Offering institution | Institut de Ciències del Mar (ICM) - CSIC |
Name of offer | Building an Early Warning System and Common Data Base on Ostreopsis spp. blooms in the Mediterranean |
Description | Hands-on training with technical and scientific support in facilities with experience on monitoring and investigating benthic harmful algal blooms |
Name of responsible | Elisa Berdalet |
Expected duration of full activity | 1 week |
Expected duration of visit | 1 week |
Number of recipients | 2 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | University of Malta |
Name of offer | Web interface for CMEMS operational forecast visualisation |
Description | System for the operational viewing of CMEMS Med forecasts of SST, SSS, currents, MLD and bottom T |
Name of responsible | Adam Gauci / Aldo Drago |
Expected duration of full activity | 3 months |
Expected duration of visit | 1 week |
Number of recipients | 1 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | University of Malta |
Name of offer | SWAN wave model implementation |
Description | Setting up of a high resolution operational wave forecasting system |
Name of responsible | Joel Azzopardi / Aldo Drago |
Expected duration of full activity | 3 months |
Expected duration of visit | 1 week |
Number of recipients | 1 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | Portuguese Institute for the Sea and Atmosphere |
Name of offer | Integrated identification of harmful phytoplankton in environmental samples and their impacts on marine organisms |
Description | Multidisciplinary characterization of harmful phytoplankton in environmental samples with taxonomic, molecular, culturing and toxin characterization methods; Quantification of marine and aquatic toxins in environmental samples by chromatographic methodologies and fast-screening methods. |
Name of responsible | Catarina Churro / Maria João Botelho |
Expected duration of full activity | 15 working days in situ training and an online workshop previous to the visit (5 hours) |
Expected duration of visit | 3 weeks in Portugal |
Number of recipients | 1 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | LaMMA Consortium |
Name of offer | Downscaling of CMEMS Reanalysis product |
Description | Implementation of a modelling chain to downscale CMEMS oceanographic Reanalysis product to a higher resolution by means of the ROMS model with the possibility to add one nested domain on a specific area of interest. |
Name of responsible | Carlo Brandini / Maria Fattorini |
Expected duration of full activity | 8 months |
Expected duration of visit | NA |
Number of recipients | 1 |
Persons per recipient | 2 |
Travel | No |
Offering institution | LaMMA Consortium |
Name of offer | Real time Lagrangian oil spill modelling |
Description | Implementation of a suite of existing modelling tools to perform, on demand, a Lagrangian simulation of oil spill with arbitrary release position, based on the most updated oceanographic and meteorological forecast. |
Name of responsible | Carlo Brandini / Michele Bendoni |
Expected duration of full activity | 5 months |
Expected duration of visit | NA |
Number of recipients | 1 |
Persons per recipient | 1 |
Travel | No |
Offering institution | Mediterranean Institute of Oceanography |
Name of offer | Implementing a numerical 3D model based on Ichthyop describing the lagrangian transport of particles including microplastics (MP) |
Description | Study of particle drift in the coastal area |
Name of responsible | Cristele Chevalier |
Expected duration of full activity | 12 months |
Expected duration of visit | |
Number of recipients | 2 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | Mediterranean Institute of Oceanography |
Name of offer | Development of innovative, low-cost and useful "drifter" buoys to be used in coastal systems |
Description | These buoys equipped with specific probes (temperature, salinity, oxygen, turbidity, etc .) produced on request or according to recipient needs, are equipped with SPOT geolocalisation beacons capable of real time survey of the sub-surface water column. |
Name of responsible | Cristele Chevalier |
Expected duration of full activity | 12 months |
Expected duration of visit | |
Number of recipients | 2 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | National Institute of Biology - Marine Station Piran |
Name of offer | Meta-barcoding for better understanding marine biodiversity in changing environment |
Description | The action proposed the analysis of samples from different environments and the establishment of a start-up protocol for regular standardised sampling for meta-barcoding by elaborating sampling procedures, processing of field samples and image data, preparation of community samples for meta-barcoding and preparation of sequencing libraries and protocols for data storage. |
Name of responsible | Andreja Ramšak |
Expected duration of full activity | 12 months |
Expected duration of visit | 4 weeks in Slovenia |
Number of recipients | 2 |
Persons per recipient | 2 |
Travel | Yes |
Offering institution | Istituto Nazionale di Oceanografia e di Geofisica Sperimentale |
Name of offer | Practical introduction course to marine monitoring hardware and procedures for less experience users |
Description | A one-week training course on physical and biochemical instruments, setup, programming, data download, data conversion for less experienced users of hardware. |
Name of responsible | Vanessa Cardin |
Expected duration of full activity | 6 months |
Expected duration of visit | 1 week |
Number of recipients | 6 |
Persons per recipient | 6 |
Travel | Yes |
Offering institution | Istituto Nazionale di Oceanografia e di Geofisica Sperimentale |
Name of offer | Development of a short-term forecasting system for coastal areas |
Description | Code availability and technical support/supervision for the site-specific (recipient) implementation of a relocatable modelling system for short-term oceanographic forecasts developed in SHAREMED WP3.1, 4.5 and 5.1. |
Name of responsible | Stefano Querin |
Expected duration of full activity | 6 months |
Expected duration of visit | NA |
Number of recipients | 1 |
Persons per recipient | 2 |
Travel | No |
Offering institution | Consiglio Nazionale delle Ricerche |
Name of offer | Operational tailoring of CMEMS Ocean Colour (OC) and Sea Surface Temperature (SST) products |
Description | Implementation of an operational tool to trim and download CMEMS OC regional Sentnel3-OLCI products at full spatial resolution (300 m) and multisensory SST products at ultra high-spatial resolution (1 km) over specific, coastal Area Of Interest. |
Name of responsible | Federico Falcini / Vega Forneris |
Expected duration of full activity | 2 months |
Expected duration of visit | NA |
Number of recipients | 2 |
Persons per recipient | 2 |
Travel | No |
Offer | Institution | Name |
---|---|---|
1 | Institut de Ciències del Mar (ICM) - CSIC | Building an Early Warning System and Common Data Base on Ostreopsis spp. blooms in the Mediterranean |
2 | University of Malta | Web interface for CMEMS operational forecast visualisation |
3 | University of Malta | SWAN wave model implementation |
4 | Portuguese Institute for the Sea and Atmosphere | Integrated identification of harmful phytoplankton in environmental samples and their impacts on marine organisms |
5 | LaMMA Consortium | Downscaling of CMEMS Reanalysis product |
6 | LaMMA Consortium | Real time Lagrangian oil spill modelling |
7 | Mediterranean Institute of Oceanography | Implementing a numerical 3D model based on Ichthyop describing the lagrangian transport of particles including microplastics (MP) |
8 | Mediterranean Institute of Oceanography | Development of innovative, low-cost and useful "drifter" buoys to be used in coastal systems |
9 | National Institute of Biology - Marine Station Piran | Meta-barcoding for better understanding marine biodiversity in changing environment |
10 | Istituto Nazionale di Oceanografia e di Geofisica Sperimentale | Practical introduction course to marine monitoring hardware and procedures for less experience users |
11 | Istituto Nazionale di Oceanografia e di Geofisica Sperimentale | Development of a short-term forecasting system for coastal areas |
12 | Consiglio Nazionale delle Ricerche | Operational tailoring of CMEMS Ocean Colour (OC) and Sea Surface Temperature (SST) products |
Title of Action: Building an Early Warning System and Common Data Base on Ostreopsis spp. blooms in the Mediterranean | ||
Name of Responsible: Elisa Berdalet | Donor Institute: | Institut de Ciències del Mar |
Expected duration: 1 week | (ICM) - CSIC | |
Description of action:
Nowadays, monitoring benthic harmful species is not included in the implemented international directives aimed at protecting human health and maintaining a good coastal water quality. However, the expansion of the toxic species of the genus Ostreopsis in the Mediterranean since the beginning of the 21st century forced scientists and stakeholders to monitor the dynamics of this taxon in selected locations of the Mediterranean. The knowledge gained indicates the need to apply specific monitoring of the benthos and to coordinate the obtained data at Mediterranean level. The action will include:
|
||
Key expertise/assets on offer:
|
||
Main target benefits for the recipient:
|
||
Partner donors in the action:
ICM-CSIC (SHAREMED partners) |
||
Skills/background required by the recipient:
Involvement in harmful bloom identification, detection, surveillance, management, research, shellfish production, inspection and/or tracing in the recipient country. Basic skills in marine biology and marine chemistry. |
||
List of resources required from the recipient:
Optional: Water samples and shellfish samples collected on the zone of interest for the recipients on: monitoring, surveillance, management, production, inspection, tracing and/or research. Maximum of 10 water samples and 10 shellfish samples. |
||
Does the action entail travel? Yes | ||
The action involves travel and accommodation expenses, since the execution of the action can only be fulfilled with the presence of the recipients in the donor institution. | ||
Other comments:
Priority will be given to recipients from North African countries. |
Title of Action: Web interface for CMEMS operational forecast visualisation | ||
Name of Responsible: Adam Gauci / Aldo Drago | Donor Institute: | University of Malta |
Expected duration: 3 months | ||
Description of action: implementation of an operational system for the online visualisation of CMEMS Mediterranean forecast fields comprising sea surface temperature, salinity and currents, mixed layer depth and bottom temperature. A dedicated web interface will provide a service to users at a selected area in the Mediterranean. | ||
Key expertise/assets on offer: expertise in the implementation of a set of shell and MATLAB scripts to operationally download forecast data from CMEMS, subset, write on a local database and analyse data fields with visualisation codes and delivery online. | ||
Main target benefits for the recipient: develop a capacity for setting up operational systems to deliver and visualise forecast fields in real time. Initiate or strengthen expertise in operational oceanography. | ||
Partner donors in the action: Physical Oceanography Research Group, University of Malta (SHAREMED partner) | ||
Skills/background required by the recipient: basic knowledge in computer science, oceanography and numerical models, web development, bash scripting, LINUX OS, MATLAB | ||
List of resources required from the recipient:
Requirements for web server to run basic Matlab routines and publish results to web:
|
||
Does the action entail travel? Yes | ||
For direct training on the system | ||
Other comments: Offers are open to non-EU recipients |
Title of Action: SWAN wave model implementation | ||
Name of Responsible: Joel Azzopardi / Aldo Drago | Donor Institute: | University of Malta |
Expected duration: 3 months | ||
Description of action: Implementation of a high resolution wave forecasting model with nesting to the CMEMS Mediterranean scale forecasting system. The SWAN model will be used. SWAN is a third-generation wave model for obtaining realistic estimates of wave parameters in coastal areas, lakes and estuaries from given wind, bottom and current conditions. | ||
Key expertise/assets on offer: expertise in the setting up and operational running of a SWAN wave model in a coastal/shelf scale domain, with open boundary conditions obtained from CMEMS and surface forcing from SKIRON. | ||
Main target benefits for the recipient: develop a capacity for running an operational downscaled wave model in an area in the Mediterranean; the system will provide forecasts of sea state (significant wave height, wave direction, mean and peak period) at a spatial resolution of 0.002◦and with 1hr output fields. | ||
Partner donors in the action: Physical Oceanography Research Group, University of Malta (SHAREMED partner) | ||
Skills/background required by the recipient: basic knowledge in computer science, oceanography and numerical models, bash scripting, LINUX OS, MATLAB | ||
List of resources required from the recipient:
Requirements for computing system to run the model:
|
||
Does the action entail travel? Yes | ||
For direct training on the system | ||
Other comments: Offers are open to non-EU recipients |
Title of Action: Integrated identification of harmful phytoplankton in environmental samples and their impacts on marine organisms | ||
Name of Responsible: Catarina Churro / Maria João Botelho | Donor Institute: | Portuguese Institute for the Sea and |
Expected duration: 15 working days in situ training and an | Atmosphere (IPMA I.P.), Portugal | |
online workshop previous to the visit (5 hours). | ||
Description of action:
Multidisciplinary characterization of harmful phytoplankton in environmental samples with taxonomic, molecular, culturing and toxin characterization methods; Quantification of marine and aquatic toxins in environmental samples by chromatographic methodologies and fast-screening methods. PRACTICAL ACTIVITY:
|
||
Key expertise/assets on offer:
|
||
Main target benefits for the recipient:
Hands-on training with technical and scientific support in facilities with accredited methodologies with quality control of the results; characterization of the environmental samples (water and shellfish) collected in the countries of origin; synergies between stakeholders; networking and future collaborations. |
||
Partner donors in the action:
SHAREMED partner: Portuguese Institute for the sea and Atmosphere (IPMA, I.P.) |
||
Skills/background required by the recipient:
Involvement in harmful bloom identification, detection, surveillance, management, research, shellfish production, inspection and tracing in the recipient country. Basic skills in marine biology and marine chemistry. |
||
List of resources required from the recipient:
Water samples and shellfish samples collected on the zone of interest for the recipients on: monitoring, surveillance, management, production, inspection, tracing and research. Maximum of 10 water samples (only 5 will be analysed in detail) and 10 shellfish samples. Sample collection is made by the recipient with their own resources, responsibility and zone of interest, although theoretical support can be given to the recipient how to collect and transport the sample. No specific scientific background is needed for sampling, however basic skills in marine biology and marine chemistry are preferred. |
||
Does the action entail travel? Yes | ||
The action involves travel and accommodation expenses, since the execution of the action can only be fulfilled with the presence of the recipients in the donor institution. | ||
Other comments:
Priority will be given to recipients from North African countries. Two recipients from the same application can access the offer and will be processing the same samples. |
Title of Action: Downscaling of CMEMS Reanalysis product | ||
Name of Responsible: Carlo Brandini | Donor Institute: | LaMMA Consortium |
Expected duration: 8 months | ||
Description of action: implementation of a modelling chain to downscale CMEMS oceanographic Reanalysis product to a higher resolution by one (x3 to x5 increased resolution) or two (x9 increased resolution) levels of nesting, from sub-basin to coastal scale, by means of the ROMS model | ||
Key expertise/assets on offer: expertise in the implementation of a set of shell/MATLAB scripts to make input files for boundary conditions and atmospheric forcing to launch a series of model runs covering the target period of reanalysis. Currents, temperature, salinity and free-surface are taken from the CMEMS MEDSEA_MULTIYEAR_PHY_006_004 product and feed the ROMS oceanographic model. Atmospheric forcing and river discharge are taken from the resources made available by the recipient. | ||
Main target benefits for the recipient: availability of oceanographic downscaled reanalysis at sub-basin or coastal scales at high resolution, for the variables u, v, salinity, temperature, free-surface (additional variables if required) | ||
Partner donors in the action: LaMMA Consortium (SHAREMED partner) | ||
Skills/background required by the recipient: basic knowledge in computer science, oceanography and numerical models, bash scripting, LINUX OS, MATLAB (tools to make initial conditions, boundary conditions and atmospheric forcing are MATLAB scripts). Basic knowledge on ROMS model is beneficial. | ||
List of resources required from the recipient: access to CMEMS products; availability of output from atmospheric model, in particular following variables are needed: u, v wind velocities, cloud cover, precipitation rate, relative humidity, air temperature, surface pressure, short-wave radiation; availability of bathymetric data for the area of interest; LINUX computer cluster equipped with at least 10 nodes (depending on the simulated domain) | ||
Does the action entail travel? No | ||
Other comments: |
Title of Action: Real time Lagrangian oil spill modelling | ||
Name of Responsible: Carlo Brandini / Michele Bendoni | Donor Institute: | LaMMA Consortium |
Expected duration: 5 months | ||
Description of action: implementation of a suite of existing modelling tools to perform, on demand, a Lagrangian simulation of oil spill with arbitrary release position, based on the most updated oceanographic and meteorological forecast. | ||
Key expertise/assets on offer: expertise in the implementation of a set of shell scripts to set up an automatic tool which runs an open-source Lagrangian oil spill model. Formative procedure to train the users to run the tool and fix potential issues and disruptions. | ||
Main target benefits for the recipient: possibility to forecast and visualize the evolution of an oil spill on the basis of the current meteo-oceanographic conditions | ||
Partner donors in the action: LaMMA Consortium (SHAREMED partner) | ||
Skills/background required by the recipient: basic knowledge in computer science, oceanography and numerical models, bash scripting, LINUX OS. | ||
List of resources required from the recipient: availability of daily (or at least periodic) forecast of surface currents, Stoke’s drift and surface winds. Availability of LINUX os, python, netcdf, cdo, nco libraries (preferable miniconda package management system) | ||
Does the action entail travel? No | ||
Other comments: |
Title of Action: Technical expertise available for implementing a numerical 3D model based on Ichthyop describing the Lagrangian transport of particles including microplastics (MP). | ||
Name of Responsible: Cristele Chevalier | Donor Institute: | Mediterranean Institute of Oceanography |
Expected duration: 12 months | ||
Description of action:
Technical expertise available for implementing a numerical 3D model based on Ichthyop describing the Lagrangian transport of particles including microplastics (MP). In contrast to other MP model versions, where vertical dispersion is not simulated or only included after the horizontal drift, a new code was developed at MIO to take into account the vertical shift induced by the MPs characteristics. These later include size and density of MP’s, and the vertical mixing according to the vertical turbulence calculated with the hydrodynamical model. In this way it is expected to reproduce the wind effect in the MP vertical mixing and its impact on the 3D transport. We propose our expertise in the implementation of this model on your IT devices and assist you in the early phases of your projects. |
||
Key expertise/assets on offer:
Lagrangian Modelling of particle transport including MP. |
||
Main target benefits for the recipient:
Study of particle drift in the coastal area |
||
Partner donors in the action:
From MIO: Cristele CHEVALIER and her staff |
||
Skills/background required by the recipient:
Fundamental skills in physic, good description of the zone under investigation. |
||
List of resources required from the recipient:
Office computer with enough memory |
||
Does the action entail travel? Yes | ||
Travel and accommodation either for the donors to implement the code or for recipient to install the system on local PC or laptop. | ||
Other comments:
Priority will be given to North African recipients |
Title of Action:
Development of innovative, low-cost and useful "drifter" buoys to be used in coastal systems |
||
Name of Responsible: Cristele Chevalier | Donor Institute: | Mediterranean Institute of Oceanography |
Expected duration: 12 months | ||
Description of action:
Development of innovative, low-cost and useful "drifter" buoys to be used in coastal systems These buoys equipped with specific probes (temperature, salinity, oxygen, turbidity, etc .) produced on request or according to recipient needs, are equipped with SPOT geolocalisation beacons capable of real time survey of the sub-surface water column characteristics along the drift of the water masses. For a configuration of 2 measured variables at a 10 min interval frequency, the buoy should cost around €1000 including the subscription for the satellite communication devices ( www.findmespot.com/en-us/ ) for one year. We propose to build your specific equipment and our consultants can advise you during your benchmark. |
||
Key expertise/assets on offer:
Low cost drifters for coastal systems application |
||
Main target benefits for the recipient:
Study of the circulation and determination of the hydrodynamic trajectories of the water masses, with application for model calibration and validation or pollution survey. |
||
Partner donors in the action:
From MIO: Cristele CHEVALIER and her staff |
||
Skills/background required by the recipient:
Fundamental skills in physic, good description of the zone under investigation. |
||
List of resources required from the recipient:
Internet access to follow the drifters |
||
List the major costs (in Euro) for donors to implement the action:
1000 Euros per drifter equipped with basic hydrological probes, and a SPOT satellite communication device Delivery of the drifters depends on the delay for the manufacturers to provide the probes and the SPOT device. |
||
Does the action entail travel? Yes | ||
Travel and accommodation either for the donors to test the device in situ or for the recipient to follow a training in Marseille. | ||
Other comments:
Priority will be given to North African recipients |
Title of Action: Meta-barcoding for better understanding marine biodiversity in a changing environment | ||
Name of Responsible: Andreja Ramšak | Donor Institute: | National Institute of Biology |
Expected duration: 12 months | Marine Station Piran | |
Description of action:
Biodiversity can be recorded and counted using genomic approaches, digitised and deposited in public archives for further use of the data. Sharing protocols and standardised approaches is of great value for retrieving sound data in different regions and between different institutions. Artificial underwater samplers for benthic and fouling communities and eDNA samples from seawater are important sources for molecular identification of species and community functional profiling using a mix of universal primers. Many threats (pollution, invasive species, climate change, habitats degradation, etc.) from the environment can lead to shifts in communities, which in turn can alter ecosystem functions. The action proposed the analysis of samples from different environments and the establishment of a start-up protocol for regular standardised sampling for meta-barcoding by elaborating sampling procedures, processing of field samples and image data, preparation of community samples for meta-barcoding and preparation of sequencing libraries and protocols for data storage. |
||
Key expertise/assets on offer:
Sharing knowledge on meta-barcoding approach, sample analysis and harmonisation of protocols. |
||
Main target benefits for the recipient:
Recipient will acquire knowledge to design his/her own sampling site and preparation of environmental samples for meta-barcoding and the adoption of FAIR principles for data management. |
||
Partner donors in the action:
Drs. Andreja Ramšak and Borut Mavrič, National Institute of Biology-MBS, partner in SHAREMED |
||
Skills/background required by the recipient:
Solid knowledge of marine ecology and molecular biology techniques |
||
List of resources required from the recipient:
Recipients should be ready to set up a sampling point for a genomics observatory. |
||
Does the action entail travel? Yes | ||
The recipient is expected to travel to the donor (NIB) for 4 weeks and work on-site. Travel and accommodation costs are included in proposal. | ||
Other comments:
Priority will be given to recipients who are ready to set up genomics observatory sampling point or have collected their first samples. Detailed instructions for samples preservation (benthic fouling community) will be given to recipients in advance and it is recommended to follow the instructions in this Handbook and Data Management Plan . |
Title of Action: Practical introductory course to marine monitoring hardware and procedures for less experienced users | ||
Name of Responsible: Vanessa Cardin | Donor Institute: | Istituto Nazionale di Oceanografia |
Expected duration: 1 week | e di Geofisica Sperimentale (OGS) | |
Description of action:
A one-week training course on physical and biochemical instruments, setup, programming, data download, data conversion for less experienced users of hardware. The training will focus on all steps of the use of the instruments, from their calibration process and set up to the data downloading phase and data conversion process. Plus, it will cover also main aspects on biochemical measurements on carbonate data, sensors for ocean acidification, fluorometers, and automatic nitrate measurements. The course aims to promote oceanographic practises to a wider group of practitioners engaged in meteo-marine observations and will be targeted to less experienced users of hardware, PhD. students and early career scientist from various countries with special attention to countries from the southern shore of the Mediterranean Sea. The primary sessions will cover:
|
||
Key expertise/assets on offer:
Expertise on operational oceanography |
||
Main target benefits for the recipient:
Skills developments on field operations, quality control data, calibration best practices in oceanography |
||
Partner donors in the action:
OGS OCEANOGRAPHY SECTION: Physical Oceanography (PHYS), Chemical and Biological Oceanography (BIOCHEM) groups |
||
Skills/background required by the recipient:
Minimum expertise on operational oceanography and field activities, data analysis |
||
List of resources required from the recipient:
Internet access |
||
Does the action entail travel? Yes | ||
Cover of travel and accommodation expenses of the participants and for the workshop organization and logistics | ||
Other comments:
Priority will be given to applications from Southern Med countries. |
Title of Action: Development of a short-term forecasting system for coastal areas | ||
Name of Responsible: Stefano Querin | Donor Institute: | Istituto Nazionale di Oceanografia |
Expected duration: 6 months | e di Geofisica Sperimentale (OGS) | |
Description of action:
Code availability and technical support/supervision for the site-specific (recipient) implementation of a relocatable modelling system for short-term oceanographic forecasts developed in SHAREMED WP3.1, 4.5 and 5.1. The high-resolution, coupled hydrodynamic-biogeochemical model will be configured for the targeted area and run on local HPC (High Performance Computing) facilities (if available) by the trained personnel of the recipient. The action results are the 3D fields and maps describing the present and near-future state of the marine environment (temperature, salinity, currents, nutrient concentration, dissolved oxygen, etc.). |
||
Key expertise/assets on offer:
Numerical modelling of hydrodynamic and biogeochemical processes in coastal areas Operational oceanography Source code and code editing/customization |
||
Main target benefits for the recipient:
Operational demonstration/benchmark of a short-term ocean forecasting system for coastal monitoring and environmental assessment. Prototype of an operational system for decision makers, environmental managers and general users. |
||
Partner donors in the action:
OGS, Trieste, Italy |
||
Skills/background required by the recipient:
Good expertise in numerical modelling and oceanography. Solid programming skills are needed (Fortran, Linux OS, bash scripting, Matlab/Python). |
||
List of resources required from the recipient:
HPC resources or very powerful (multicore) servers / IT devices |
||
Does the action entail travel? No | ||
No travel is envisaged since the recipient(s) is expected to implement the modelling system with remote assistance. | ||
Other comments:
Priority will be given to recipients from the North African countries and non-SHAREMED Partners. |
Title of Action: Operational tailoring of CMEMS Ocean Colour (OC) and Sea Surface Temperature (SST) products | ||
Name of Responsible: Federico Falcini/Vega Forneris | Donor Institute: | Consiglio Nazionale delle Ricerche |
Expected duration: 2 months | (CNR) | |
Description of action:
Implementation of an operational tool to trim and download CMEMS OC regional Sentnel3-OLCI products at full spatial resolution (300 m) and multisensory SST products at ultra high-spatial resolution (1 km) over specific, coastal Area Of Interest (AOI). |
||
Key expertise/assets on offer:
Expertise in the implementation of a set of bash and Python scripts to set up an operational chain that tailor chlorophyll-a concentation and sea surface temperature from the CMEMS products:
|
||
Main target benefits for the recipient:
Availability of a daily based EO satellite data (SST and Chlorophyll-a concentration) at coastal scales, at high resolution, for monitoring activity and for assessing eutrophication and heat waves. |
||
Partner donors in the action:
CNR |
||
Skills/background required by the recipient:
Basic knowledge in computer science, bash scripting, LINUX, Python. Basic knowledge on remote sensing is beneficial. |
||
List of resources required from the recipient:
Hardware and software resources for handling and visualizing NetCDF data (standard PC is enough); The recipient should have computer/remote sensing skills (coding in bash/Python). |
||
Does the action entail travel? Not necessary. | ||
Other comments:
Two persons per offer |