Maximize Utilization of the performance of EOSs and strengthen. The First Steering Committee Secretariat JAXA

Similar documents
International Charter Space and Major Disasters

CALL359 JAPAN S EARTHQUAKE 2011, MARCH, 11

Geospatial Vision and Policies Korean Industry View 26 November, 2014 SI Imaging Services

Synthetic Aperture Radar for Rapid Flood Extent Mapping

FORMOSAT-2 Satellite and its Contributions to Disaster Reduction

Operational Space-Based Imaging Systems

Table Satellites used for observations by members of the Disaster Charter and others (except Daichi)

Affordable space based radar for homeland security

9/12/2011. Training Course Remote Sensing Basic Theory & Image Processing Methods September 2011

KOMPSAT Constellation. November 2012 Satrec Initiative

XSAT Ground Segment at CRISP

The 21st Session of the Asia-Pacific Regional Space Agency Forum (APRSAF): Dawn of a New Decade

Advanced Optical Satellite (ALOS-3) Overviews

Concept of the future L-band SAR mission for wide swath SAR observation

Review. Guoqing Sun Department of Geography, University of Maryland ABrief

Futrajaya, Malaysia JULY 12, Jeong Heon SONG. Korea Aerospace Research Institution

Data acquisition and access for the Congo Basin

ERS/ENVISAT ASAR Data Products and Services

SAR Remote Sensing (Microwave Remote Sensing)

Light penetration within a clear water body. E z = E 0 e -kz

Workshop on Application of Satellite Technologies for Emergencies Preparedness, Management and Response in Asia-Pacific Region - Presentation

Introduction to KOMPSAT

Copernicus Introduction Lisbon, Portugal 13 th & 14 th February 2014

Introduction to Radar

The Current Status and Brief Results of Engineering Model for PALSAR-2 onboard ALOS-2 and Science Project

KONGSBERG SATELLITE SERVICES 2017 Line Steinbakk, Director Programs. Himmel og hav - Ålesund 3. Oktober 2017

Light penetration within a clear water body. E z = E 0 e -kz

Overview of Utilization of WINDS

The 1st AOSWA Workshop Chiang Mai, 22-24/2/2012

Monitoring Natural Disasters with Small Satellites Smart Satellite Based Geospatial System for Environmental Protection

Contributions of the Remote Sensing by Earth Observation Satellites on Engineering Geology

How to access EO data

Earth Observation and Sensing Technologies: a focus on Radar Imaging Developments. Riccardo Lanari

Status of Sentinel-1 and acquisition plans for GFOI

Sentinel-1 System Overview

All rights reserved. ENVI, IDL and Jagwire are trademarks of Exelis, Inc. All other marks are the property of their respective owners.

Application of Satellite Remote Sensing for Natural Disasters Observation

National SPace Organization

Geoinformatics. S S Jadhav Department of Geography M J College, Jalgaon Mail: Cell:

SPACE TECHNOLOGY INSTITUTE AND VNREDSat-1

High Resolution Imaging Satellite Systems

Introduction of CSRSR Image product processing systems in CSRSR Disaster monitoring and data processing

The Earth Observation Programme at ESA

The Sentinel-1 Constellation

The use of satellite images to forecast agricultural

Satellite and GPS technology

Multiscale Monitoring and Health Assessment for Effective Management of Flood-Control Infrastructure Systems

Francesco Holecz. TUBE II meeting - 17 June Land Degradation. Land Degradation

SAR Interferometry Capabilities of Canada's planned SAR Satellite Constellation

Disaster Management Satellite System Development and International Cooperation Promotion in Asia

RADAR INTERFEROMETRY FOR SAFE COAL MINING IN CHINA

UNOSAT Satellite Imagery and GIS Solutions for DRR and Emergency Management

ACTIVE MICROWAVE REMOTE SENSING OF LAND SURFACE HYDROLOGY

RESERVOIR MONITORING USING RADAR SATELLITES

SAR missions for oceanography at the European Space Agency

European Space Agency and IPY

EE 529 Remote Sensing Techniques. Introduction

GMES DA COPERNICUS

PALSAR SCANSAR SCANSAR Interferometry

JECAM Guidelines: Definition of the Minimum Earth Observation Dataset Requirements

ALOS and PALSAR. Masanobu Shimada

RADARSAT-2 Program Update Daniel De Lisle Canadian Space Agency

The Radar Ortho Suite is an add-on to Geomatica. It requires Geomatica Core or Geomatica Prime as a pre-requisite.

NASA Missions and Products: Update. Garik Gutman, LCLUC Program Manager NASA Headquarters Washington, DC

REMOTE SENSING FOR FLOOD HAZARD STUDIES.

- Avenues and Requisites for Successful Collaboration - Indian Space Research Organisation Department of Space Government of India

NON-PHOTOGRAPHIC SYSTEMS: Multispectral Scanners Medium and coarse resolution sensor comparisons: Landsat, SPOT, AVHRR and MODIS

SAR Remote Sensing. Introduction into SAR. Data characteristics, challenges, and applications.

Observing Dry-Fallen Intertidal Flats in the German Bight Using ALOS PALSAR Together With Other Remote Sensing Sensors

Satellite Contributions to Disaster Monitoring - Japanese Earthquake and Tsunami Case in

SARscape 4.1 Supported Sensors/Products (October 2008)

Introduction Active microwave Radar

Active and Passive Microwave Remote Sensing

7.7 TerraSAR-X & TanDEM-X

Drafting Committee for the Asia Pacific Plan of Action for Space Applications for Sustainable Development ( ) Republic of Korea

ASSESSMENT BY ESA OF GCOS CLIMATE MONITORING PRINCIPLES FOR GMES

Active and Passive Microwave Remote Sensing

SARscape for ENVI. A Complete SAR Analysis Solution

Remote sensing radio applications/ systems for environmental monitoring

Role of Landsat in Revolutionizing the Management of Natural Resources. Prof. UR Rao Former Chairman, ISRO, India

L-BAND ICE-PENETRATING RADAR ON BOARD A SMALL SATELLITE

(CSES) Introduction for China Seismo- Electromagnetic Satellite

OVERVIEW OF THE ALOS SATELLITE SYSTEM

Data Sharing Issues in SE Asia

Trainings and capacity buildings of space

Overview of the Small Optical TrAnsponder (SOTA) Project

Final Examination Introduction to Remote Sensing. Time: 1.5 hrs Max. Marks: 50. Section-I (50 x 1 = 50 Marks)

PROGRESS IN ADDRESSING SCIENCE GOALS FOR GLACIER OBSERVATIONS BY MEANS OF SAR. Frank Paul & Thomas Nagler

The Role of RADARSAT-2 for Flood and Agriculture Monitoring

SARscape Modules for ENVI

Sentinel-1 Calibration and Performance

TerraSAR-X Applications Guide

Supported Satellite Optical Sensors

Trend of Small EO Satellites and Their Applications

GLOF project in Bhutan

Fiducial Reference Measurement for Cal/Val

New capabilities in Earth Observation for agriculture

Geostationary satellites

Aquarius/SAC-D and Soil Moisture

9/12/2011. Training Course Remote Sensing Basic Theory & Image Processing Methods September 2011

Transcription:

Maximize Utilization of the performance of EOSs and strengthen cooperation among DPN/DAN The First Steering Committee Secretariat JAXA

ALOS 2 observation is strong tool for disaster monitoring Wide area/range and high resolution observation at a time swash :50km~490km resolution : 100m~3mX1m Reputational observation ( 14 days recurrent period ) ALOS 2 can observe almost every day, 2 times observations a day (day and night) everywhere on the earth JAXA can provide the observed image to the user about one hour after observation No disturbance against observation by the rain and the cloud ALOS 2 L band SAR can observe land through vegetation and snow but identify vegetation using polarization ALOS 2 L band SAR, 23cm wave length with high S/N ratio, is the best solution to identify crustal movement by Interpherometry analysis 2

ALOS 2: Advanced Land Observing Satellite 2 N Revisit 14days PALSAR 2 Phased Array type L band Synthetic Aperture Radar type 2 S Sun synchronous Sub recurrent orbit Agility Microwave All weather Amplitude + Phase Spotlight 25 km / 1 3 m Strip map 70 km / 3 10 m ScanSAR 490 km / 100 m Swath / Resolution

First Light of ALOS 2/PALSAR 2 Comparison of images taken by ALOS 2 and other previous satellites (Urayasu City, Tokyo Disney Land) JERS 1 SAR, April 21, 1992, (Resolution: about 18 m) ALOS PALSAR, April 27, 2006, (Resolution: about 10 m) ALOS 2 PALSAR 2, June 19, 2014, (Resolution: about 3 m) 4

Observation of the flood in Pakistan on 30 July, 2015 by ALOS 2/PALSAR 2 Strip Map mode observation Swash: 50kmX50km Resolution.: 3m Scan SAR mode observation Swash: 350km Resolution: 100m China Afghanistan India Pakistan Indus river basin Left angle ascending observation ScanSAR (wide area) observation followed by SM (high resolution ) observation after only 4 seconds

6

7

Emergency Observation Disaster Occurrence Requesting Organization (RO) ADRC Members JPT Members Emergency Observation Request Emergency Observation Request ADRC Feedback Disaster Information IDC Analyzed Products Emergency Observation Request Data Provider Node (DPN) JAXA ISRO GISTDA KARI NARL Support JAXA Asia Branch (Bangkok) Support Disaster Management Agencies in Asia Sentinel Asia Step 2 System http://sentinel.tksc.jaxa.jp/ AIT, ADRC CRISP, CAIAG Data Analysis Node (DAN) LAPAN, SD/Sri Lanka MONRE, ICIMOD Sri Lanka MoDM, CEA NCRST, BPPT, MO, etc. Own Data 8

Escalation to International Disaster Charter Emergency on- Call Officer (ECO) CSA ESA RADARSAT-1,2 ERS-2 and ENVISAT On-Duty Operator (ODO) CNES NOAA SPOT-1, 2, 4 & 5 NOAA-12, 14, 15, 16 & 17, POES and GOES Authorized User (AU) Project Manager (PM) ISRO CONAE JAXA IRS SAC-C ALOS Disaster USGS UKSA/DMC CNSA DLR KARI Landsat DMC Constellation CBERS-1 TerraSAR-X KOMPSAT-2 End User (EU) Value-Added Reseller (VAR) 9

1. DPN cooperation to maximize the utilization of satellites as a constellation 2. P DAN (Principal DAN) to manage DANs of Asia Pacific region 3. Increase P DAN to improve DAN management 4. Enforce DAN training No. DPN Satellite 1 ISRO OPT, SAR 2 JAXA SAR, IR 3 KARI OPT 4 CRISP OPT 5 NARL OPR 6 GISTDA OPT 7 VAST OPT (SAR) No.. DAN 1 SD,MoD 2 IG,CEA 3 SU 4 ISEIS 5 IMHE 6 ISRO 7 BPPT 8 JAXA 9 YU 10 IDEAS,Chubu U 11 Chiba U 12 ReGID, TU 13 CSIS,UT 14 KARI 15 CAIAG 16 ANGKASA 17 MGRC 18 SUPARCO 19 NAMRIA 20 PAGASA No. DAN 21 PHIVOLCS 22 MO 23 NIGS 24 CRISP 25 SDSL 26 MDM 27 NARL 28 CSRSR 29 GISTDA 30 ANED 31 VAST 32 MONRE 33 AIT 34 ICIMOD 35 ADRC 36 SOPAC 37 IWMI 38 ADB 39 UU 40

1Disaster or Symptom Less than 24 hours In situ activities (Rescue, Evacuation, etc.) About a week Preparedness for subsequent disaster 2Subsequent disaster In situ disaster management organization (government, local government) EOR Communicate to confirm the situation Provide quick analysis products Communicate to confirm the status/obs. request ADRC & Secretariat office Observation request Input info. Observation request DPN & WG (disaster kind oriented) Observed data Sentinel Asia server Down load Up load Up load Quick analysis by DAN( P DAN leads ) Value enhance Observed data Down load Up load Analysis 11