The IMCCE Virtual Observatory Solar System Portal

Similar documents
EuroPlanet Integrated and Distributed Information Service (IDIS)

ESASky, ESA s new open-science portal for ESA space astronomy missions

GAIA: SOLAR SYSTEM ASTROMETRY IN DR2

RadioJove on the VO project. Baptiste Cecconi et al (Observatoire de Paris & CDPP, Toulouse)

Data challenges of the Virtual Observatory in Time Domain Astronomy

99942 Apophis : Gaia-FUN-SSO campaign

Outreach Products integrated under Virtual Observatories and IDIS

Near-Earth Asteroids Orbit Propagation with Gaia Observations

An intelligent client application for on-line astronomical information

The Zadko Telescope: the Australian Node of a Global Network of Fully Robotic Follow-up Telescopes

Science from NEOs - Limitations and Perspectives

Visualisation and analysis of 3D datasets in the Virtual Observatory

Archive of photographic plates in Nikolaev Observatory and some results obtained from them

Gaia data in the CDS portal. Sébastien Derriere, Mark Allen, Thomas Boch & CDS team Observatoire de Strasbourg, France

MATISSE. Multi-purpose Advanced Tool for Instruments for the Solar System Exploration. Angelo Zinzi 1,2, Maria Teresa Capria 3,1, Angelo Antonelli 1,2

Local Volume, Milky Way, Stars, Planets, Solar System: L3 Requirements

v1.3, 11/9/2017 CASSIS as a spectroscopy tool for VESPA S. Erard, J.-M. Glorian, P. Le Sidaner, C. Chauvin

Science in the Virtual Observatory

NEOFIXER A BROKER FOR NEAR EARTH ASTEROID FOLLOW-UP ROB SEAMAN & ERIC CHRISTENSEN CATALINA SKY SURVEY

Skyalert: Real-time Astronomy for You and Your Robots

D4.2. First release of on-line science-oriented tutorials

ISO and AKARI: paving the road to Herschel

The Yarkovsky effect on near-earth asteroids with Gaia

STAR CATALOGUE FACILITY

Euro-VO. F. Genova, Interoperability meeting, 9 November 2009

Analysis of Astrometry and Photometry Observations of Asteroids at the RTT150

ASI - Italian Space Agency The Space Science Data Center is a Research Infrastructure of the Italian Space Agency

Using Spitzer to Observe the Solar System

Searching for known asteroids in the WFI archive using Astro-WISE

Virtual Observatory: Observational and Theoretical data

Solar System Observations with Spitzer

Amateur data from Radio-Jove in the Virtual Observatory

On-line information in astronomy

Catalog Information and Recommendations

SCIENCE WITH THE ARMENIAN VIRTUAL OBSERVATORY (ArVO)

Observations of gravitational microlensing events with OSIRIS. A Proposal for a Cruise Science Observation

SDSS Data Management and Photometric Quality Assessment

A collective effort of many people active in the CU4 of the GAIA DPAC

The Near-Earth Object Segment of ESA s Space Situational Awareness programme (SSA-NEO)

About Orbital Elements: Planning to Observe Comets and Minor Planets with Deep-Sky Planner 4

Extragalactic research with. Igor Chilingarian

The INES Archive in the era of Virtual Observatories. E. Solano Spanish Virtual Observatory LAEX CAB / INTA-CSIC

Measurements of 121 New Visual Binary Stars Suggested by the Gaia Data Release 2

The Precursor Services of ESA s Space Situational Awareness NEO programme (SSA-NEO)

arxiv: v1 [astro-ph.im] 12 Jan 2014

Target and Observation Managers. TOMs

NEOPROP: A NEO PROPAGATOR FOR SPACE SITUATIONAL AWARENESS FOR THE 6 TH IAASS CONFERENCE

The Dark Energy Survey Public Data Release 1

Telescope Bibliographies and Astronomical Data

Time Domain Astronomy in the 2020s:

Status report of the Solar System Working Group

Global Effects on Dynamics

Connecting the CDPP/AMDA service and IVOA tools A Science Case: Auroral Campaign Observations of Jupiter and Saturn

Real Astronomy from Virtual Observatories

arxiv: v2 [astro-ph.im] 28 Mar 2019

Doing astronomy with SDSS from your armchair

arxiv: v1 [astro-ph.im] 11 May 2010 Alberto Accomazzi Harvard-Smithsonian Center for Astrophysics

Planetary Science Big Data

Gaia Data Processing - Overview and Status

APPLICATION FOR OBSERVING TIME

Big Data Era in Astronomical Educational Activities in Armenia

Rick Ebert & Joseph Mazzarella For the NED Team. Big Data Task Force NASA, Ames Research Center 2016 September 28-30

Yuji Shirasaki. National Astronomical Observatory of Japan. 2010/10/13 Shanghai, China

Virtual Observatory (VO) An Introduction. Sudhanshu Barway South African Astronomical Observatory (SAAO), Cape Town

the open-source sky survey David W. Hogg (NYU)

Virtual Observatory Tools

USNO Almanac Products

VESPA: a community-driven Virtual Observatory in Planetary Science

Introduction The Role of Astronomy p. 3 Astronomical Objects of Research p. 4 The Scale of the Universe p. 7 Spherical Astronomy Spherical

Virtual Observatory & HORIZON project

GOODS/FORS2 Final Data Release: Version 3.0

Current Status of Chinese Virtual Observatory

Surprise Detection in Science Data Streams Kirk Borne Dept of Computational & Data Sciences George Mason University

Gaia Status & Early Releases Plan

VOSA. A VO Spectral Energy Distribution Analyzer. Carlos Rodrigo Blanco 1,2 Amelia Bayo Arán 3 Enrique Solano 1,2 David Barrado y Navascués 1

Multi-instrument, multiwavelength. energy sources with the Virtual Observatory

The astrometry of solar system objects after Gaia. J.E. Arlot IMCCE/CNRS/observatoire de Paris Honolulu, IAU GA, August 2015

TrES Exoplanets and False Positives: Finding the Needle in the Haystack

Transient Alerts in LSST. 1 Introduction. 2 LSST Transient Science. Jeffrey Kantor Large Synoptic Survey Telescope

Gaia: Mapping the Milky Way

Transient Astronomy with the Gaia Satellite

Alternative Pre- Observation Catalogue for Photometric Follow- Up of Transiting Exoplanets

Boy Scout Badge Workshop ASTRONOMY

Planetary Science Update. David Schurr Deputy Director Planetary Science July 23, 2014

PLATO Follow-up. Questions addressed. Importance of the follow-up. Importance of the follow-up. Organisa(on*&*Progress*Report

Introduction to the Sloan Survey

Introducing the SSIG. B. Cecconi + IPDA and Europlanet Teams

CONTENTS. vii. in this web service Cambridge University Press. Preface Acknowledgements. xiii xvi

Historical lessons, inter-disciplinary comparison, and their application to the future evolution of the ESO Archive Facility and Archive Services

Access to massive catalogues in the Gaia archive: a new paradigm

Observational Astronomy (PHYS-380) Fall 2008 Course Information

CARTOGRAPHY in a Web World

Special Report 2016! A Tale of Two Comets

Telescope Network. Dr. Paul S. Hardersen North Dakota Space Grant National Space Grant Meeting

Virtual Observatories and Developing Countries

Exploiting Virtual Observatory and Information Technology: Techniques for Astronomy

The NASA/IPAC Infrared Science Archive (IRSA): The Demo

Asteroid Investigation

James Webb Space Telescope Cycle 1 Call for Proposals

CONFIRMATION OF A SUPERNOVA IN THE GALAXY NGC6946

Transcription:

The IMCCE Virtual Observatory Solar System Portal J. Berthier Institut de mécanique céleste et de calcul des éphémérides Observatoire de Paris / CNRS

http://vo.imcce.fr/

Architecture of services

SsoDNet Solar System Object Database Network Nowadays, many databases concerning solar system bodies exist : Some of them provide simultaneously several kinds of parameters, and other ones are (very) specialized It is usually necessary to query several databases to find the parameters of interest Almost all of them imply to use a web browser to query and display the data Almost none of them are VO compliant

SsoDNet Solar System Object Database Network Most of the time we need to cut & paste, transform, format,...

SsoDNet Solar System Object Database Network SsoDNet aim is To provide an information system devoted to solar system bodies (small bodies, planets, natural satellites) To allow a simple and easy inter-connection / interoperability between users and existing databases that are distributed around the world To propose to users to access Sso databases in a single request, from their desktop or their programs To propose to curators of Sso databases to share their databases with the community

SsoDNet Solar System Object Database Network Main concepts Provides a name resolver for Sso Acts as an aggregator of resources Resources (datasets, products) are registered EuroPlaNet EPNResource datamodel Extension of IVOA VOResource & VODataService schema Standard access protocol (WS, EPN-TAP) and output (VOTable)

SsoDNet Solar System Object Database Network

SsoDNet Solar System Object Database Network Information system dedicated to solar system objects To resolve names of Sso To explore and retrieve Sso data at a glance To allow planetary scientists to share their databases Developped by VO-IMCCE and VO-Paris teams EuroPlaNet project (IDIS node Planetary Dynamics and Extraterrestrial Matter) International Virtual Observatory Alliance (IVOA) International Planetary Data Alliance (IPDA) Work in progress, available in late 2012

Miriade Solar System Object Ephemeris Generator Suite of tools to compute accurate positional and physical ephemerides of Sso: Planets, natural satellites, asteroids, comets Rise, transit, set Charts of visibility of Sso (B. Carry) For any location on Earth And any location in space (Rosetta, HST, SPITZER, Spirit,...)

Miriade Solar System Object Ephemeris Generator... Modelling of the physical (3D) aspect of Sso Takes into account their spin and shape models Radial velocity map (albedo, thermal, elevation maps) Different visualizations and data-format outputs Planetary scene viewer FITS cube and AVI showing the size, orientation, brightness distribution,... of a given target in function of time Work in progress (available in late 2012) (J. Berthier, B. Carry)

Planetary Scene Viewer The IMCCE VO Solar System Portal Lutetia as seen from Rosetta

SkyBoT The VO Sky Body Tracker Search and identification of Sso in any field of view

SkyBoT The VO Sky Body Tracker Search and identification of Sso in any field of view Pre-computed ephemeris database J2000 astrometric [geo topo]centric equatorial coordinates 580 000 asteroids, planets, 33 natural satellites, 1000 comets Timespan 1890 2060 Weekly updates Access protocol: Webservice, Simple ConeSearch (1.03) Output: VOTable, text

SkyBoT The VO Sky Body Tracker How does it work Celestial sphere is segmented in boxes (~40x40 arcmin) A given Sso moves across boxes during a given period (e.g. 10 days) For this period its position is linked with each crossed box Each box contains the ids of all of the Sso that crossed it Request: (α, δ) box list of Sso ephemeris

1995 WL4 Jungmann 2001 UJ20

SkyBoT The VO Sky Body Tracker Available from Aladin, WCS tools (SAO), Audela, vo-cli,, used by many clients (10000 30000 req./day) Keck telescope (2000 to 3000 requests every day) Tarot telescope (data mining) Space Telescope European Coordinating Facility (STECF) (36491 ident. of 1140 objects observed by HST) Astro-WISE (searching for known Sso in the WFI archive) European Near Earth Asteroids Research (EuroNear, archive precovery and recovery for Sso) Digitized First Byurakan Survey (data mining, ~1000 asteroids up to mag. 16)...

Apparent motion Data mining of the First Byurakan Survey Identification of (104) Klymene's spectrum 104 Klymene USNO-A2 stars

SkyBoT The VO Sky Body Tracker NEW: SkyBoT @ Rosetta Data mining of OSINac and OSIWac images Mainly asteroids astrometric positions photometry Useful to improve orbits and spin/shape determination, because measures span geometries unavailable from Earth Work in progress (collab. ESA / IMCCE) (M. Küppers, B. Carry, D. Heather, R. Moissl, J. Berthier)

Lutetia from Rosetta

Skybot3D The Solar System in 3D Based on SkyBoT db, allows to compute a snapshot of the solar system at a given epoch Without computation (each 10 days) With computation (any epoch) Uses UWS to submit ephemeris computation Numerical integration of the perturbed n-body problem Positions of ~580000 Sso in less than 10 minutes OpenGL software to visualize and to freely navigate into the solar system

Skybot3D The Solar System in 3D Apophis, Rendez vous with Earth, Apr. 13, 2029

AstroId Solar system data mining tool Data mining service to identify Sso and stars into archives Input: astrometric positions of sources Process: Pairing of sources with stars and Sso Correlation of the source vs. star and Sso Output: list of identified sources Work in progress, available late 2012

AstroId AstroID workflow Solar system data mining tool

AstroId Solar system data mining tool First tests made on Earth-based sky surveys Denis ESO-R, SRCJ, POSS (collaboration IMCCE / GEPI) Recovery of plate epochs (false datation of almost all plates) Search for Sso (in progress) First Byurakan Db Survey (collaboration IMCCE / GEPI) Similar to 2MASS survey 355x106 sources (I, J, K') ~9400 Sso identified (<200 NEOs) (collaboration IMCCE / IPSL / Byurakan Obs.) Spectroscopic survey (Markarian) 20x106 spectra (Mv~17.5), 2180 plates ~300 Sso identified EROS (collaboration IMCCE / IAP / CEA) ~26000 fields which contain ~3x105 stars (work in progress) Unusual

AstroId Solar system data mining tool Identification of Malaren POSSE0092 Identification of VanDerPol POSSE00503

AstroId Solar system data mining tool Identification of (20430) Stout EROS-2 (2001-06-20)

SsoTEP Sso Transient Event Predictions Diffusion of requests to observe transient events (e.g. stellar occultations, mutual events,...) Based on VOEvent (1.0) Defines the content and meaning of a std information packet «Who, What, Where, When, How(, Why)» content format RSS, Jabber, GoogleSky,... Robotic telescope Observationnal campaigns Follow up network Only a prototype Must be released to follow VOEvent 2.0 standard Should be tested during our next Patroclus-2012 campaign More info about VOEvent, visit SkyAlert.org

http://vo.imcce.fr/ VO Solar System Portal Information system (SsoDNet) Ephemeris generator (Miriade) Data Mining (Skybot, AstroId) Observation requests (SsoTEP) Feedback is welcome (ov@imcce.fr)