VITO - Remote Sensing and Coastal Zone Management 18/02/ , VITO NV

Similar documents
USGS Welcome. 38 th CEOS Working Group on Calibration and Validation Plenary (WGCV-38)

Pléiades imagery for coastal and inland water applications

Radiometric Validation of Sentinel-3

PILOTING A DECISION SUPPORT TOOL (DST) FOR MAPPING CYANOBACTERIAL HARMFUL ALGAL BLOOMS (CHABS) TO SUPPORT PUBLIC HEALTH AND RESOURCE MANAGEMENT.

WATER SERVICE - COASTAL PRODUCTS PRODUCT DESCRIPTION

On the use of water color missions for lakes in 2021

MULTI-TEMPORAL SATELLITE IMAGES WITH BATHYMETRY CORRECTION FOR MAPPING AND ASSESSING SEAGRASS BED CHANGES IN DONGSHA ATOLL

The use of satellite images to forecast agricultural

Overview of how remote sensing is used by the wildland fire community.

From Proba-V to Proba-MVA

MERIS instrument. Muriel Simon, Serco c/o ESA

Landsat 8 and Sentinel 2 higher order products: input to S2DUP. Chris Justice (UMD) Curtis Woodcock (BU), Martin Claverie (UMD/GSFC)

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

Introduction to Remote Sensing Fundamentals of Satellite Remote Sensing. Mads Olander Rasmussen

ASTER ADVANCED SPACEBORNE THERMAL EMISSION AND REFLECTION RADIOMETER

Mapping of Eelgrass and Other SAV Using Remote Sensing and GIS Chris Mueller NRS 509 November 30, 2004

IKONOS High Resolution Multispectral Scanner Sensor Characteristics

ESTIMATING REEF HABITAT COVERAGE SUITABLE FOR THE HUMPHEAD WRASSE, CHEILINUS UNDULATUS, USING REMOTE SENSING

Present and future of marine production in Boka Kotorska

Data Requirements Definition and Data Services Options for RAPP

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

746A27 Remote Sensing and GIS. Multi spectral, thermal and hyper spectral sensing and usage

ASSESSMENT OF SENTINEL-3/OLCI SUB-PIXEL VARIABILITY AND PLATFORM IMPACT USING LANDSAT-8/OLI

Coral Reef Remote Sensing

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

Module 3 Introduction to GIS. Lecture 8 GIS data acquisition

REMOTE SENSING. Topic 10 Fundamentals of Digital Multispectral Remote Sensing MULTISPECTRAL SCANNERS MULTISPECTRAL SCANNERS

Towards a Management Plan for a Tropical Reef-Lagoon System Using Airborne Multispectral Imaging and GIS

Remote Sensing Mapping of Turbidity in the Upper San Francisco Estuary. Francine Mejia, Geography 342

Dr. P Shanmugam. Associate Professor Department of Ocean Engineering Indian Institute of Technology (IIT) Madras INDIA

Practical Uses of Satellite Data in Forest Management

PEGASUS : a future tool for providing near real-time high resolution data for disaster management. Lewyckyj Nicolas

ACOLITE FOR SENTINEL-2: AQUATIC APPLICATIONS OF MSI IMAGERY

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

Monitoring the vegetation success of a rehabilitated mine site using multispectral UAV imagery. Tim Whiteside & Renée Bartolo, eriss

Introduction to Remote Sensing of the Environment. Dr. Anne Nolin Department of Geosciences

Using Aerial Photographs to Compare Coastal Erosion in El Maní at Mayagüez, Puerto Rico, between 1930, 1999 and 2010

Application of Satellite Remote Sensing for Natural Disasters Observation

Remote sensing monitoring of coastline change in Pearl River estuary

Image interpretation. Aliens create Indian Head with an ipod? Badlands Guardian (CBC) This feature can be found 300 KMs SE of Calgary.

Satellite data processing and analysis: Examples and practical considerations

1. INTRODUCTION. GOCI : Geostationary Ocean Color Imager

Bringing Hyperspectral Imaging Into the Mainstream

Exploring the Depth Coral Reefs, Mapping and Monitoring

Satellite Imagery and Remote Sensing. DeeDee Whitaker SW Guilford High EES & Chemistry

Introduction of Satellite Remote Sensing

Data Warehouse Phase 2 CORE Datasets Status 15 th May 2018

Introduction to Remote Sensing

REMOTE SENSING OF RIVERINE WATER BODIES

A Study of the Mississippi River Delta Using Remote Sensing

Kongsberg Satellite Services, KSAT

University of Texas at San Antonio EES 5053 Term Project CORRELATION BETWEEN NDVI AND SURFACE TEMPERATURES USING LANDSAT ETM + IMAGERY NEWFEL MAZARI

SpaceTec Space 4.0. Michael Schaepman. Remote Sensing Laboratories. Professor of Remote Sensing, Member ESA ESAC. Remote Sensing Laboratories

Shallow Water Remote Sensing

The studies began when the Tiros satellites (1960) provided man s first synoptic view of the Earth s weather systems.

WARRSAT: A REGIONAL REMOTE SENSING CAPACITY BUILDING CENTRE

Microwave remote sensing. Rudi Gens Alaska Satellite Facility Remote Sensing Support Center

GROßFLÄCHIGE UND HOCHFREQUENTE BEOBACHTUNG VON AGRARFLÄCHEN DURCH OPTISCHE SATELLITEN (RAPIDEYE, LANDSAT 8, SENTINEL-2)

Sources of Geographic Information

Valuable New Information for Precision Agriculture. Mike Ritter Founder & CEO - SLANTRANGE, Inc.

SATELLITE OCEANOGRAPHY

Copernicus Hyperspectral Mission

EUROPEAN SPACE IMAGING: AERIAL PHOTOGRAPHY QUALITY FROM SPACE ALL TIME ALL CONTINENT

XSAT Ground Segment at CRISP

INTRODUCTORY REMOTE SENSING. Geob 373

Monitoring water pollution in the river Ganga with innovations in airborne remote sensing and drone technology

Marine. Status of the Copernicus Marine service with MyOcean2. Pierre Bahurel, Mercator Ocean FP7 MyOcean2 coordinator

REMOTE SENSING FOR FLOOD HAZARD STUDIES.

Satellite Remote Sensing: Earth System Observations

GOCI Status and Cooperation with CoastColour Project

Multiplatform Remote Sensing for Coral Reef Community Assessment

Aral Sea profile Selection of area 24 February April May 1998

Unmanned Aerial Vehicles: A New Approach for Coastal Habitat Assessment

Atmospheric Correction for Coastal and Inland Waters Current Capabilities and Challenges

THE APPLICATION OF AN ATMOSPHERIC CORRECTION AND CHLOROPHYLL ALGORITHM ON A TM IMAGE OF CENTRAL LAKE TANGANYIKA : TECHNIQUES AND OBSERVATIONS

Rapideye (2008 -> ) Not just another high resolution satellite sensor. 5 satellites RapidEye constellation. 5 million km² daily collection capacity

Inter-Calibration of the RapidEye Sensors with Landsat 8, Sentinel and SPOT

Detecting and Mapping Invasive Phragmites australis in the Coastal Great Lakes with ALOS PALSAR Imagery

NORMALIZING ASTER DATA USING MODIS PRODUCTS FOR LAND COVER CLASSIFICATION

Using Freely Available. Remote Sensing to Create a More Powerful GIS

ISIS TC Meeting. International Spaceborne Imaging Spectroscopy (ISIS) GRSS Technical Committee Meeting, 16/07/2014, IGARSS 2014

Dr. Ramesh P Singh. Professor Earth System Science and Remote Sensing School of Earth and Environmental Sciences Chapman University Orange USA

International Conference on Space Optics ICSO 2014 La Caleta, Tenerife, Canary Islands 7 10 October /cso _2014 ono ' r

Application of Linear Spectral unmixing to Enrique reef for classification

HTEP - Water Quality Application

Geo/SAT 2 INTRODUCTION TO REMOTE SENSING

Remote Sensing Platforms

The Normal Baseline. Dick Gent Law of the Sea Division UK Hydrographic Office

Monitoring agricultural plantations with remote sensing imagery

Theme: ocean colour observations from the geostationary orbit

Center for Advanced Land Management Information Technologies (CALMIT), School of Natural Resources, University of Nebraska-Lincoln

MPA Baseline Program. Annual Progress Report

SUGAR_GIS. From a user perspective. Provides spatial distribution of a wide range of sugarcane production data in an easy to use and sensitive way.

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

The Philippines SHARE Program in Aerial Imaging

Irina SMIRNOVA, Alexandra RUSANOVA

REMOTE SENSING WITH DRONES. YNCenter Video Conference Chang Cao

Sommersemester Prof. Dr. Christoph Kleinn Institut für Waldinventur und Waldwachstum Arbeitsbereich Fernerkundung und Waldinventur.

MONITORING OF FOREST DAMAGE CAUSED BY GYPSY MOTH IN HUNGARY USING ENVISAT MERIS DATA ( )

TechTime New Mapping Tools for Transportation Engineering

Transcription:

VITO - Remote Sensing and Coastal Zone Management 18/02/2016 1

VITO IN NUMBERS» 750 employees» 26 nationalities» More than 400 patents worldwide» HQ in Mol, België. Offices in Ostend, Berchem, Ghent, Genk» Subsidiary in China» 200 scientific articles in 2014» 1000 research projects» 140 mio turnover in 2014» More than 500 research partners 18/02/2016 2

VITO: AREAS OF EXPERTISE Energy Materials Chemistry Health Land use 18/02/2016 3 3

VITO s Remote Sensing Unit 18/02/2016 4

REMOTE SENSING PRODUCTS & SOLUTIONS Platforms UAV AIRBORNE HALE UAV SATELLITE Sensors Value Added Services & Information Products Markets Vegetation Agriculture Water Forest Environment & Security 18/02/2016 5

OUR EXPERTISE Multidisciplinary team of 80+ professionals in Remote Sensing: Researchers, Engineers, IT specialists, Operators and PhD s» Operational image processing, archiving and dissemination» Airborne & satellite» Proba-V» Copernicus global land» Calibration and validation» Pre-processing» Atmospheric corrections» Geometric corrections and mosaicking» Higher level product development» Thematic priorities:» Water & coast» Biodiversity» Agriculture Some Figures: 2.6+ PB online storage 6 TAPE ROBOTS (Ability to read LTO3-4-5-6) 500+ physical servers 50+ virtual servers 18/02/2016 6 6

Remote Sensing & Coastal Zone 18/02/2016 7

Product True colour and TSM concentration Rhône river plume Sensor MODIS, Sentinel-3, Proba- V Revisit daily Belgian Coastal zone Spatial resolution 300m Mode Historic Near real time Usage Background concentrations Direction and extent of sediment plumes Origin of plume (river outflow, other dredging activity?) Rio de La Plata 18/02/2016 8

TSM AND TURBIDITY Seasonal dynamics of the Rhône river plume (06 March 2014, 9 May 2014, 17 October 2014) based on MODIS imagery -> 250 m spatial resolution -> Daily coverage but cloud cover -> Definition of historic background concentrations + Near Real Time observations 18/02/2016 9 9

Product True colour and TSM concentration Belgian Coastal zone Sensor Landsat-8 Sentinel-2 Revisit weekly Spatial resolution 20-30m Rio de La Plata Mode Historic Near real time Usage Background concentrations Direction and extent of sediment plumes Origin of plume (river outflow, other dredging activity?) Rhône river plume 18/02/2016 10

TSM AND TURBIDITY TSM product for lake Balaton Data source: landsat-8 complete view (16/07/2014) -> 30 m spatial resolution -> 16 day revisit -> ideally combined with S2 Total suspended matter concentration (mg L-1) 18/02/2016 11 11

Product Near Field true colour and TSM concentration Sensor Different sensors on airborne platform (manned/unmanned) Revisit On demand to very high (seconds) Spatial resolution m dm - cm TSM concentrations Scheldt river Mannned airborne Mode Near real time Usage Direction and extent of sediment plumes (+dynamics) Cal/Val sediment transport models TSM concentrations harbour of Zeebrugge Drone images TSM concentrations harbour of Antwerp Drone images 18/02/2016 12

Product Coral reef (bottom substrate, depth) Sensor Airborne Sentinel-2, Landsat Revisit On demand weekly Spatial resolution 2-6m 20-30m Mode Near real time Historic Usage Baseline conditions before dredging, changes after dredging Sedimentation, seagrass, geomorphological zones 18/02/2016 13

Product Coastal vegetation (extent, changes, species and associations) Sensor Landsat-8, Sentinel-2 Airborne Revisit weekly On demand Spatial resolution 20/30m 2-6m Mode Near real time Historic Usage Baseline conditions before dredging, changes after dredging Biodiversity, health, greenness 18/02/2016 14

Product Coastline changes, coastal erosion Sensor Landsat-8, Sentinel-2 Airborne Revisit weekly On demand Spatial resolution 20/30m 2-6m Mode Near real time Historic Usage Natural changes of the system Changes after dredging Bangladesh (g) changes from 2002 to 2003 (h) changes from 2003 to 2009 green = land gained blue = eroded land. Belgian coast

More info: els.knaeps @vito.be; ils.reusen @vito.be; remotesensing @vito.be 18/02/2016 16