From JERICO to JERICO-NEXT

I. Puillat (deputy coordinator)

P. Farcy (Coordinator)

Ifremer Brest

jerico@ifremer.fr

www.jerico-fp7.eu

OGS

INGV

CNR

CMCC

UOM

HCMR

AZTI

CSIC

PdE

IH

CNRS/INSU

IFREMER

NERC

CEFAS

BL

MI

MUMM

DELTARES

NIOZ

NIVA

IMR

SMHI

HZG

SYKE

IBWPAN

DMI

IO-BAS

P

A

R

T

N

E

R

S

www.jerico-fp7.eu

Work Packages links

WP2

REGIONAL

ACTIVITIES

WP3

TECHNOLOGICAL

ASPECTS

WP4

HARMONIZING

OPERATION

WP5

DATA

DISTRIBUTION

WP6

PUBLIC OUTREACH

& EDUCATION

WP11

MANAGEMENT

STEERING

COMMITTEE

WP7 - SA/

TARGETED

OPERATIONAL

PHASE

W8 - TNA/

ACCESS TO THE

INFRASTRUCTURE

W10 – JRA/

IMPROVE SYSTEM

COMPONENTS

WP9 – JRA/

OBSERVING

SYSTEM DESIGN

WP1

COMMON

STRATEGY

FORUM FOR COASTAL

TECHNOLOGY (FCT)

JERICO – WP LINKS

MANAGEMENT

NA

TNA

JRA

SCIENCE ADVISOR COMMITTEE (SAC)

The JERICO (FP7) infrastructure(in situ automatic RT/NRT measuring systems)

Argos

NOREK

6020

RCM9

SBE39

RCM9

2 Rels.

C02

Argos

RDI

WH300

RCM9

RCM9

SBE37

RCM9

2 Rels.

C01

Argos

NOREK

6020

RCM9

SBE39

RCM9

2 Rels.

Argos

NOREK

6020

RCM9

SBE39

RCM9

2 Rels.

C02

Argos

RDI

WH300

RCM9

RCM9

SBE37

RCM9

2 Rels.

C01

Argos

RDI

WH300

RCM9

RCM9

SBE37

RCM9

2 Rels.

C01

Argos

NOREK

6020

RCM9

SBE39

RCM9

2 Rels.

C02

Argos

RDI

WH300

RCM9

RCM9

SBE37

RCM9

2 Rels.

C01

Argos

NOREK

6020

RCM9

SBE39

RCM9

2 Rels.

Argos

NOREK

6020

RCM9

SBE39

RCM9

2 Rels.

C02

Argos

RDI

WH300

RCM9

RCM9

SBE37

RCM9

2 Rels.

C01

Argos

RDI

WH300

RCM9

RCM9

SBE37

RCM9

2 Rels.

C01

Fixed platforms

SoOp: Ferrybox

Fishing vessels

Gliders

JERICO main parameters: Temp. & Sal., dissolved O2, pCO2, pH, Turbidity, Chll-a

complimentary parameters: nutrients, plankton species identification and sea level

www.jerico-fp7.eu

JERICO (FP7): WHAT HAVE WE DONE?

Synthesis of the most important achievements

Assessment of gaps and roadmap for the future (D.1.11 in WP1)

State of the art in coastal observing systems: survey and description of

existing infrastructures (WP2 & 3)

Definition of best practices for deployment, maintenance etc.. of FB, gliders,

FP, sensor calibration, biofouling prevention, … (WP3&4)

Link with manufacturers (WP1: FCT)

Definition of the JERICO label (WP1)

Infrastructure operation and promotion / TNA & SA (WP7&8)

Harmonisation of data flows with SeaDataNet & MyOcean (WP5&7)

Numerical experiment assessing the impact of existing observational systems

(OSE) and planned ones (OSSE) (WP9)

Supported development of new technologies (WP10)

WP1 – Deliverables

D1.4 JERICO LABEL DEFINITION

D1.6 1ST FCT REPORT

D1.8 2ND FCT REPORT

Approach to an EuroACT or EuroAMT

D1.9 PROPOSED STRATEGY FOR BIODIVERSITY

D1.11 STRATEGY FOR THE FUTURE

Roadmap for Jerico Next

D2.5 Integrated Pan European Atlas/second report on Coastal Observing systems

The main aim for this deliverable was to provide an updated overview over and reference to the existing European observing systems at the end of the project.

Report and outside of DoW an online tool

www.jerico-fp7.eu

Online tool for Atlas D-2.5

www.jerico-fp7.eu

WP3: Deliverables

JERICO FInal GA I Brest I France

Deliverables WP4

Del. no. Deliverable name

Delivery

date

DOW

Date

DeliveredMan Months

Lead

benificiary

D4.1 Report on existing facilities M18 Μ20 10.00 HZG

D4.2Report on calibration best

practicesM36 Μ36 20.00 HZG

D4.3"Report on biofouling

prevention methodsM36 Μ36 20.00 CNR

D4.4"Report on best practice in

operation and maintainingM42 Μ48 20.00 HCMR

D4.5Report on running costs of

observing systemsM42 Μ43 14.50 CEFAS

www.jerico-fp7.eu

WP9: OSE/OSSE experiments

• CMCC (IT)

• IFREMER (FR)

• CNRS (FR)

• DMI (DK)

• DELTARES (NL)

• HCMR (GR)

• HZG (DE)

• RBINS-OD (BE)

WP9 FOCUS OBSERVATIONS

www.jerico-fp7.eu

ADRIATIC AEGEAN BAY OF

BISCAY&

ENGLISH

CHANNEL

NORTH SEA BALTIC

OSE FISHERY

OBSERVING

SYSTEM

TEMP.

HF

RADAR

&

FERRY

BOX SST

RECOPESCA

TEMP

PROFILES

TIDE

GAUGES &

HF RADAR

&

T PROFILES

FROM BUOY

STATIONS

CTD T-S

PROFILES

AND

SATELLITE

SST

OSSE FISHERY

OBSERVING

SYSTEM

TEMP. & SAL.

FIXED

STATION &

GLIDERS &

FERRY BOX

HF RADAR &

T PROFILES

FROM BUOY

STATIONS

GLIDERS

GENERAL CONCLUSIONS WP9

Major findings for each Observing platform used:

1) Tide Gauges have large impact on accuracy of 12 an 24 hours sea level

forecasts, need networking of data among data providers

2) Fishing Vessels measurements are impacting positively better with

vertical profiles than single depth point measurements. Horizontal sampling

scheme could be streamlined

3) FerryBox is a crucial component of the observing system for SST

introducing high frequency data to resolve the daily cycle

4) Fixed platform profiles have positive impacts provided that they are not

overlapping and sufficiently homogeneous in positions

5) Gliders offer a positively impacting platform in the shelf areas of

freshwater intefluence

6) HF radars are a formidable monitoring system for the coastal area

provided more progress is done in terms of quality control of the

measurements

WP10 Overview

Biological compartments

FlowCamZooscan

10.410.2 10.310.1

Profiling technology

10.5 10.6

In situ video

Sediment profile

imagery

In situ fixed camera

VOSFerrybox

QA

SPM intercomparison

CO2

Algal pigments

PAH

Contaminants

Atlantic

Ligurian

Adriatic

FVRecopesca

SOOPWorkshop

Algorithimdevelopment

RS, Buoy, Lander concurrent

measurements

DELIVERABLES: WP10

Deliverable Number Deliverable title

Lead Beneficiary

Estimated indicative

person months Nature

Dissemination level

Delivery date

D10.1 Report on trials and

deployment 20 20 R PU 36

D10.2 Set of software 23 60 R PU 42

D10.3 Report on data analysis 14 32.5 R PU 42

D10.4 Report on potential new

sensors 1 30 D PU 42

Total 142.5

Technology

Enrich coastal measurements with more biology

JERICO-NEXT: CHARACTERISTICS

Requested grant: ~10M€

33 partners + Associated partners in Mexico, USA, Canada, South Africa

8 WPs + 1 WP /coordination

Objectives:

- organisation of a European harmonised infrastructure integrating

observations of Physics, Chemistry and Biology in European coastal

areas

- lead of needed developements

- data flow towards Emodnet (physics, biologie, …) and more

HF radar

Sensors

Physical dataBiological

data

JERICO-NEXT

New additionalpartners

New high qualityinfrastructures

& services

New competencesto better understanding

interraction betweenphysical & biological data

Extended EU coastal observatory network

Continuous and more valuable

coastal data coupling physical & biological

information

ESFRIEMOD

net

Ocean forTomorrow

Thanks to Samsung for this announcement

www.jerico-fp7.eu