The Toolbox
This page contains information on tools tested during the Aquaspace project. ‘Tool’ means any legal instrument (laws, regulations, guidelines), process (such as stakeholder engagement), computer model application (such as GIS, or computer models to assess impacts of aquaculture), or any other hardware, software or set of instructions that can be used to help and support (in this case) the purpose of making more high-quality space available for aquaculture, including the gathering, analysis and presentation of data to aid decision making in this context.
Some of the tools were developed during Aquaspace, others were already in existence. Some are commercial, others are free and in the public domain. However, few tools can be used properly without a good understanding of the theory behind them, and the potential user may wish to consult appropriate units of the Aquaspace Masters Module.
Two main kinds of information are provided here (as downloadable pdf):
- tool factsheets, including links to tool suppliers and handbooks;
- good practice factsheets, based on case studies; further information on these case studies can be found in the Library.
Before looking at these, please read the Guide to the ToolBox.
CATEGORY | Tool name | Use for | link to | link to unit | External links | |
GIS | Aquaculture Planning Decision Support System (APDSS) | Integrating information relating to spatial planning | Tools_Factsheet_APDSS Sanggou Bay c | D4.2 | ||
Bus | Aquaculture Investor Index (app) | Identifying country for investment | Tools_Factsheet_Aquaculture_Investor_Index c | D2.4 | 6 | Aqua investor index |
GIS | Aquaspace tool (Arc GIS add-in) | Mapping and integrating aquacultural indicators | Tools_Factsheet_AquaSpace tool c | D3.3 | 5, 6 | Link |
Env | ASSETS | Procedure for estuarine eutrophication assessment | Tools_Factsheet_ASSETS | D4.2 | ||
GIS | BLUEFARM 2 (QGIS add-in) | Mapping and integrating aquacultural indicators | Tools_Factsheet_BLUEFARM2-final | D4.2 | 6 | |
Soc | EAF toolbox for Stakeholder consultation | Identifying stakeholder views on development and constraints | Tools_Factsheet_EAF_Stakeholders | D4.2 | 10 | |
Env | EcoWin | Water basin scale biophysical model used for investigating shellfish amelioration of eutrophication | Tools_Factsheet_EcoWin | D4.2 | ||
Bus | FARM | Production model for shellfish | Tools_Factsheet_FARM | D4.2 | ||
Bus | Lakselus (hydrodynamic/lice modelling, web page) | Near-real time sea-lice dispersion for use in areal management | Tools_Factsheet_Lakselus Norway | D4.2 | ||
Bus | META – Maritime and Environmental Thresholds for Aquaculture (online app) | Thresholds for cultivated species in marine environments | Tools_Factsheet_META | D2.5 | 6 | META website |
Bus | Mussel web NZ | Empirical model for predicting green mussel growth | Tools_Factsheet_Mussel_NZ | D4.2 | ||
Soc | Netica (BBN) | Bayesian belief network tool for analysing sectoral conflicts | Tools_Factsheet_Netica(BBN) | D4.2 | ||
Soc | Public Comment Analysis | Procedure for evaluating public comments on application for planning consent | Tools_Factsheet_Public_Comment_Analysis | D4.2 | 10 | |
GIS | SISAQUA (GIS web tool, derived from AkavaVIS | Integrating information relating to spatial planning | Tools_Factsheet_SISAQUA_final | D4.2 | ||
Env | SMILE – modelling framework | Estimating carrying capacity for shellfish production | Tools_Factsheet_SMILE | D4.2 | ||
Env | SNAP (EO toolbox) | Processing and analysing satellite earth observation data | Tools_Factsheet_SNAP_Remote Sensing | D4.2 | 7 | |
GIS | Visibility Analysis (in ArcGIS) | GIS mapping of locations from which a farm is visible | Tools_Factsheet_Visibility_Analysis C | D4.2 | 5, 9 | |
Soc | Visualisation (virtual seascapes) | Interactive visual simulations of seascapes in virtual reality | Tools_Factsheet_Visualisation | D4.2 | 9 | |
Bus | WATER – Where Aquaculture Thrives in EuRope (web tool) | Finding optimum sites for species | Tools_Factsheet_WATER_e | D2.5 | 6 | WATER website |
Bus | WestLice (hydrodynamic/lice modelling, Java code) | Sea-lice dispersion for use in areal management | Tools_Factsheet_WestLice | D4.2 | 8 |
Tools implementation examples
The PDF factsheets in the table provide examples of the use of a range of tools in AquaSpace Case Studies.
Case Study | Case Study name | Issues worked on | Tools used | file name |
1 | Emilia-Romagna, Adriatic Sea, Italy | Conflicts of shellfish aquaculture with other activities | Shellfish biology models; EO (Copernicus); FiCIM; BLUEFARM-2 | 01_Tools_Implementation_Emilia-Romagna.pdf |
2 | Algarve Coast, Portugal | Shellfish cultivation: (1) Social licence (2) Environmental fluctuations | (1) EAF stakeholder analysis; (2) SNAP toolbox for EO data; ArcGIS | 02_Tools_Implementation_Algarve.pdf |
3 | Basque Country, Spain | Development of offshore shellfish aquaculture, avoiding use conflicts | ROMS, ArcGIS, AquaSpace Tool, BBN | 03_Tools_Implementation_Basque_Country.pdf |
4 | Békés County, Hungary | Increase fish production capacity of freshwater ponds | GIS, ES valuation, stakeholder consultation | 04_Tools_Implementation_Bekes_County.pdf |
5 | Carlingford Lough, UK | Management of shellfish aquaculture in transboundary water body | ArcGIS, SMILE, AkvaVis | 05_Tools_Implementation_Carlingford_Lough.pdf |
6 | Long Island Sound and Great Bay Piscataqua, USA | Eutrophication amelioration by shellfish cultivation | ES valuation, ASSETS, FARM, EcoWin | 06_Tools_Implementation_USA.pdf |
7 | Houtman Abrolhos Islands, Australia | Assessment of site suitability for aquaculture | Hydrodynamic, sediment diagenesis, and fish growth models; GIS | 07_Tools_Implementation_Abrolhos.pdf |
8 | Mediterranean Sea, Multiple EEZ | Overview of regulation of marine fish-farming around Mediterranean | Google Earth, NASO maps, Emodnet data, ArcGIS | 08_Tools_Implementation_Mediterranean.pdf |
9 | Normandy/Cancale, France | Identify zones to expand existing shellfish cultivation | Hydrodynamic and biological models, remote sensing, SISAQUA | 09_Tools_Implementation_Normandy.pdf |
10 | North Sea, Germany | Authorisation procedures for aquaculture licensing avoiding conflicts with other use | AquaSpace Tool | 10_Tools_Implementation_North_Sea.pdf |
11 | Mediterranean | NA: see D4.2 | ||
12 | Normandy | NA: see D4.2 | ||
13 | Sanggou Bay, P.R. China | Optimize sea use for aquaculture | APDSS integrating FVCOM, DEB and ArcGIS | 13_Tools_Implementation_Sanggou_Bay.pdf |
14 | Argyll, Scotland | Policy and management of salmon farming: public perception, spatial limitations, sea-lice management zone modelling | FVCOM, MaRS, AquaSpace Tool, Public Comment Analysis | 14_Tools_Implementation_Argyll.pdf |
15 | Pelorus Sound, New Zealand | Predicting meat yield of mussels | Long-term monitoring, web-based tool | 15_Tools_Implementation_Pelorus_Sound.pdf |