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Royal Netherlands Institute for Sea Research FP7-SPACE-2013-1-1-06 FAST Foreshore Assessment using...

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Royal Netherlands Institute for Sea Research FP7-SPACE-2013-1-1-06 FAST Foreshore Assessment using Space Technology WP3 – Remote Sensing Daphne van der Wal (NIOZ, Yerseke) with contributions from EU FAST partners 1 NIOZ is an institute of the Netherlands Organisation for Scientific Research (NWO)
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Royal Netherlands Institute for Sea Research

FP7-SPACE-2013-1-1-06 FAST Foreshore Assessment using Space Technology

WP3 – Remote Sensing

Daphne van der Wal (NIOZ, Yerseke)with contributions from EU FAST partners

1

NIOZ is an institute of the Netherlands Organisation for Scientific Research (NWO)

2

WP3 – Remote Sensing

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Task 3.1 Identify suitable DS/EO data and collect data (M1-36) > Deliv 3.1: Proposed data service needs, .. (M3)

Task 3.2 Identify ground referencing sites / field protocol (M1-4) > Deliv 3.4: Ground sites / field protocol (M4): talk Iris

Task 3.3. Deriving algorithms for foreshore identification (M19-M36)

Task 3.4. Linking sediment dynamics to bed stability (M39-M45)

Task 3.5. Delivery of data products for model input (M10-M36)

Saltmarsh vegetation

Foreshore

Stabilisers:

Seagrass, algae

Elevation

(intertidal)

Task 3.1. Potential parameters

Sentinel-1

Vegetation

roughness?

Sediment type

LAI/NDVI

Vegetation type?

(WP3 - RS) (WP4 - Field)

Wave attenuation

Vegetation type

Vegetation structure

and biomass

Sedimentation/

erosion dynamics

(SD sensors)

Model rules and

MISAFE (WP5)

Sentinel-2

Seagrass, algae

(cover/ chla)

Sediment

(type/samples)

Elevation (dGPS)

Task 3.1: Indentification of main sources

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DWH Core services, DWH (GMES account) Additional data DWH (no quota allocated, catalogue?)

GSC downstream services

ESA missions contributing to Copernicus (incl Sentinel)

Third Party Missions contributing to Copernicus

Other data Available at institutes Other sources

Task 3.1: Criteria and special conditions

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Criteria: Spectral type and resolution Spatial coverage (EU) and spatial resolution Temporal extent and resolution (incid/freq/seasonal) Data availability and costs

Special conditions: Weather (clear sky for optical, no rain for radar) Tide (low tide) and phenology

Resolution classes SAR Optical

- VHR1 Very High Resolution 1 where: resolution < =1m Mission #1 Mission #2b

- VHR2 Very High Resolution 2 where: 1m < resolution < =4m Mission #1 Mission #2b

- HR1 High Resolution 1 where: 4m <resolution<=10m Mission #1 Mission #2

- HR2 High Resolution 1 where: 10m <resolution<=30m Mission #1 Mission #2

- MR1 Medium Resolution where: 30m <resolution<=100m Mission #3 Mission #3

- MR2 Medium Resolution where: 100m <resolution<=300m Mission #3 Mission #3

- LR Low Resolution where: resolution >=300m Mission #3 Mission #3

Sentinel-1a (C-band SAR): launched!

https://directory.eoportal.org/web/eoportal/satellite-missions/c-missions/copernicus-sentinel-1

8https://sentinel.esa.int/web/sentinel/user-guides/sentinel-2-msi/resolutions/spatial

Sentinel-2 MSI forthcoming (April 2015)

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RapidEye/Blackbridge

WV2

Alternatives for Sentinel-2 MSI

Landsat

Sentinel-2, also SPOT 5 (G,R,NIR)

Sentinel-2Also

SPOT5 (SWIR)

Data needs: consistency between countriesand consistency between seasons/years

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Data needs: HR spatial resolution

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NetherlandsLandsat 8, 30m (HR2) Formosat-2, 8m (HR1)

Landsat 8, 30m (HR2) Aerial photo

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RapidEye, 30 Sep 2011L3 data resampled to 20 mL1 NITF data (6.5 m)Multiple archived (ESA) exists for all sites 

Data needs: HR1 spatial resolution

CORE03SPOT5, 10m, 2.5 pan31 Jan 2012 

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Wave attenuating properties of vegetation…

LAI=3LAI=1LAI=0.5

Dependency on vegetation type, season?

LAI=0

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Main data source EO source Res. Class Extent Vegetation biomass (NDVI)

Vegetation biomass (LAI/FAPAR etc)

Vegetation assemblage / plant species

Vegetation structure (roughness)

Sediment type (intertidal foreland)

Microphytobenthos biomass (intertidal foreland)

Elevation/ topography (intertidal)

Automatic wetland identification

Sea state

CORE_01: 2011/2012 cov1, 2011-2012 IRSP6, SPOT5

HR1/HR2 2011-2012

CORE_01: 2011/2012 cov2 RapidEye HR1/HR2 2011-2012

CORE_02/DAP_MG2-3_01:2006, 2009 IRSP6, SPOT4-5

HR2 20,062,009

CORE_03: VHR2 2011-2013 SPOT5-7, Formosat 2

VHR2 2011-2013 incidental

Copernicus Land montioring, HR image mosaic 2000, 2006, 2009, 2012

HR1 2000-2009 Change detection possible

archived archived change detection possible

Copernicus Land monitoring, HRL's 5 classes, incl wetlands

VHR2

Sentinel-1, L1, C-band Sentinel-1 HR1 preferred preferred

Sentinel-2, BOA (L2a) Sentinel-2 HR1 preferred preferred preferred preferred

Sentinel-2, Biopar Sentinel-2 HR1 preferred preferred auxxillary info

RapidEye RapidEye HR1

WorldView-2,

8 band superspectral

SPOT SPOT VHR2/HR1 Limited by spectral info

Limited by spectral info

Limited by spectral info

Limited by spectral info

Landsat 8, free Landsat 8 HR2 >2013 quite coarse quite coarse, limited by spectral info

Limited by spectral info

Limited by spectral info

Limited by spectral info

TerraSAR-X TerraSAR-X VHR2/HR1

Incidental incidentalWorldView-2 VHR2/HR1 Incidental Incidental superspectral

Limited by spectral info

GSC DS

limited by spectral info, incidental, not seasonal

not applicable 

ESA Sources

TPM (Third Party Missions)

GSC core

Incidental, no cal

Limited by spectral info  No stereo, incidental

Potential Potential, but restrictions No potential

Task 3.1: Indentification of main sources

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Contact

Site (coverage)

Platform

Satellite/sensor

Description TemporalExtent

Temp. Resolution[type]

Resolution

MissionGroupDAP

Spectral Resolution

UCA Cadiz bay, Guadelete

Space USGS ORBVIEW3

2005-11-07, 2006-11-08, 2007-01-11

2005-2007 incidental VHR1 #2b panchromatic

UCA Cadiz bay, Guadelete Guadalquivir

Space NASA HICO NASA HICO 2009-2012 incidental MR1 hyperspectral

UCA Cadiz Inner Bay

Space Quickbird 26APR2005 2005 incidental HR1 multispectral VNIR

UCA Cadiz Inner Bay

Space Quickbird 07OCT0111 2007 incidental HR1 #2 multispectral VNIR

UCA Guadalquivir estuary (not selected)

Space DEIMOS1 DEIMOS1 2011-2011 incidental HR2 #2 multispectral VNIR

UCA Cadiz Inner Bay

Air photos handglider with rough geo

2008-2009 seasonal VHR1 #2b RGB

UCA Andalucia Air REDIAM>orthophotos

>1990s 2-5 years VHR1 #2b multispectral VNIR

EBD-CSIC

Donana – Guadalquivir (not selected)

Air >2005 incidental VHR1 #2b hyperspectral

NIOZ Westerschelde

Space Formosat-2 Formosat (Satellite Portal NSO)

>2012 seasonal HR1 #2 multispectral VNIR

NIOZ Westerschelde

Air Aerial photographs (Rijkswaterstaat)

incidental VHR1 #2b VNIR

NIOZ Westerschelde

Air Elevation (Rijkswaterstaat)

incidental VHR2 #2b

UCAM Saltfleetby Air Environment Agency Geomatics Unrectified prints

1992-2002 Annual* VHR1 #2b Panchromatic – need scanning

UCAM Saltfleetby Air Environment Agency Geomatics Unrectified digital

2002-2004 Annual* VHR1 #2b RGB

UCAM Saltfleetby Air Environment Agency Geomatics Digital orthophoto

2007, 2012 Incidental VHR1 #2b RGB

UCAM Saltfleetby Air Environment Agency Geomatics

2011, 2012 Incidental VHR1 #2b multispectral VNIR

UCAM Saltfleetby Air CASI hyperspectral

Awaiting response

Awaiting response

VHR2 #2b Hyperspectral

UCAM Saltfleetby Air 50cm Lidar Unknown (>2008)

incidental VHR1 #2b LIDAR

UCAM Saltfleetby Air 25cm Lidar Unknown (>2008). Partial coverage

incidental VHR1 #2b LIDAR

UCAM Tillingham Air Environment Agency Geomatics Unrectified prints

1992-2002 Annual* VHR1 #2b Panchromatic – need scanning

UCAM Tillingham) Air Environment Agency Geomatics Unrectified digital

2002-2004 Annual* VHR1 #2b RGB

UCAM Tillingham) Air Environment Agency Geomatics Digital orthophoto

2005-20013 Annual* VHR1 #2b RGB

UCAM Tillingham Air Environment Agency Geomatics

2011-2013 Annual VHR1 #2b multispectral VNIR

Task 3.1: Indentification of main sources

Task 3.1: Indentification of main sources

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Potential parameter Type Freq Res Alternative for Sentinel

Wave attenuation properties of vegetation

LAI, NDVI (per vegetation type?) Opt Seasonal HR1 S2 or RapidEye/Landsat/SPOT/…

Vegetation type? Opt/superspec Incidental HR1 S2 or RapidEye/WV2

Vegetation roughness? SAR Seasonal HR1 S1a

Foreshore characteristics

Topograhy (intertidal) , UCA? Opt/stereo Many HR1 S2 or RapidEye/Landsat/SPOT/…

Stability: sediment type SAR/opt Seasonal HR1 S1a & RapidEye/Landsat/SPOT/…

Stabilising biota (algae, seagrass) Opt/superspec Seasonal HR1 S2 or RapidEye/Landsat/SPOT/WV2

Task 3.1: Indentification of main sources

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DWH Core services of some use RapidEye/Blackbridge and SPOT from catalogue available??

GSC downstream services Biopar too coarse, synthesized or not for these areas

ESA missions contributing to Copernicus Sentinel 1a Sentinel 2 when available

Third Party Missions contributing to Copernicus RapidEye/Blackbridge, SPOT, WV2 in ESA/Copernicus archive; obtain through DWH or ESA proposal?

Other data Landsat, free

WP3 Looking ahead: 2014

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Task 3.1 Identify suitable DS/ EO data and collect data (M1-36)

> Data inventory (M3), done> Collect data (e.g., matching field work), preprocess

Task 3.2 Identify ground referencing sites / field protocol (M1-4)

> Field protocol, see talk Iris WP4 (M4)> Short brochure, UCA (M8)

Task 3.3. Deriving algorithms for foreshore identification (M19-M36)

> Divide tasks, field-rs-model compatibility, processing

Task 3.5. Delivery of data products for model input (M10-M36)

Royal Netherlands Institute for Sea Research

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Discussion..


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