OILTRANS_UserManual
Contents
1. Upon clicking run the OILTRANS oil spill model simulation will start The progress bar at the top of the above form will start to gradually fill denoting progress of the model simulation In addition the evolution of the oil slick will be updated in the GIS viewer at hourly intervals of the simulation presenting the user with the path of the slick as the simulation progresses Run Model Cancel Back Once the simulation has been completed the above form will disappear and be replaced by the oil mass balance graph below indicating the evolution of the volume of the spill over time The volume of oil is graphed in terms of volume of oil floating on the water column volume beached volume dispersed volume evaporated and volume dissolved In addition the swept path of the oil slick will also be presented in the GIS viewer and any areas where the oil has beached will be presented as red dots OILTRANS Oil Spill Modelling SoftwareApplication User Manual 24 European Union European Regional Development Fund AKUUPUL ae Iransnational Programme Oil Properties Gil Budget Floating O Beached O Dispersed E Evaporated D Dissolved Select Parameter Il Volumes OILTRANS mxd ArcMap ArcView File Edit view Bookmarks Insert Selection Tools Window Help Den Bx oe hmm MSO NM QQ SEB ck OM24 FH amp OILTRANS Zeen W DOILTRANS O AMIS EE SS SS ER r S eng ap wu amy Gi ge2. Af ATLANTIC AREA Kess Transnational Programme L INVESTING IN OUR COMMON FUTURE ALAIF UL OILTRANS Oil Spill Modelling SoftwareA pplication User Manual Activity 4 Task 4 3 Drift and Pollutants Behaviour Predictions ARCOPOL The Atlantic Regions Coastal Pollution Response Version 1 0 Last updated on 04 07 2012 Author Alan Berry Responsible partner IST Involved partners Marine Institute OILTRANS Oil Spill Modelling SoftwareApplication User Manual European Union European Regional Development Fund European Union N ATLANTIC AREA Transnational Programme Europeen Regiona INVESTING IN OUR COMMON FUTURE REES Oil Spill Modelling Software Application Table of Contents IVER OG IC EION scx saccsssnsneasaccsacacsensnagausasstavamestagsetasnsadsensnagessassdausaaenncsavesssadssnstegeesastcassntevacsetasnsedesucvageesss 3 Interactively add new oil Spill LOCATION cccccccssssssscscccccccccssssscscccccccccessssssscccccssssesssssssscoosses 4 Modeline R n leegen 7 Modi lino Edi H TE rrsan nanna NEEE EIEEE EEE 26 DEE SCCM Oea A E AE E aa EE 30 Note This document is to be read in conjunction with previous ARCOPOL report Development of OILTRANS model code OILTRANS Oil Spill Modelling SoftwareApplication User Manual 2 N J ATLANTIC AREA Transnational Programme i L INVESTING IN OUR COMMON FUTURE Introduction The OILTRANS modelling system was developed to provide a user frien
3. Salinity velocity Modeled 7 Constant psu Modeled Constant mis Temperature W velocity e Modeled 7 Constant degt Modeled 7 Constant mis Density m Yertical Diffusion C Modeled e Constant 0 kaima C Modelled e Constant 0 001 mets Turbulence Horizontal Constant res Vertical ROMS Dayo 03 06 2011 h The options presented on the Hydrodynamic Forcing form allow the user to over ride the archived hydrodynamics within the ROMS output files In the case a user wishes to define constant values for any parameter on the form the user selects the Constant option and enters an appropriate value in the associated text box The user may toggle back to Modelled option before leaving the form Additional Turbulence may be included in the OILTRANS computer model as both a user defined Constant Horizontal value or as a calculated Vertical tubulent process OILTRANS Oil Spill Modelling SoftwareApplication User Manual 21 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Oil amp Wave Forcing Advanced Options Global Model Variables Hydrodynamic Forcing OU amp Wave Forcing Oil Processes Ware Processes iy Spreading Significant Wave Height ablose v Area Option Significant Wave Period ADIOSZ Spreading Option Significant wave Length W Evaporation Mean Wave P
4. the user to delete records of a previous run OILTRANS Oil Spill Modelling SoftwareApplication User Manual Am 4AN MA a AT European Union AKUUPUL ve E ransnational Programme European Regional Interactively add new oil spill location This section of the document explains the steps required to create a new model The first step is to determine whether a new oil spill location is to be included in the model through Point and Click means Point and Click allows the user to click on a location on the map at which a oil spill is to be located OILTRANS then determines the grid reference Alternatively the user may enter coordinates for the site of a new oil spill location at any time during the model simulation creation process Right click on the map at the location of the oil spill to be simulated Select Add Oil Spill OILTRANS mxd ArcMap ArcView File Edit view Bookmarks Insert Selection Tools Window Help Denge er frac W Z g pnz w QQuURM OSD BTR OMS SB AD x SS O Spill Locations O Beached oil O oi Events O oilPlume E BaseMaps OILTRANS Modelling Y view Results Y Admin Y Ki Add Oil Spill Eul Extent 4 Go Back To Previous Extent B Go To Next Extent ZE Fixed Zoom In CZ Fixed Zoom Out m Center WS Select Features identify ai Zoom To Selected Features ol Pan To Selected Feat
5. within the application and acts as the unique simulation records identified within the internal OILTRANS database Likewise the Time field is populated internally within the application and acts as a unique timestamp record of simulation creation OILTRANS Oil Spill Modelling SoftwareApplication User Manual 27 European Union N ATLANTIC AREA Transnational Programme ECH INVESTING IN OUR COMMON FUTURE Development Fund Administration Domain Connemara User Administrator Run ID Runo 1 Description Demo 2 For Test Spill Mo Time o2z o7 2012 14 13 42 Run to Edit Runo 16 Description Demo For Test Spill Mo 1 Cancel Net In this example the user has selected to edit Run No 16 from Run Model above Once the user has populated the required fields the user may select to Cancel the simulation at this stage or proceed to the Next step of the simulation creation process Note that when a user cancels the simulation creation process no information is stored within the internal OILTRANS database In this example the user proceeds to the Next stage of the simulation creation process where they are presented with the following form OILTRANS Oil Spill Modelling SoftwareApplication User Manual 28 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Spill Properties Simulation Information
6. 6011 W 52 50 25 436136 N Once the user has determined whether or not a new oil spill incident is to be included in the new model and if necessary undertaken the required steps above the user may then proceed to defining the new spill scenario OILTRANS Oil Spill Modelling SoftwareApplication User Manual 6 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Modelling Run Model From the OILTRANS ArcView toolbar select Modelling Then select Run Model OILTRANS EI Modelling e View Results Admin e Zi Run Model EY Edit Model The user is presented with the following form Administration Domain User Run If Description Time p2 07 2012 10 41 56 Cancel Net The user is requested to select the model domain in which to execute an oil spill modelling scenario In this example the user selects Connemara OILTRANS Oil Spill Modelling SoftwareApplication User Manual 7 European Union N ATLANTIC AREA Transnational Programme Bn Bert INVESTING IN OUR COMMON FUTURE Development Fund Administration Domain _onnemar a User Run ID Runo 16 Description 0 elo sf2012 10 46 08 Cancel Net The user is then prompted to enter the following information a username User and a description of the simulation being undertaken Description The Run ID field is populated in
7. S nput Hydroyconnemara Browse Wave Model is ROMS Dayo 03 06 2011 The form is spread across three pages Global Model Variables Hydrodynamic Forcing and Oil amp Wave Forcing each of which will be dealt with in turn The Global Model Variables page presented above allows the user to modfiy the Model Timestepping and Model Input Files options Global Model Variables Model Timestepping Print Interval at which the OILTRANS computer model creates output files for visualisation in the GIS viewer The default for output generation is one hour 3600 seconds The Ext timestep governs the timestep at which the archived hydrodynamic files are created For the Marine Institute operational modelling system the default is 3 hours 10800 seconds OILTRANS Oil Spill Modelling SoftwareApplication User Manual 19 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE EST The Int timestep governs the timestep at which the OILTRANS computer model calculates and updates both the locations of oil particles and their associated physical and chemical properties The default for the internal timestep is set at two minutes 120 seconds The ROMS timestep governs the number of ROMS archived hydrodynamic timesteps Ext timestep that are archived within each archived hydrodynamic file The default value is 1 one set
8. Simulation Start ngfo6 2011 at 00 00 hrs Simulation End 09 06 2011 ll at 00 00 hrs Release Details Release Options Oil Type aoso tt ei Gil Info Amount of oil released 100 m3 Release Location Testno si Add New Location S Hame IT Longitude Latitude Set release location ES sp Advanced Cancel Back Net The form as been populated with the details retrieved from the OILTRANS system database for the Run No 16 simulation that the user has chosen to edit The user may now modify any of the parameters from the previous run and create a new instance of the simulation All other forms that are loaded contain the parameters from the OILTRANS database for the run that the user has chosen to edit OILTRANS Oil Spill Modelling SoftwareApplication User Manual 29 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Delete Scenario Over time the user will create a large library of oil spill model simulations Not all simulations will be required for future use and may therefore be deleted from the system The user may choose from the OILTRANS toolbar the option Admin and the Delete option thereunder Modelling view Results Admin e Administration Domain _ cored po The user is requested to select the model domain from which the scenario is to be deleted and the unique Run No ident
9. d 08 06 2011 ll at 00 00 hrs Release Details Release Options Oil Type ADO H Oil Info Amount of oil released 100 m3 Release Location TestSpilNot si Add New Location E Marne Test No 2 Longitude 10 11006 Latitude 53 18065 Add Advanced Cancel Back Net In which case the seelcted Release Location on the form is updated to reflect the users wishes and the new spilll location is added to the OILTRANS GIS application as shown below OILTRANS Oil Spill Modelling SoftwareApplication User Manual 16 Th 77 ANA AKUUP UL ge ransnationa rogramme OILTRANS mxd ArcMap ArcView European Union European Regional Development Fund File Edit view Bookmarks Insert Selection Tools Window Help Denge Gr eo Ehoeemn JZeg pi K QQUENSeD Scr ome as 1G See E EI Stee Test Spill No 1 O Beached oil O oi Events O oillPlume D E BaseMaps Spill Properties m Simulation Information Simulation Start 08 06 2011 D af 00 00 hrs 7 Simulation End 08 06 2011 z af 00 00 hrs z Release Details Release Options Oil Type ao YS Oil Info Amount of oil released 100 m3 z Release Location e 2 Add New Location Advanced Cancel Back Next Display Source 9 701759 53 505021 Decimal Degrees The Spill Properties form also has the option for Advanced settings to allow the user flexibility
10. dly link between the OILTRANS oil spill modelling computer code and a GIS the latter providing facilities to create parameter files for OILTRANS simulations and the visualisation of simulation results The system operates within the ArcView GIS developed by ERSI Inc of Redlands California and was developed through the ArcView 9 x programming language of VBA The OILTRANS oil spill modelling component provides an integrated oils database three dimensional hydrodynamic meterological and particle transport mathematical model that that estimates the volume of oil remaining on the water surface evaporated from the water surface dispersed into the water column emulsified into highly visous oil or washed ashore The OILTRANS system may be applied to study any ocean or coastal system The principle requirements are bathymetric data tidal current and wind fields together with information on the location quantity and constitution of spilled oil OILTRANS is operated through the selection of actions available through the OILTRANS toolbar which is integrated into the generic ArcView application To date only three functions are available to system users e Run model Captures parameters from the user through a series of forms to create an oil spill model simulation e Edit an existing model Edits parameters from a previous model simulation through a series of forms to create a new oil spill model simulation e Delete Scenario Allows
11. eriod FIN GAS we Evaporation Option UiO wind component 10 wind component Emulsification KA Peak Wave Direction p Dispersion Peak Wave Length Mixing Depth Cd Langmuir Stokes Drift ll Dispersion Wind Drift ROMS Dayo 03 06 2011 h The options presented on the Oil amp Wave Forcing form allow the user to over ride the default oil weathering transport algorithms and override the archived wave forcing properties from the Wave Model option on the previous page On the left hand side of the page the user has the option to include or not the Spreading process of an oil slick and to select alternate algorithms for the oil Spreading process both in terms of an initial predicted Area Option and the Spreading Option which controls the mechanical spreading of the oil slick The user has the option to include or not the Evaporation process of an oil slick and the ability to select alternate algorithms for the Evaporation Option The user also has the ability to choose to include or not the processes of Emulsification Dispersion Langmuir circulation Stokes Drift and Wind Drift OILTRANS Oil Spill Modelling SoftwareApplication User Manual 22 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund On the right hand side of the page the use
12. extent of the spill simulation that is being created The user is required to enter the spill simulation starting date and time and the spill simulation ending data and time The bottom part of the form characterises the spill incident The user is requested to select the Oil Type which constitutes the spill incident The oil types are presented in alphabetical order Almost 200 oil types may be simulated with the OILTRANS modelling ssytem OILTRANS Oil Spill Modelling SoftwareApplication User Manual 9 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund The user may obtain information on any of the selected oil types be clicking the Oil Info button to the right of the selected oil type This will present the user with the following form ADIOS Oil Library library v2 0 15 08 7000 ADIOS ID ADOL985 Dil Mame DADGC Location BEAUPORT SEA CANADA Properties Distillation More Properties APT ien ae Pour Point H i 0 165 Density 0 062 359 ia 953 ggz 960 The physical and chemical properties of the selected oil type in this case ADGO are presented to the user The oil properties are taken from the US NOAA ADIOS oil database Three pages of the form are accessible to the user The first page above presents details on the oil density and viscosity OILTRANS Oil Spill Modelling SoftwareApp
13. ifier for the run to be deleted In this example the user selects Connemara and Run No 16 From the presented description this can be seen to be the Demo for Test Spill No 1 scenario created earlier The user may choose to Cancel this operation or PERMANENTLY Delete all information pertaining to that scenario from the system databases OILTRANS Oil Spill Modelling SoftwareApplication User Manual 30
14. in defining in more detail the exact nature of the simulation to be executed By selecting the Advanced button the user is presented with a warning message urging caution when modifying any of the variables presented OILTRANS Oil Spill Modelling SoftwareApplication User Manual 17 European Union N ATLANTIC AREA Transnational Programme S E INVESTING IN OUR COMMON FUTURE Development Fund Advanced Options Global Model Variables Hydrodynamic Forcing Oil amp Wave Forcing Model Timestepping Prink Interval S600 s5 Ext timestep 10800 5 Int timestep ROMS timestep Model Input Files Bathymetry Hydrodynamics COOTLTRANS Input Hydroyconnemara Browse Wave Model E Wave Model Browse ROMS Dayi os 06 2011 Es Once the user has aknowledged the warning message thus accepting responsibility for any modification which may be made the form is opened for the user to interact with OILTRANS Oil Spill Modelling SoftwareApplication User Manual 18 European Union N ATLANTIC AREA Transnational Programme European Regions INVESTING IN OUR COMMON FUTURE Development Fund Advanced Options Global Model Variables Hydrodynamic Forcing Oil amp Wave Forcing Model Timestepping Print Interval S600 Ext timestep 10600 5 Int timestep LA s5 ROMS timestep 1 5 Model Input Files Bathymetry CH OILTRANS Input Bathy connenara Browse Hydrodynamics C OILTRAN
15. lication User Manual 10 European Union N ATLANTIC AREA Transnational Programme P ee INVESTING IN OUR COMMON FUTURE Development Fund The second page presents details on the oil distillation properties ADIOS Oil Library library v2 0 15 08 2000 ADIOS ID ADOL 985 Dil Mame Ans Location BEAUFORT SEA CANADA Properties Distillation More Properties Distillation Cuts Vol So Wap Temp 0 01 4535 0 02 453 0 05 475 Oe SER SEI OILTRANS Oil Spill Modelling SoftwareApplication User Manual 11 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Whilst the third page presented details on any other properties of the oil type which may be publically avaialable such as the flash point interfacial tensions and group anaylsis of oil contituents such as wax asphaltenes resins etc ADIOS Oil Library library v2 0 15 08 7000 ADIOS ID ADC 985 Oil Wane Location Flash point Adhesion Group Analysis weight 4 Max water content oF emulsion 8 Aromatics L Polars Emulsification Const SG Ae Resins Interfacial Tension Dynes cme Benzene Oil Wiater 0 0259 at 2 73 degt Maphthenes ___ Oil Seawater 0 EES at 27 e ParafFins Ke Once the user has determined that the properties of the selected oil are in accordance with the type of oil to be simulated the user can Close the form and will automatical
16. ly be returned to the main spill properties form OILTRANS Oil Spill Modelling SoftwareApplication User Manual 12 European Union N ATLANTIC AREA Transnational Programme European Regioni INVESTING IN OUR COMMON FUTURE Development Fund Simulation Information Simulation Start os 06 2011 at 00 00 hrs Simulation End 08 06 2011 ll at 00 00 hrs Release Details Release Options Oil Type aper zl ott e Amount of oil released id Release Location Add Mew Location z Longitude Latitude Set release location a Advanced Cancel Back Net The user must define the Amount of oil released in units of m3 US barrels bbl or metric tonnes tonnes The user then selects the release location of the oil spill incident If the user added a spill location interactively through the GIS using the Point and Click method outlined in the previous section then that spill location will be selectable via the drop down menu as presented below OILTRANS Oil Spill Modelling SoftwareApplication User Manual 13 European Union N ATLANTIC AREA Transnational Programme Ss oan ain INVESTING IN OUR COMMON FUTURE Development Fund spill Properties Simulation Information Simulation Start os 06 2011 at 00 00 hrs ll Simulation End os 06 2011 at 00 00 hrs Release Details Release Options Oil Type ADO E Oil Info Amount of oil released ing Release Loca
17. of 3 hourly archived hydrodynamics are contained within each archived file Global Model Variables Model Input Files Bathymetry specifies the location of the NetCDF bathymetric file used by the ROMS oceanographic model in calculating the hydrodynamics of the region It 1s recommended that this default is not changed Hydrodynamics specifies the location of the NetCDF archived hydrodynamic files created by the ROMS oceanographic model for the region in question It is recommended that this default is not changed Wave Model allows the user to optionally specify the inclusion of archived wave field properties to the simulation Note that the Wave model used in this current version of OILTRANS is SWAN and further the SWAN model grid and domain must exactly correspond to that of the ROMS oceanographic model domain ROMS Day0 relates the day counter of the ROMS archived files to actual julian days It is strongly recommended that this value is not changed as it links the temporal period of the simulation to the archived ROMS hydrodynamic files OILTRANS Oil Spill Modelling SoftwareApplication User Manual 20 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Hydrodynamic Forcing Advanced Options Global Model Variables Hydrodynamic Forcing Oil amp Wave Forcing Elevation U velocity e Modeled Constant mis
18. r has the option to over ride the the archived wave model predictions from the SWAN output files These options only become valid if the WaveModel option has been chosen on the Global Model Variables page By pressing the Cancel button the user returns to the previous form without any updates being made to the OILTRANS computer code Pressing Back enforces the user selected changes to the OILTRANS computer code and returns the user to the previous form Spill Properties Simulation Information Simulation Start 08 06 2011 w at 00 00 hrs Simulation End 03 06 2011 at l 00 00 hrs Release Details Release Options OU Type 4050 Oil Info Amount of oil released i0 m Release Location Test No T Odd New Location 3 Upon returning to the Spill Properties form from the Advanced Options the user may review the input parameters to date or opt to move directly to the Next form in the process to launch the OILTRANS oil spill model simulation as defined The user is presented with the following form Clicking Run will execute the OILTRANS oil spill model simulation Cancel will cancel all input to the forms and return the user to the GIS viewer Back will return the user to the previous form Spill Properties OILTRANS Oil Spill Modelling SoftwareApplication User Manual 23 AKUUPUL A mi age ransnationa rogra mme Run Model Cancel Back
19. s fi 25 0 k Modelling e View Results e Odmin e I Extents BI O oi Plume x E BaseMaps OILTRANS Oil Spill Modelling SoftwareApplication User Manual 25 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Modelling Edit Model From the OILTRANS ArcView toolbar select Modelling Then select Edit Model OILTRANS x Modelling Y View Results e Admin e 7 Run Model i Edit Model The user is presented with the following form Administration Domain User Run ID Description Time p2 07 2012 14 05 32 Run Eo Edit ve Description The user is requested to select the model domain in which to execute an oil spill modelling scenario In this example the user selects Connemara OILTRANS Oil Spill Modelling SoftwareApplication User Manual 26 European Union N ATLANTIC AREA Transnational Programme Bn Bert INVESTING IN OUR COMMON FUTURE Development Fund Administration Domain _onnemar a User Run ID Runo 16 Description Time o2 o7 2012 14 03 32 Run to Edit Runo 1 ED Description Cancel Net The user is then prompted to enter the following information a username User and a description of the simulation being undertaken Description The user is also asked to select which previous Run to Edit The Run ID field is populated internally
20. ternally within the application and acts as the unique simulation records identified within the internal OILTRANS database Likewise the Time field is populated internally within the application and acts as a unique timestamp record of simulation creation Administration Domain Connemara D Leer Administrator Run ID Runo 16 Description Demo for Test Spill No 1 02 07 2012 10 46 08 Cancel Net Once the user has populated the required fields the user may select to Cancel the simulation at this stage or proceed to the Next step of the simulation creation process Note that when a user cancels the simulation creation process no information is stored within the internal OILTRANS database OILTRANS Oil Spill Modelling SoftwareApplication User Manual 8 European Union N ATLANTIC AREA Transnational Programme a a INVESTING IN OUR COMMON FUTURE Development Fund In this example the user proceeds to the Next stage of the simulation creation process where they are presented with the following form Spill Properties Simulation Information Simulation Start os oefzo11 at Simulation End 08 06 2011 atf o 00 00 hrs e E Release Details Release Options OU Type 4050 ei Oil Info i Amount of oil released m Release Location testi t Add New Location 3 Advanced Cancel Back Net The top frame of the form deals with the temporal
21. tion Test Spill Mo 1 Add Wew Location Name Longitude Latitude Set release location Add advanced Cancel Back Next Optionally the user has the option to Add New Location on the form by specifying a unique Name and the corresponding Longitude and Latitude coordinated of the spill location as Shown in the form below OILTRANS Oil Spill Modelling SoftwareApplication User Manual 14 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Spill Properties Simulation Information Simulation Start os 06 2011 at 00 00 hrs Simulation End 08 06 2011 ll at 00 00 hrs Release Details Release Options Oil Type ADO H Oil Info Amount of oil released 100 m3 Release Location TestSpilNot si Add New Location E Mame Test No z Longitude 10 11006 Latitude 53 18065 _ Set release location Add Advanced Cancel Back Net The user may then opt to Set release location to this newly added release location and Add it to both the database and the GIS basemap OILTRANS Oil Spill Modelling SoftwareApplication User Manual 15 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Spill Properties Simulation Information Simulation Start os 06 2011 at 00 00 hrs Simulation En
22. ures Clear Selected Features E Paste Ctrl P I Data Frame Properties Display Source an en4l C Runs a macro titled Proiect ModelsUI AddClickSoill 10 6 3 551699 W 53 13 54 072987 N Select the model domain to which to apply the spill OILTRANS Oil Spill Modelling SoftwareApplication User Manual 4 European Union N ATLANTIC AREA Transnational Programme European Regional INVESTING IN OUR COMMON FUTURE Development Fund Add Spill Location Domain Spill Mame Domain Spill Name NorthAtlantic For the current example select Connemara and give the spill location a unique identifying name Test Spill No 1 for use later in the model simulation creation process Add Spill Location Domain Connemara Spill Name Test Spill No 1 Add Cancel Click Add and the oil spill location will be added to the map OILTRANS Oil Spill Modelling SoftwareApplication User Manual NANANA AKUUPUL AF ease ransnationa rogramme Ke L European Regional Development Fund OILTRANS mxd ArcMap ArcView File Edit View Bookmarks Insert Selection Tools Window Help Dee SAX hen GAZE EELER LEEFER EEN d SI Name Test Spill No 1 O Beached oil O oi Events O oilPlume J E BaseMaps OILTRANS EJ Modelling View Results Admin Y Display Source njena mi 10 10 0 36
Download Pdf Manuals
Related Search
OILTRANS_UserManual