User manual v. 2014.03.25 - Lancelot
Contents
1. 26 System Teguiremielibs uremosotisda pira c Usos e rupelmd edt iaT a WEE piesinben aortas Ub DX AR CRM OU Or EUpE Ed P CUCINA HIR Eod CU FINUM IUS 27 SSS i eFC NS accesses oe ses are es sce Pon RCM D DI amer mE Uu EIU ga P dae Pu d NE eMiM cM DR Map SINN NL EI UM NE 27 Introduction In recent years the awareness of the importance of an integrated approach to face climate challenges has progressively increased In particular it appears now evident that the integration of data and information produced with climate impacts and economic models would substantially improve our capability to provide more reliable assessments of the possible consequences that global warming might exert on a number of social and economical sectors One of the main objectives of the Lancelot web application is to provide a tool and framework for visualizing exploring and discussing the possible climate change signal projected according to future scenarios and the related impacts in a number of different sectors including their possible social and economical implications This tool thus harmonizing and combining data and information coming from different modeling sources represents a first step towards an integrated approach to the evaluation of projected future hazards and their impacts and consequences 6 Clouds coverage rcp45 v 1971 gt S Lancelot 9 mcc Air temperature rcps5 1971 gt v 30 yr Periods Years b i m gc2. Google E c Map data 2014 Basarsoft Google MaplT ORION ME Termini econdizioni d uso Disclaimer Credits Terms and conditions Contacts Figure 20 chart with multiple state selection w Send a feedback a Map click to edit gt l Oe Baxt Greere By clicking on the button the user can open the chart to full screen and get additional features Figure 21 Chart 2 3 Lancelot e ccc Countries Libya Turkey France unb mm Varlables Alr temperature 2m CM rcp85 Models C AOACL cer 1 REx x NC 2 2045 Air Leripera ure Zir CM rcp85 Libya 22 234 C Air temperature 2rr CN rrpR5 Turkey 12 F0 C Air Leripera ure 2rr CM rcp85 Frere 10 953 C 23 uv B PAS M DA 5 1975 1989 1985 1590 195 200 2005 2010 2015 2020 2025 2030 2035 2040 204 2950 2055 2060 2065 2070 2075 2080 2085 2090 2995 fip7c 1980 1950 2000 2010 2020 2030 20940 2050 2069 2070 20580 2090 fi b s ad S 2 Line width Pcirt size OQ Q lt gt PIIN Figure 21 full screen chart 18 Countries Z o B liya o B Turkey B Fence Time selectior Years Send a feed5zck m al Map click to edit Variables amp coHEE cC x x Air temperature Zrr CM rcpg5 Chart s options The buttons in the chart window allow customizing the chart chart data can be shown in the form of lines points and lines size can be changed fil
3. Change in GDP induced by climate impacts on land productivity Change in GDP induced by a set of climate impacts land productivity ecosystems energy demand fishery floodings forest net primary productivity human health sea level rise tourism Change in GDP induced by climate impacts on ecosystems Change in GDP induced by climate impacts on energy demand oil gas electricity Change in GDP induced by climate impacts on fishery sector Change in GDP induced by climate impacts related floodings Change in GDP induced by climate impacts on forest net primary productivity GDP per capita trends Change in GDP induced by climate impacts on human health job on performance Population trends Change in GDP induced by sea level rise Change in GDP induced by climate impacts on tourism demand and correlated income transfers Annual amount of carbon emitted to the atmosphere each year through vegetation burning gC m2 Component of the water balance representing the annual amount of water mm evaporated from soil and plants When added to transpiration it represents the evapotranspiration i e the quantity of water actually removed from a surface due to the processes of evaporation and transpiration Probability to have fire in one year unitless Amount of carbon released through the decomposition of dead organic matter gC m2 y Component of the water balance representing the annual amount mm of precipitation that does n
4. lt Clouds coverage x a P 6 9 3 B wn x Air temperature R 0 n m wn C x a 55 1971 Figure 1 two variables on the same map Specifically Lancelot allows collecting a broad set of climate related information and data produced with different models and present them in the most effective way Currently available data types categories include Physical climate data Impacts data Socio economic data Even though these categories are generated in independent research fields they still are different faces of the same global system and therefore are mutually influenced one by the other and many of them can be part of a common climate issue With Lancelot the user can bring together such large and complex sources of data onto a single map Figure 1 and build charts and tables which can present the aggregated information Figure 2 In order to improve its interpretation understanding and presentation the resulting information can then be manipulated and presented in different forms pie charts time tables etc 3 Chart 1 Sena afeecpack ZZ 2 3 La ncelot D cnc Countries Ukraine Germany Map click to edit Variables Air temperature 2m CM rcp85 Cloud meinem m RA wwe OF Click hare to gobacktomas O sg ox Countries T amp Variaties T amp B rane x onn C x r o N Gemany x Air temperature 2m CM rcpB5 T r DN A Kz CM rcp85 i n yv AEQ DEA NA sm uu NUN La aN FAV Figure 2 two
5. 1971 2000 ganuary gt Z Map click to edit Send a feedback oe E LC Wind intensity Category Click on one of the three categories below x 5 Climate 20 The variables in this category are related to climate changes They describes air te m coverage wind ocean data such as salinity ph and others For vectorial variable i e both magnitude and direction Most of the variables cover the world while others are f region i Socio Economic 12 The variables in this category are linked to the world countries They describe how some aspects i e the tourism affects the Gross Domestic Product GDP of a nation Most of the variables cover the world while others are focused on Europe A part for the population related data the values are expressed by percentage th Phisical Impacts 15 The variables in this category describe some natural indicators such as fire frequency net primary production transpiration and so on All of them are spread over the Mediterranean basin Their values can be numbers or te information They haven t data for years so the only available view is 30 yr periods Disclaimer Credits Terms and conditions Contacts Figure 7 category selection Then a list presents the available layers for the chosen category By moving the mouse over a variable the user can refresh the content on the right side where it can select a scenario and a t
6. System requirements Lancelot works with the following browsers Google Chrome 30 or later Mozilla Firefox 10 or later Apple Safari 5 or later nternet Explorer 9 or later some functionalities are missing Lancelot is being tested with these systems MacOSX 10 5 MacOSX 10 6 MacOSX 10 7 Windows XP Windows 7 Windows 8 Linux Ubuntu System architecture The architecture is based on a JavaScript environment which interacts with the Google maps API The front end is provided by using standard free visualization libraries Data and queries are obtained by a Postgis database with Postgis extension Data tiles are provided by a cascading caching system and a Geoserver service GEOSERVER jq 1 POSTGIS t v t v WEB GWC Server cache POSTGRES SERVER ajax Local cache CLIENT 1 Y Back end JavaScript PHP t y T T T Charts Tables dojo JQuery Google maps CLIENT Front end 27
7. Water Potential Temperature Sea water velocity at surface Sea water velocity at surface meridional component Sea water velocity at surface zonal component Negative log of hydrogen ion concentration with the concentration expressed as mol H kg 1 Precipitation at surface includes both liquid and solid phases from all types of clouds both large scale and convective Daily total precipitation at surface obtained by means of a high resolution about 8 km climate simulation over Italy Vertically integrated total primary organic carbon production by phytoplankton This should equal the sum of intpdiat intpphymisc but those individual components may be unavailable in some models 11 18 19 20 10 11 12 a Climate Climate Climate Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Socio economic Impacts Impacts Impacts Impacts Impacts Impacts Wind Wind meridional Wind zonal GDP Agriculture GDP All Impacts GDP Ecosystems GDP Energy Demand GDP Fishery GDP Floodings GDP Forestry GDP GDP Population GDP Health GDP Population GDP Sea Level Rise GDP Tourism Carbon Loss by Fire Evaporation Fire Frequency Heterotrophic Respiration Interception Land Suitability Ten meters wind Ten meters wind meridional component Ten meters wind zonal component
8. intensity x x Ubi o 6 i c 2001 X e 0 o st 6 zz 9n Periods V v V Source 115200 cells 480 x 240 5 x x Udm m s ee pese e e um 8 EN Contours e HH m emcee as Carnis eot Clienti x Switch to contor Opacity Visualization Scenario Information Figure 10 variable s settings Scenario and time can be changed also from the header options By pressing on the zoom to extent symbol the map is centered to best fit the selected layer 8 Underlying countries borders The Countries borders settings manage the borders of the countries The user can change thier visibility and theier opacity and by moving the mouse over colored cells it can select the color of the borders their weight and their dashes Figure 11 m h E 2 Countries borders XT S xR k G d EHHH TEENE EHEHEHEH 3 mmm B EE mj TE Figure 11 borders options Application components The application components can be resized by moving and clicking their borders Figure 12 The bars can be resized by dragging their border with the mouse they have default minimum and maximum values of resizability they can also be collapsed by clicking on the arrow symbol Once a bar is collapsed just a little portion of it still remains visible to let the user click on it and restore the previous size The panels charts legend etc can be resized by dragging their border and by pressing the arrow symbol The header of the application can be c
9. 9 Lancelot deme User manual v 2014 03 25 This document presents the main features of the Lancelot web application POC CCI ON PONE E E 3 DevySIODIHE SLOLUS cunsenestiem ee E E ee UEM NAI MSIE MU FIM E ee MINUTE 6 vulg T 6 LE y LOLS TIA COVEN cde To Ho E E TRE 9 Application COMM GOIN Ste uideri stas dine decia tutt ov andes abusi insidet ton m de Ca iecidom at Eo se idu desi iere a EE 9 BERI RT TR 10 SHI vne Un Es ame cits cla tee eee me oe ee ee ne eee ee nn Laser ub eee es 11 B 24 qo NER TT 14 PVT SY CUNO n CEPR EE m mmm 15 S Tl CONU e c 15 MOU eT a 15 MOU Welle MI DE REDE 16 CIRC DECOM T 17 Srl pe I 18 Chart SODUOLNB eee ne oe nen een ne e c ULM EN M LI EMEND MP Lc M D MA EE UM Te 19 SMO i NR ET mm 20 TENS DOK ce cares m M 21 cc o 21 PVA AOU eR NE E M 21 ucc f 22 Ware Ea sne ac NR T Em 23 WET e SAV IAG NETTE m 24 Ree lee NM EEE E EEE EETA m 25 B TUNE T
10. Google S ArcGIS Desktop Hel C Google Maps Range e9 Tool for Google Ma D Add a Touch of Real 2 Send a feedback t 2 Lancelot 9 cec Air temperature rcpa5 1971 gt Map click to edit About CMCC Scenarios Help v 30 yr Periods Years b Il E c EM TIS gt lS e x B 6 8 m 200 x 09 9 88 amp wn x 0 o B Air temperature 09 n m wm Drawings x Query tools e Draw a circle 7 Draw a rectangle Z Draw a polygon Measure tooL maai A Google Map data 2014 Basarsoft Google MapIT ORION ME Termini econdizioni d uso 2 gt Disclaimer Credits Terms and conditions Contacts Figure 22 shapes with related chart The measure tool allows the user to draw a line and get information about the distance between two points and the elevation of the underlying path Figure 23 Distance 1167 km Figure 23 distance tool 20 Time box By pressing the arrow at the bottom of the screen the user can open the box for time management Time can refer to years or periods In the case of multiple selected data for example dataset of temperature and wind vectors multiple time bars are displayed In this version there are some future scenarios and only one historical scenario for each variable The historical scenario is always shown alongside the future scenario Years The years visualization shows the available years for the selected
11. Megs A AY CU aee S P AU S VA rae loud coverage CM rcp E EO RR 100 00 a E 90 00 N ay bee od 80 00 i A o 70 00 R n hs U N 60 00 Google C G R 50 00 d Disclaimer Credits Terms and conditions Contacts i x Figure 16 gauges 15 Mouse click From here on country means both a country and an administrative region By clicking with the mouse on a country a contextual menu allows the user to plot a chart showing on a temporal axis the mean values for that country the chart is discussed in the next paragraph a table having average minimum and maximum of the selected dataset in the case of continuous data for each year or month Figure 17 apie chart in the case of discrete data in this case is currently not possible to scroll over several years Figure 18 avector chart in the case of vectorial data also in this case is currently not possible to scroll over several years Figure 19 gt C 193204 199 163 test1 4 webtool php debug debug p 5 Applicazioni 73 Google Code Playgr V Fusion Tables Layer Examples a shapefile data ZX Map Types Google M ArcGIS Desktop Hel C Google Maps Range Tool for Google Ma E Add a Touch of Real 2 Lancelot dmc Help About CMCC Scenarios B G v c LN lag Clouds coverage x 6 o n m wn x O S m wn H5 Google Disclaimer Credits Terms and conditions Contacts v Clouds c
12. ars gt ll m f a j K T G y gt l C08 info Dax Wind intensity pi France x x 6 o 8 m 9n Wind 10m CM rcp45 69 o B eon N Countries borders X S of T A C RRR 77 S R BHEHEHNES 5 SBEEBEBHEHES Mouse location ax Romania m s Lon 24 92 Lat 4737 Legend x e l Wind 10m CM rcp45 m s e TL d O Dati mappa Termini econdizioni d uso Segnala un errorenella mappa 2 r Disclaimer Credits Terms and conditions Contacts x Figure 19 wind chart Both charts and tables can be renamed CTRL button By pressing CTRL CMD on a mac many states can be selected at the same time 17 Chart The chart shows the evolution over time of one or more variables related to one or more countries To display the chart the user selects one or multiple countries Figure 20 by holding down the CTRL CMD button and clicks with the mouse button on one of the selected The chart is reported in the right bar gt Q 193204 199 163 test1 4 webtool php debug debug Applicazioni 21 Google Code Playgr O Fusion Tables Layer j Examples 2 shapefile data O Map Types Google E ArcGIS Desktop Hel C Google Maps Range Tool for Google Ma D Add a Touch of Real 9 Lancelot mcc Anomalies air t rcp85 2001 gt v 30 yr Periods Years b i m X a v icv lt x N v H Anomalies air temp 6 T 2001 x 09 o EN A wn x 6 o E x e E 97
13. celot mce Wind veloci rcp85 1971 2000 janvay Map click to edit 1971 2000 historical 2021 2050 2071 2100 js Fe Ma Ap Ma M m Au Se Oc No De js Fe Ma Ap Ma W L Au Se Oc No De Ja Fe Ma Ap Ma U N Au Se Oc No De Wind 10m CM rcp85 M Pl EEE Le 30 yr Periods Years Figure 25 time controller for periods 22 Map options From the left menu the following settings Figure 26 can be enabled or disabled show satellite images show a map with colors show a black colored map show a Map Quest s map show an Open Street Map s map show administrative names not if in satellite view show meridians and parallels show the division between the day and the night allow to zoom until the maximum zoom level show the scale indicator on the map show regions instead of states enlight a country when the mouse passes over it not if total zoom depth is selected set legend opacity according to layer opacity gt H S 2 v Settings x Map type satellite view K IR Map with colors Negative map MC Map Quest OF Open Street Map Map features ga Show names FAW Meridians and parallels A Day n night Go Total zoom depth am lap scale indicator Countries LG show regions Other tht Legends opacity Figure 26 settings 23 Some settings have also additional options Figure 27 Settings x Settings Tooltip digits pr Gauge refresh Water color p
14. econdizioni d uso 0 0 Disclaimer Credits Terms and conditions Contacts x Figure 5 initial page The first time the user loads the application an introductive video and a basic tutorial Figure 6 present the main features of the project Send a feedback 1 15 2 Lancelot mcc e Wind intens rcp85 1971 2000 ganvary gt S Map dkktoedi B About CMCC Scenarios Help Es 30 yrPeriods Years i cy BORTA Wind intensity ntries borders C E Layers settings V LT 0 9 T 197 00 nU C To start using Lancelot load one or more layers to BEES S88 the map A layer can be related to climate socio BENM Ss economical or impact indicators H8 mm Try it now 7 A 9 Min 2318 icon in the upper left hand corner of Max 2777 the bar to open the layers paneL Celis 3839 CG gt GO yal Disclaimer Credits Terms and conditions Contacts Figure 6 the first step of the basic tutorial 6 Usage A set of data a variable is usually called a layer The layers can be added to the underlying map by clicking on the symbol on the left bar The user selects the category choosing among Climate Socio Economic and Impacts Figure 7 The number between brackets represents the amount of variables currently available in each category When on adding variable mode the list of layers on the left bar is compressed and they can t be modified gt Lancelot Qe mcc e Wind intens rcp85
15. eric carbon dioxide by plants in an ecosystem minus losses of carbon resulting from plant respiration gC m2 y Component of the water balance representing the annual amount of water mm flowing on the soil surface Amount of natural carbon stored in the soil gC m2 Annual soil water content mm in the upper layer of soil 0 50 cm depth Annual soil water content mm in the lower layer of soil 50 150 cm depth Component of the water balance representing the annual amount of water mm transpired by plants When added to evaporation it represents the evapotranspiration i e the quantity of water actually removed from a surface due to the processes of evaporation and transpiration Amount of natural carbon stored in live vegetation gC m2 13 Legend The legend panel shows the color palette and the values of the currently loaded variable The palette can list numerical values or textual information Figure 13 35 0 30 0 25 0 20 0 15 0 100 Figure 13 numerical legend and textual legend Each variable has a predefined set of colors The user can change the colors of the palette by moving the mouse over the palette symbol Figure 14 the customized palettes are usually slower than the default one Figure 14 legend configuration In this version the user can t change the value intervals of the palette 14 Map interactions This paragraph presents the interactions between the user and the map Bas
16. es Variabes amp Ukraine B C Germany Air temperature 2m CM rcpB5 A Cloud coverage CM rcp85 j j Time selection Years You are watching data aggregated by variable fe 19 990 010 0 40 0 0 ae al S Unewcth 6 QPontice c gt PHS Figure 4 this chart presents the aggregation on the two countries Each line on the chart is the merge of the two countries Future enhancements on Lancelot will explore and expand these features in terms of data manipulation and visualization allowing improved integrated assessments for studying complex climate change issues Developing status The system is being tested with the mainly used web browsers and operating systems and is ready to publishing Startup When the application starts information about map data and countries are loaded into the application A default map is presented to the user Figure 5 Send a feedback gt e cmec i Map click to edit B Anceio Air tempera rcp85 1971 2000 ganuary gt ap click to edit pout MC cenaric je v 30 yr Periods Years Cd lt gt lI OR x l Countries borders xt T e E C gt x B B H SBE EEHEHE fs B EENEENENMHS x Mouse location X Air temperature ECOSSE i T 197 00 lt f 273 x C e BR om555 lat 92 Legend j AX x Air temperature 2m C C e 45 0 e aa 40 0 35 0 30 0 25 0 20 0 15 0 10 0 s 5 0 l So alc x a z Termini
17. explains the basic knowledge to use the application in order to browse among the variables and change their times and scenarios the advanced tutorial explains how to change the basic settings and how to use the query tools The help section Figure 32 contains also the pdf manual a list of frequently asked questions FAQ Figure 33 and a welcome message Figure 34 which shows to the user some use case screenshots 2 and TBG v Air temperature 6 o m wn Help section Take a tour Online help x Download Disclaimer Cess Tems Figure 32 the help section S Lan FAQ ei a PTS a Ed Air temperature 60 e 5 DG wm ERE Bu m CMCC P General What is the CMCC What is Lancelot Data information What does Lancelot do What doesnt Lancelot do Where does Lancelot s data come from What is a Scenario What are the impacts What does the CMCC do Discisimer Credits User interactions Figure 33 FAQs Q 5 193 204199 163 test14 webtool php debug debug D PU Applcason 21 GoogieCodePtayge Y Fusion Tables Layer Examples ZZ shapefide deta Map Types Gcogle Rl ArcGIS Desktop Hel C Google Maps Range ToolforGoogieMa EJ Addo Touch of Real LN 2 A A tool designed for the exploration and visualization of climate change effects EE s Welcome to Lancelot E S8 n F c A Z Air temperature FEM Figure 34 welcome message 26
18. ganic Carbon Production Description Two meters air temperature Two meters air temperature over land obtained by means of a high resolution about 8 km climate simulation over Italy Two meters air temperature anomalies with model CM respect to 1971 2000 Precipitation anomalies with model CM respect to 1971 2000 Total cloud fraction for the whole atmospheric column as seen from the surface or the top of the atmosphere Include both large scale and convective cloud Mean KBDI value The KBDI Keetch Byram Drought Index is a drought model whose output is a number dimensionless representing the effect of evapotranspiration and precipitation in the moisture content of upper soil layers and deep duff and is thus related to the flammability of organic material in the ground Max Keetch Byram Dryness Index The KBDI Keetch Byram Drought Index is a drought model whose output is a number dimensionless representing the effect of evapotranspiration and precipitation in the moisture content of upper soil layers and deep duff and is thus related to the flammability of organic material in the ground Min Keetch Byram Dryness Index The KBDI Keetch Byram Drought Index is a drought model whose output is a number dimensionless representing the effect of evapotranspiration and precipitation in the moisture content of upper soil layers and deep duff and is thus related to the flammability of organic material in the ground Sea water salinity Sea
19. ic controls As for the usual Google s map environment the map can be moved by dragging it with the mouse and zoomed in and out by using the mouse scroll The map can be moved or dragged also by using the controller in the top left corner Figure 15 S Figure 15 map browsing control Mouse passage The most immediate user interaction takes place when passing the mouse over the nations of the world a box shows the value of the dataset currently in use at country or region level in case of continuous data it s the average value for that country or region accompanied by the minimum the maximum and the number of cells on which the statistic is based Figure 16 while in the case of discrete data divided into classes the presented values are expressed as percentages and organized into a pie chart gt Q 5193204 199 163 test1 4 webtool php debug debug y Applicazioni 21 Google Code Playgr O Fusion Tables Layer Examples S shapefile data 4 Map Types Google E ArcGIS Desktop Hel Google Maps Range f Tool for Google Ma D Add a Touch of Real d Send a feedback 35 2 Lancelot mcc 6 Clouds coverage rcp45 v 1971 gt E Map click to edit About CMCC Scenarios Help v 30 yr Periods Years gt ili E tac d 1 eR ca o eg coverage x nee 1 Countries borders e T nm A 1971 A E l Lee See OR pa S EB Se wn z peti ad EA aT o coco
20. ime period years or 30 yr periods The image on the top right corner is a preview of the selected layer Figure 8 A layer can be added to the map by clicking over it gt Q D 193204 199 163 test14 webtool php debug debug C Fusion Tables Layer Examples 2 shapefile data C Map Types Google E ArcGIS Desktop Hel Google Maps Range gt Tool for Google Ma a Add a Touch of Real 257 Applicazioni Google Code Playgr p Send a feedback U 2 Lancelot e Wind intens Map click to edit B cmcc rcp85 v 1971 2000 january gt x T TAL lt lt Category Variable Cons variable to addit x Wind intensity Precipitation Italy Daily total precipitation at surface obtained by means of a high resolution about 8 km climate simulation over Italy Anomalies precipitation Precipitation anomalies with model CM respect to 1971 2000 Scenario Choose a scenario from the List below gt rcp45 Clouds coverage gt repes Total cloud fraction for the whole atmospheric column as seen from the surface or the top of the atmosphere Include both large scale and convective cloud Years 30 yr Periods Choose a year by moving the slider below Wind intensity Loaded v B Ten meters wind Year 197 4 Disclaimer Credits Terms and conditions Contacts x Figure 8 variable and parameters selection The loaded variables are listed into the left bar Their order ca
21. led lines or columns columns width can be changed the time axis can be scrolled left or right by holding down the left mouse button the chart can be zoomed to a specific area inthe case of multiple selection the data can be seen in aggregate form by aggregating countries or variables in this case data are normalized into O 1 due to possible different measure units variables can be removed or added to the chart countries can be removed or added to the chart the chart can be animated over time A chart can be exported to various formats as png jpeg pdf svg When the user creates a chart the corresponding countries are painted with the same colors of the chart series The variables are distinguished with different shades of the same color 19 Shapes From the right menu it s possible to draw shapes on the map circles rectangles and polygons with an arbitrary number of points Once drawn a figure Figure 22 it s possible to get over it with the mouse and see the average maximum minimum and the number of cells from the underlying data click with the mouse button and plot tables and charts with the trend of time varying modify the shape if the user modifies a shape all the charts and tables related to it are destroyed gt CGD 193 204 199 163 test14 webtool php debug debug OE Applicazioni 71 Google Code Playgr e Fusion Tables Layer Examples 2 shapefile data A Map Types
22. n be changed by drag amp drop Figure 9 The order of the layers in the left bar corresponds to the order they are rendered on the map In this way contour and vector layers can be placed over shaded and gridded layers Q D 193 204 199 163 test14 webtool php debug debug S 257 Applicazioni 75 Google Code Playgr O Fusion Tables Layer Examples 2 shapefile data O Map Types Google C3 ArcGIS Desktop Hel C Google Maps Range gt Tool for Google Ma a Add a Touch of Real Send a feedback oe _ 8A 2 Lancelot mcc e Wind intensity rcp85 2001 gt Map click to edit cC Scena H v 30 yr Periods Years 5 Il E N VV D SS e 2 gt kad CO EA Oe Countries borders x 5 P dr N BEEBE S888 EEH bD SEBEHEEEE Mouse location X m Lon 1512 Lat 527 3 Legend a x Wind 10m CM rcp85 m s e 14 0 13 0 12 0 11 0 10 0 9 0 8 0 l E E E Y 7 0 x l 6 0 500 MZ C 4 i Termini econdizioni d uso 5 0 Disclaimer Credits Terms and conditions Contacts Figure 9 drag amp drop Once a variable is loaded from the left bar the user can Figure 10 Change its opacity Change the visualization from grid to shade contours or vectors Change the scenario Get information about the variable e y Wind intensity Wind intensity t O H T 2001 x e L m S T ind Wind intensity x Wind intensity x Wind
23. ollapsed too i Q D 193 204 199 163 test14 webtool php debug debug ye zm Applicazioni 71 Google Code Playgr LX Fusion Tables Layer Examples a shapefile data O Map Types Google 3 ArcGIS Desktop Hel C Google Maps Range f Tool for Google Ma a Add a Touch of Real Send a feedback w 2 Lancelot Qe cmec 2 Wind intensity rcp85 v 2001 gt Map click to edit B 30 yr Periods Years b Ji B tuce JJ g gt lmse88 Wind intensity borders NT O m 2001 a Ce l B B R 8 H EEEREN S 9 SBEERHEHEES sS EEEE Weights Dashes e L e ss E f K B 4 Z 7 P A lt EE _ v j ES da Er l P m Google A ha 71 ee S Terminiecondizioni d uso Disclaimer Credits Terms and conditions Contacts Figure 12 map objects resizing Data features The term basemap refers to the underlying world map which remains always visible The left bar allows the user to view this data Grid data these layers refer to continuous data e g the air temperature and discrete data data split into classes e g a list with forests deserts One gridded dataset can be loaded on the basemap at a time Shade data these layers refer to continuous data and represent an interpolation of grid data One shaded dataset can be loaded on the basemap at a time Grid data as countries these layers refer to countries related data e g economic impac
24. ot reach the soil but is instead intercepted by the leaves and branches of plants and the forest floor Land Suitability for Spring Health 12 7 10 11 12 13 14 15 Table 2 available datasets Impacts Impacts Impacts Impacts Impacts Impacts Impacts Impacts Impacts Land Use Change Litter Carbon Net Primary Production Runoff Soil Carbon Soil Water Content Layer 1 Soil Water Content Layer 2 Transpiration Vegetation Carbon The land use represents the type of utilization for a given territory by human activities e g for agriculture urban forestry livestock grazing but it also included the natural land cover unmanaged forests grasslands deserts Both anthropic and natural use cover of lands was and is changing in time and space and it is expected to be under continue transformation in the future as driven by socio economy and climate Land Use Change LUC modeling experiment version 0 was performed under FUME and GEMINA projects at CMCC The simulation was driven by CMCC MED simulations for the EUMENA Med domain at about 80 km resolution under the A1B SRES scenario The simulation assumes that actual Protected Areas PAs will be maintained fixed in the future without allowing LUCs inside them The variable LUC represents the code of land use type as indicated in the legend Amount of natural carbon stored in dead organic matter gC m2 Production of organic matter from atmosph
25. overage rcp45 v 1971 gt 30 yr Periods Years gt I E Ieee FF Sol MH V TQ C NAI ERA XU Figure 17 data represented as table 16 Send a feedback 77 Z Map click to edit L 2 Info D x Ca lt C 5 193 204 199 163 test14 webtool php debug debug w s Applicazioni ES Google Code Playgr O Fusion Tables Layer Examples 2 shapefile data Y Map Types Google C3 ArcGIS Desktop Hel C Google Maps Range e Tool for Google Ma D Add a Touch of Real i P Send a feedback 77 2 Lancelot cmec eLand Use Ch AIB 1971 2000 au c 7Map diktoedt E About Mt renanos Hel v 30 yrPeriods Years t c e _ A O08 Info 8 X7 lay 2 x 6 E T 197 00 Land Use Change EUMENA Med YPA Alb Land Use Change Google Nor Termini e condizioni d uso Segnala un errorenella mappa f Disclaimer Credits Terms and conditions Contacts x Figure 18 pie chart Q 193204 199 163 test1 4 webtool php debug debug 10 Applicazioni 21 Google Code Playgr LX Fusion Tables Layer Examples 75 shapefile data O Map Types Google S ArcGIS Desktop Hel Google Maps Range f Tool for Google Ma D Add a Touch of Real s Send a feedback 35 2 Lancelot Qa o Wind intensity rp4s Wh Mapito E Abou CMCC Scenarios Help v 30 yr Periods Ye
26. ts which have a single value for an entire state or region One gridded dataset can be loaded on the basemap at a time Contours these layers show contour lines One of these datasets can be loaded on the basemap at a time Gridded data and contours can overlap Vectors these layers show vector data represented as arrows with magnitude and direction One of these datasets can be loaded on the basemap at a time Gridded data and vectors can overlap Contours and vectors can t overlap Loaded layer type Can show a grid at Can show a shade Can show a Can show a vector the same time at the same time contour at the at the same time same time Grid no no yes yes Shade no no yes yes Contour yes yes no no Vector yes yes no no Table 1 data overlapping 10 Currently available datasets A list of available variables follows EE 10 11 12 13 14 15 16 17 Data type Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Climate Variable name Air temperature Air temperature High Resolution Anomalies Air temperature Anomalies Precipitation Cloud coverage Keetch Byram Dryness Index Max Keetch Byram Dryness Index Min Keetch Byram Dryness Index Ocean Salinity Ocean temperature Ocean velocity Ocean velocity meridional Ocean velocity zonal Ph Precipitation Precipitation High Resolution Primary Or
27. variable Figure 24 If a time instant is not available for a certain variable it isn t displayed The meaning of the color of a point in bar is red the currently shown time black a future time which is available blue during the animation it represents an old time instant shades of gray during the animation data which are loading The user can change the current year by clicking on one of the corresponding rectangles Different time bars can display different times If for a certain time there isn t data to display for the selected layer contour an alert message is displayed on the top left corner warning the user about the missing data on the map projection By pressing the play arrow the user starts an animation that goes from the selected year until the last available year The user can also change the speed of the animation Every user interaction with the map during the animation causes the animation to stop Send a feedback D Lancelot mcc Wind velocity rcps5 1971 c eae 1971 1976 1981 1985 1991 1996 2001 2005 2011 206 2021 2026 2031 2036 204 2045 205 2055 2061 2066 2071 2076 208 2085 2091 2096 Wind 10m CM rc 30 yr Periods Years P gt Figure 24 time controller for years 21 Periods In the case of time periods named 30 yr periods the time controller allows to select a period and where available a month Figure 25 Send a feedback 2 B 3 RN 2 Lan
28. variables air temperature and clouds coverage and two countries Ukraine and Germany on the same chart In this way the user can obtain a simple representation of the correlation and dependency between two or more variables Figure 3 Figure 4 Because of this Lancelot can become a useful tool to help decision makers and research activities understand environmental problems Chart 1 T Send afeedbacx ZZ Z 3 Lancelot D mce Countries Ukraine Germany Map click to edit Variables Air temperature 2m CM rcp85 Cloud eee a PRA vera OF Cluck here tc co back to ma oe zx Coumrias h variables B Ukans z 5 c a B Gar envy n Alr temperature 2m CM rcpe5 A loud ccversce CM c285 You are watching cata aqcregated by country Dus to ditterent measure units cata are rarmauzed in LO 1 y eee Wiad S ci y u N 1975 1987 1985 19430 1345 pann NNAS 2010 2015 2079 2025 203n PARE NaN NAS 2050 2055 FNRI 2055 207n 2075 XAN ANAS 2040 2095 2102 270 1989 1990 2000 2010 2020 2230 2040 2059 2060 2070 20380 2030 f alive J 3 3 ne vedi PIL R O gt pI Figure 3 this chart presents the aggregation of the two variables Each line on the chart is the merge of air temperature and clouds coverage Chart 1 Send afeedback Z 2 2 La ncelot D once Countries Ukraine Germany Map click to edit Variables Air temperature 2m CM rcp85 Cloud v Prts TRA oes HE ITT ii ng ox NE X Countri
29. y Gauge refresh G Show tooltip g Meridians and parallels zum L1 Satellite view f s I EEEE gt 15 10 10 48 Day T night g Show meridians 7 pom x Satellite view ep a names Rider Show parallels ga Show names BEES LZ Map with colors Q Show major lines 1 1 Gl Map with colors rda w Negative map Day night time Meridians and parallels Map colors for water and terrain Figure 27 map settings additional options Map saving The map status can be saved by clicking on the floppy disk symbol Figure 28 on the top right corner of the application The user obtains a link Figure 29 to copy and paste on the browser s URL in order to restore the saved map The map status includes information about loaded variables time parameters map settings charts and tables Figure 28 map saving button Your map has been saved To restore your map copy and paste this link on the URL of your browser httpz lacalhastBO80 cmcc s webtaal php n Ok Figure 29 the confirm of map saving with the link 24 Feedback By clicking on the feedback symbols Figure 30 the user can submit a positive feedback Figure 31 or a E arek 27 Figure 30 feedback symbols negative report Your name optional my namel my feedback 2013 11 21 13 55 Figure 31 feedback form 25 Help From the main menu the user can run two interactive tutorials the basic tutorial
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