British Antarctic Survey

Slides:



Advertisements
Similar presentations
The challenges and problems in measuring energetic electron precipitation into the atmosphere. Mark A. Clilverd British Antarctic Survey, Cambridge, United.
Advertisements

WP4: Workplans for first 12 months D4.1 : Installation and setup of one new AARDDVARK site Identify site: Seattle? Fairbanks? Iceland? Greenland? Boston.
ALTITUDE PROFILES OF ELECTRON DENSITY DURING LEP EVENTS FROM VLF MONITORING OF THE LOWER IONOSPHERE Desanka Šulić 1 and Vladimir Srećković 2 1 Institute.
Modeling Generation and Nonlinear Evolution of VLF Waves for Space Applications W.A. Scales Center of Space Science and Engineering Research Virginia Tech.
DISTRIBUTION D: Distribution authorized to Department of Defense and DoD contractors (Administrative or Operational Use); 10 Dec Other requests for.
Modeling of Whistler Amplification Anatoly V. Streltsov Thayer School of Engineering, Dartmouth College, Hanover, NH Thayer School of Engineering,
Damping of Whistler Waves through Mode Conversion to Lower Hybrid Waves in the Ionosphere X. Shao, Bengt Eliasson, A. S. Sharma, K. Papadopoulos, G. Milikh.
VLF measurements of lightning induced electron precipitations and their effects on the D-region electron density profile D. Šulić, and V. D. Šulić 1, and.
Targeted VLF Wave-injection Experiments Mark Gołkowski MURI Review Stanford University February 18, 2009.
Louis J. Rubbo Neil Cornish and Olivier Poujade. The LISA Simulator Capabilities –Valid for an arbitrary gravitational wave at any frequency in the LISA.
The DEMETER satellite: Payload, Operations and Data
Stanford Wave Induced Particle Precipitation (WIPP) Code Prajwal Kulkarni U.S. Inan, T.F. Bell March 4, 2008 Space, Telecommunications and Radioscience.
22 July, 2009 Total Solar Eclipse: Effect on D-region Ionosphere Dynamics as Studied from AWESOME VLF Observations Rajesh Singh B. Veenadhari, A.K. Maurya.
Chapter 35 The Wave Nature of Light; Interference Physics for Scientists & Engineers, 3 rd Edition Douglas C. Giancoli © Prentice Hall.
Wave Injection at Low Latitudes Mark Golkowski Remediation of Enhanced Radiation Belts Workshop Lake Arrowhead, CA March 3-6, 2007.
Finite Temperature Effects on VLF-Induced Precipitation Praj Kulkarni, U.S. Inan and T. F. Bell MURI Review February 18, 2009.
UK ARCTIC RESEARCH STATION SNOW.WAKE: Impact of Snow Coverage and Snow Melt on Development of Soil and Ice Communities. RiS Birgit Sattler,
RESONANCE Project for Studies of Wave-Particle Interactions in the Inner Magnetosphere Anatoly Petrukovich and Resonance team RESONANCEРЕЗОНАНС R.
Ionospheric-magnetospheric VLF Wave Propagation: RPI/IMAGE-HAARP Correlative Study RPI/IMAGE-HAARP Correlative Study V. Paznukhov, B. Reinisch, G. Sales,
Importance Of Very Low Frequency Radio Signal Data Registered By VLF-receiver System A. Nina, V. Čadež and V. Srećković Institute of Physics, Belgrade,
16 世纪~ 17 世纪初,出了一位是丹 麦的观测家第谷,他是个超群出众 的观测家,他用自制的精确仪器辛 勤地观测了 20 年,取得了关于行星 运动的大量数据。 ( 1546 ~ 1601 ) 第谷.
Graz, June 2007 The DEMETER mission: Objectives and first results M. Parrot LPCE/CNRS 3A, Avenue de la Recherche Orléans cedex 2, France
A tool to maximize the scientific output of PWI target physics: Intelligent Signal Detector Module J. Lichtenberger (1), P. Steinbach (2) and L. Bodnár.
Space Science MO&DA Programs - September Page 1 SS It is known that the aurora is created by intense electron beams which impact the upper atmosphere.
Rory J Gamble1, Craig J Rodger1, Mark A Clilverd2,
Practice Questions Electromagnetic Spectrum. The electromagnetic spectrum Figure 3.5 Identify the following portions of the Electromagnetic spectrum:
Michael L. Kaiser STEREO Project Scientist NASA/Goddard Space Flight Center STEREO June 11, 2008 STEREO at 1.4 years.
Zoë C. Dent 1, I. R. Mann 1, F. W. Menk 2, J. Goldstein 3, C. R. Wilford 4, M. A. Clilverd 5, L. G. Ozeke 1, B. W. Reinisch 6 Magnetospheric plasma density.
Whistler Waves and Related Magnetospheric Phenomena
Vida Žigman, UNG, Nova Gorica,Slovenia ESWW10 Antwerp, November 2013 Modelling flare induced ionization enhancements of the lower ionosphere with.
Operational and Scientific Results Obtained from AWESOME Receivers in India: Setup under IHY/UNBSSI Program Rajesh Singh, B. Veenadhari, A.K. Maurya, P.
Michael L. Kaiser STEREO Project Scientist NASA/Goddard Space Flight Center STEREO May 2, 2008 STEREO at 1.25 years.
Space Research Institute Russian magnetospheric & heliospheric missions.
The Earth’s Radiation Budget 3:35 The Earth’s Energy Balance.
Extremely-Low-Frequency Whistler-Like Waves Observed at South Pole Station Drastically lower frequency ELF events are found between Hz, as opposed.
Lesson 2: Earth’s Interior. Clues to Earth’s Interior – What’s below Earth’s surface? – Temperature and Pressure Increase with Depth – Using Earthquake.
Source Page US:official&tbm=isch&tbnid=Mli6kxZ3HfiCRM:&imgrefurl=
Chapter 15 Wave Motion Physics for Scientists & Engineers, 3 rd Edition Douglas C. Giancoli © Prentice Hall.
Storm-dependent Radiation Belt Dynamics Mei-Ching Fok NASA Goddard Space Flight Center, USA Richard Horne, Nigel Meredith, Sarah Glauert British Antarctic.
Neptune is the eighth planet from the sun Neptune’s distance from the sun is 30.1 A.U. The distance in kilograms from the sun is 4,503,443,661.
Ex umbra in solem The Center is composed by 5 main groups 12 Associate researchers ( 7 Chilean, 1 US, 4 Russian ), 15 Researchers ( 10.
Ground-based transmitter signals observed from space: ducted or nonducted? Craig J. Rodger Department of Physics University of Otago Dunedin NEW ZEALAND.
SuperDARN:Looking ahead to RBSP Jim Wild Physics Department, Lancaster University, UK Tim Yeoman & Robert Fear Department of Physics & Astronomy, University.
WP4: Modelling REP losses Objectives: 1.Extend AARDDVARK network to have a better L-shell, MLT coverage. 2.Analyse the characteristics of REP, case by.
The Role of VLF Transmitters in Limiting the Earthward Penetration of Ultra-Relativistic Electrons in the Radiation Belts J. C. Foster, D. N. Baker, P.J.
Путешествуй со мной и узнаешь, где я сегодня побывал.
DETECTING WHISTLERS WITH A VLF ANTENNA LOCATED IN HUMAIN (BELGIUM) S. Ranvier (1), F. Darrouzet (1), H. Lamy (1), J. De Keyser (1) ‏, J. Lichtenberger.
near-Space Environment
Newton studies the Sun’s spectrum
Joanna Coldron, MBChB, MRCP  Wilderness & Environmental Medicine 
Automatic Weather Station (BAS)
Magnetospheric waves Lauren Blum.
Refining AWDANet performance: a decade of whistlers
Component 1 - 3D Design Level 5 Candidate 1 3D Design - Level 5 AO1AO2AO3AO4Total Examiner comment: AO1: Fully confident and assured ability.
Steve Colwell British Antarctic Survey
Page 1. Page 2 Page 3 Page 4 Page 5 Page 6 Page 7.
Extreme Events In The Earth’s Electron Radiation Belts
مبررات إدخال الحاسوب في رياض الأطفال
Energy Notes Page 3 ©Mark Place,
Science Planner 11/9/16 WALT: understanding Solar radiation.
Energy Notes Page 3 ©Mark Place,
Joanna Coldron, MBChB, MRCP  Wilderness & Environmental Medicine 
Bingo Boards 3.1 Ms. Ogboaloh
Stranded! A teamwork challenge 1.
21twelveinteractive.com/ twitter.com/21twelveI/ facebook.com/21twelveinteractive/ linkedin.com/company/21twelve-interactive/ pinterest.com/21twelveinteractive/
$ $
Climate change in the D-region
WHISTLER AND Z-MODE ECHOES FROM RADIO SOUNDING ON THE IMAGE SATELLITE
Engineering Questions by Topic
Richard B. Horne British Antarctic Survey Cambridge UK
Presentation transcript:

British Antarctic Survey Mark Clilverd + engineering support + postdoc scientist

AARDDVARK operation

AARDDVARK operation

VLF wave information: VELOX (L~4.5)

Plasmaspheric electron density: Rothera 24 kHz, NAA transmitter, Maine, USA 00UT Number of components? 12UT 24UT L= 2.0 - 2.6 1 sec L ~ 2 - 4 Automatic whistler detector Doppler experiment

Magnetometer data Data Coverage - All Data Selected BAS Research > Data > Access Data > Main Page > Sun-Earth Interactions > Overall > Magnetometer data

Magnetometer data L=4.5→∞ L=2.7 Data Coverage - All Data Selected BAS Research > Data > Access Data > Main Page > Sun-Earth Interactions > Overall > Magnetometer data L=4.5→∞ L=2.7