx (2015) xxx–xxx Contents lists available at ScienceDirect Global and Planetary Change journal homepage: www.elsevier.com/locate/gloplacha The geography of Kamchatka Vivienne Jones a,⁎, Olga Solomina b a ECRC, Department of Geography, University College London, Pearson Building, London WC1E 6BT, UK b Russian Academy of Sciences, Institute of Geography RAS, Staromonetny-29, Moscow 119017, Russia article info abstract Article history: This paper briefly reviews the physical and human geography of the Kamchatka region and summarises previous Received 9 February 2015 research on Holocene climate dynamics. We provide context for the rest of the Special Issue of the Journal Global Received in revised form 2 June 2015 and Planetary Change entitled ‘Holocene climate change in Kamchatka’, the primary focus of which is the use of Accepted 4 June 2015 lake sediment records for palaeoclimatic inferences. In this paper an additional perspective from ongoing tree Available online xxxx ring, ice core and borehole temperature reconstructions illustrates that the Kamchatka region is rich in paleocli- fi Keywords: matic proxies. The period of the last 200 years is suf ciently covered by the proxy information, including recon- fl Volcanism structions with annual resolution. In this period the tree-rings, ice cores, boreholes, and glacier uctuations Flora recorded a 1 °C warming and a general glacier retreat, i.e. the transition from the Little Ice Age climate to the mod- Fauna ern one. Although the proxies have different resolution, accuracy and seasonality in general they demonstrate a Climate coherent picture of environmental changes in the last two centuries.
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  • The Geography of Kamchatka
    Global and Planetary Change 134 (2015) 3–9 Contents lists available at ScienceDirect Global and Planetary Change journal homepage: www.elsevier.com/locate/gloplacha The geography of Kamchatka Vivienne Jones a,⁎, Olga Solomina b a ECRC, Department of Geography, University College London, Pearson Building, London WC1E 6BT, UK b Russian Academy of Sciences, Institute of Geography RAS, Staromonetny-29, Moscow 119017, Russia article info abstract Article history: This paper briefly reviews the physical and human geography of the Kamchatka region and summarises previous Received 9 February 2015 research on Holocene climate dynamics. We provide context for the rest of the Special Issue of the Journal Global Received in revised form 2 June 2015 and Planetary Change entitled ‘Holocene climate change in Kamchatka’, the primary focus of which is the use of Accepted 4 June 2015 lake sediment records for palaeoclimatic inferences. In this paper an additional perspective from ongoing tree Available online 6 June 2015 ring, ice core and borehole temperature reconstructions illustrates that the Kamchatka region is rich in paleocli- fi Keywords: matic proxies. The period of the last 200 years is suf ciently covered by the proxy information, including recon- fl Volcanism structions with annual resolution. In this period the tree-rings, ice cores, boreholes, and glacier uctuations Flora recorded a 1 °C warming and a general glacier retreat, i.e. the transition from the Little Ice Age climate to the mod- Fauna ern one. Although the proxies have different resolution, accuracy and seasonality in general they demonstrate a Climate coherent picture of environmental changes in the last two centuries.
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  • 4. Data Acquisition and Data Processing for Hiking Maps
    MASTERARBEIT Titel der Masterarbeit Creating new touristic maps of high mountainous areas which have not been mapped either for touristic purposes or at all Methods, challenges and cost-efficient solutions in the workflow Verfasser Adam Szabadfalvi angestrebter akademischer Grad Master of Science (MSc) Wien, 2015 Studienkennzahl lt. Studienblatt: A 066 856 Studienrichtung lt. Studienblatt: Kartographie und Geoinformation Betreuerin / Betreuer: Univ.-Prof., DI Dr. Wolfgang Kainz Creating new touristic maps of high mountainous areas which have not been mapped either for touristic purposes or at all – methods, challenges and cost-efficient solutions in the workflow Contents 1. Introduction ............................................................................................................. 1 1. Choosing the topic and motivation .............................................................. 1 2. Structure of the work .......................................................................................... 2 2. Maps of high mountainous areas ............................................................ 5 1. From the beginnings: the first maps and map-like drawings of mountains, purposes of maps, user need changes over the change of time ......................................................................................................... 5 2. High mountain maps at a glance: where is what? ................................ 8 A. Europe .......................................................................................................................
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  • Ninsular Situation, Active Volcanism, and Much
    Odonatologica 34(2): 131-153 June 1, 2005 A reviewof the Odonata of Kamchatka Peninsula, Russia ¹, H.J. Dumont A.Yu. Haritonov²,O.E.Kosterin E.I. Malikova4 and O. Popova²* ³, Ghent B-9000 ' Limnology group, University, Ledeganckstraat 35, Ghent, Belgium; — [email protected] 2 Institute of Animal Systematics and Ecology, Siberian Division of Russian Academy of Sciences, ul. Frunze 11, RUS-630091 Novosibirsk, Russia; - [email protected] 3 Institute of Cytology and Genetics, Siberian Division of Russian Academy of Sciences, Lavrentiev ave 10, RUS-630090 Novosibirsk, Russia; — [email protected] 4 Blagoveshchensk State PedagogicalUniversity, ul. Lenina 104, RUS-675027 Blagoveshchensk, Amur Province, Russia; - [email protected] Received May 25, 2004 / Reviewed and Accepted October 22, 2004 All knowledge of the odon. fauna of Kamchatka Peninsula (NE Asia) is reviewed, using literature data, miscellaneous collections and the results of anexpedition by the with authors in July 2003. In total, 27 spp. have become known, Lestes dryas, Coena- grionhastulatum, Aeshna serrata, Epitheca bimaculata, Somatochlora exuberata, S. al- pestris, and Leucorrhinia intermedia here reported for the first time. Aeshna palmata is Anax dismissed; junius, twice reported in the 19th century, is an American migrant that rarely reaches Kamchatka; the southern migrants, Pantala flavescens and Sympetrum are oneold record each, with still in Zool. frequens, represented by specimens preserved Inst., St Petersburg. Very few more spp. may be expected in future, and it is concluded that the fauna is ofan impoverishedboreal extraction. This lack of endemism is under- standable, since dragonflies could only begin reinvadingthe peninsula around 13,000BP. 7 spp.
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