var editData = {"errorMessage":"","dataLines":"West Shetland Basin\t60.8\t-3.2\tExtensive experience includes numerous single, multi-well and field-wide petrographical and reservoir quality studies of Devonian, Carboniferous, Jurassic and Cretaceous reservoirs and their associated mudstones. Extensive and detailed geochemical studies in this basin (stable isotope, mineral chemistry and fluid inclusions).\tClair, Victory, Schiehallion, Foinavon, North Uist, Faeroes Basin\tDevonian, Carboniferous Jurassic, Cretaceous\t50\tPetrography, Reservoir Quality, Geochemistry, XRD Stratigraphy, Fractures, Fluid Inclusions, SCAL Support, Field-wide Review\t\tHigh resolution geochemical and petrographical correlation of deep marine Palaeocene sandstones from the Foinaven Field, West of Shetland.   HUTCHISON, A., HARTLEY, A., WHEAR, E. and PRESTON, J. 2001. Petroleum Geoscience. v7, p123-129.\nLower Congo Basin\t-6.1\t11.1\tNumerous single, and several multi-well reservoir quality studies of Oligo-Miocene strata.  Detailed mineralogical and chemical analysis of dolomite cements, collection of extensive grain size datasets using a variety of methodologies.\t\"Various fields \/ Prospects in Block 18 and Block 31  \"\tOligo-Miocene\t27\tPetrography, Reservoir Quality, Geochemistry, SCAL Support\t\t\nSouth Caspian Basin\t38.2\t51.9\tNumerous single and several multi-well reservoir quality studies  (including some QEMSCAN analyses) of Oligocene to Pliocene strata from Azerbaijan an, Turkmenistan.\tShah Deniz, Azeri-Chirag-Gunashli, Burun, Sumbar\tOligocene, Pliocene\t26\t\"Petrography, Reservoir Quality, Field-wide Review, SCAL Support \"\t\t\nRub Al Khali\t20.9\t52.4\tNumerous single, multi-well and field-wide reservoir quality studies (including some QEMSCAN analyses) from fields in Oman.   Various stratigraphies including the Barik, Amin, Buah, Miqrat, Nimr, Gharif and Mahwis.\tIrad, Marmul, Nimr, Abu-Butabul, Khazzan-Makarem\tCambrian, Ordovician, Al-khlata, Barik, Amin, Buah, Miqrat, Gharif, Mahwis\t28\tPetrography, Reservoir Quality, SCAL Support, Field-wide Review\t\t\nIllizi-Ghadames Basins\t29.8\t9.9\tNumerous single, multi-well and field-wide reservoir quality studies, as well as several fluid inclusion studies of Ordovician, Silurian, Devonian and Triassic strata from Algeria, Tunisia and Libya.  Extensive fluid inclusion analyses.\tZarzaitine, Anaguid permit, BBKS, Zemlet, Bourarhet Sud block, Ghadames, Ourhoud\tOrdovician, Silurian, Devonian and Triassic\t22\tPetrography, Reservoir Quality, Geochemistry\t\tDeciphering multiple controls on reservoir quality and inhibition of quartz cement in a complex reservoir: Ordovician glacial sandstones    WELLS, M., HIRST, P., BOUCH, J., WHEAR, E. and CLARK, N. 2015 Illizi Basin, Algeria. In ARMITAGE, P. J., BUTCHER, A. R., CHURCHILL, J. M., CSOMA, A. E., HOLLIS, C., LANDER, R. H., OMMA, J. E. and WORDEN, R. H. (eds) Reservoir Quality of Clastic and Carbonate Rocks: Analysis, Modelling and Prediction. Geological Society, London, Special Publications, v.435, p.xxx-xxx (in Press).\nNorthern North Sea\t60.8\t2.4\tVarious studies in a range of fields and prospects, including conventional petrographical reservoir quality analyses and fluid inclusion typing studies.  Various stratigraphies.\tAlbert prospect, Jordbaer, Luno Area, Devenick, Harding, Cladhan, Penguin, Bruce, Magnus, \"Krap\" prospect (nr Jotun field), Magnus, Magnus,\tCook Fm, Lunde, Nansen Sand Member, Statfjord Formation, Cook Formation, Horda & Balder Formations, Cladhan Sandstone, Brent Group, Jurassic, LKCF, Heimdal Fm, Jurassic\t17\tPetrography, Reservoir Quality, Geochemistry, SCAL Support, Fluid Inclusions, Field-wide Review\t\t\nCentral Graben\t56.2\t3.8\tStudies of Triassic, Jurassic, Cretaceous and Palaeogene reservoirs in numerous fields.  \tBittern, Enochdhu, Cook \/ Guillemot, Machar, Mungo, Machar, Heimdalsho prospect, Mungo, Fife \/ Fergus, Flora and Angus, Franklin, Various\tPentland Sandstone, Fulmar Sands, Britannia Sands, Palaeocene, Forties Sandstone, Fulmar Formation, Ekofisk, Tor & Hod Formations, Palaeocene, Forties Formation, Jurassic, Skagerrak, Triassic, Brent, Nordland Shale\t16\tPetrography, Reservoir Quality, Geochemistry, Chalk, Field-wide Review, Fluid Inclusions \t\t\nMoray Firth\t58.3\t-1.4\tStudies of various individual wells and fields, incorporating various stratigraphies including sections from the Devonian, Jurassic and Palaeogene.  In addition to collection of new data, we have compiled internally consistent digital data sets from extensive archives of scanned legacy petrographical data.\tAndrew, 16\/12A area, Outer Moray Firth, Nelson, Highlander, White Bear Prospect, Tartan, Buchan , Buzzard\tAndrew Formation, Brae sequence, Claymore, Piper, Kimmeridge Clay, Scapa Formations, Forties Sandstone, Palaeocene, Scapa, Kimmeridge Clay, Upper Jurassic, Old Red Sandstone, Buzzard Sandstone\t11\t\"Legacy Data Review, Field-wide Review,  Petrography, Reservoir Quality, Fluid Inclusions \"\t\t\nSouthern North Sea\t53.8\t3.1\tExtensive experience of Carboniferous and Rotliegende stratigraphies in a range of fields and prospects across the southern North Sea\tCarrack, Carrack West, Anglia, York, Ravenspurn, Trent, Cavendish, Pegasus, Beryl, Ketch,  Schooner, Regional\tRotliegend, Carboniferous, Weissliegend, Upper Leman Sandstone, Namurian\t10\tRegional Data Collection, Petrography, Reservoir Quality, \t\t\nOued Mya\t30.2\t1.2\tDevonian and Carboniferous stratigraphies from a number of major fields in Algeria.\tHassi Ba Hamou permit, Kretchba, Reg, Teguentor, Teguentor\tDevonian and Carboniferous\t10\tPetrography, Reservoir Quality, Field-wide Review\t\t\nBowen-Surat Basin\t-27.4\t148.0\tStudies from various wells in the Surat Basin.\tSurat Basin\tSpringbok Sandstone, Juandah, Tangalooma, Taroom Formations (Mid-Late Jurassic), Walloon Sub-group\t4\tPetrography, Reservoir Quality\t\t\nEast Gulf Coast Tertiary Basin\t28.9\t-88.7\tPetrographical analyses in support of SCAL programmes\tMad Dog, Thunder Horse,\t\t3\tSCAL Support\t\t\nVoring Basin\t65.8\t9.1\tField wide review of legacy data and collection of fluid inclusion data from Cretaceous and Palaeogene sediments.\tOrmen Lange, Cooper Prospect, Luva\tEgga Member, Vale Group, Jorsalfare Formation (Upper Cretaceous, Palaeocene), ,\t3\t\"Legacy Data Review, Petrography, Reservoir Quality, Fluid Inclusions \"\t\t\nGabon Basin\t-1.7\t8.9\tVarious single well characterisation studies.\tOba, Nziembou licence, Ombena\tCretaceous (Cenomanian-Turonian), Early Cretaceous, Cretaceous Milango, Azile, Cap Lopez Formations\t3\tPetrography, Reservoir Quality, QEMSCAN\t\t\nIndus Basin\t28.9\t71.2\t\tBadin & MKK Area, Mangala area,\t\t2\tPetrography Reservoir Quality, Fluid Inclusions\t\t\nNorwegian-Danish Basin\t57.5\t6.6\t\tBaldar, Tambar\tBalder\t3\tPetrography Reservoir Quality, Fluid Inclusions, SCAL Support\t\t\nSlyne-Erris Basin\t55.0\t-10.3\t\tCorrib\tSherwood Sandstone\t3\tField-wide Review, Petrography, Reservoir Quality\t\t\nWessex Basin\t50.7\t-2.1\t\tWytch Farm, Regional Lias, Regional Wealden\tLias, Wealden Group, Cornbrash & Forest Marble Formations (Jurassic), Wealden Group\t4\tXRD, Engineering Geology, Basin Maturity, Petrography\t\tThe mineralogy and maturity of Lias Group mudstones from England and Wales.  KEMP, S.J., MERRIMAN, R. and BOUCH, J.E. Clay Minerals, v.40, p43-61.\nWest Gulf Coast Tertiary Basin\t27.8\t-93.0\t\tKaskida, Tiber\t\t2\tPetrography, Reservoir Quality, SCAL Support\t\t\nWidyan-North Arabian Gulf\t28.5\t46.2\tVarious studies including general petrographical and reservoir quality analyses and more detailed fluid inclusion work on quartz cements.\tRumaila, Lulu, Khafji, Hout, Raudhatain, Sabiriyah, Shedgum, Hawiyah Uthmaniyah, Ghawar Field\tZubair Formation, Silurian to Cretaceous, Burgan, Jauf Fm,\t7\tPetrography, Reservoir Quality, Fluid Inclusions, SCAL Support\t\t\nAnadarko-Hugoton Basin\t36.9\t-98.3\t\tInterstate, Eva\tMorrow Sandstone\t2\tSCAL Support\t\t\nBalkhash-Alakol Basin\t45.1\t77.6\t\tNorth Nuraly\t\t1\tPetrography, Reservoir Quality\t\t\nEast Sakhalin - Central Sea of Okhotsk\t53.0\t147.0\t\tKaygan-Vasyukanskiy block\t\t1\tPetrography, Reservoir Quality\t\t\nEast Shetland Basin\t60.0\t0.4\t\tTern, Brent, Bruce\tTriassic, Cormorant, Statfjord Formation, Brent Group, Jurassic\t4\tPetrography, Reservoir Quality, Field-wide Review, Heavy Minerals\t\t Authigenic apatite in a fluvial sandstone sequence: evidence for rare-earth element mobility during diagenesis and a tool for diagenetic correlation.   BOUCH, J.E., HOLE, M.J., TREWIN, N.H., CHENERY S. and MORTON, A.C. 2002.Journal of Sedimentary Research. v.72, p.63-71.\nEucla\t-31.1\t128.0\t\tDuntroon Sub-basin\t\t1\tPetrography, Reservoir Quality\t\t\nGreater Khorat\t16.1\t103.0\t\tPhu Horm\t\t1\tPetrography, Reservoir Quality\t\t\nGulf of Suez\t28.5\t33.0\t\t\t\t1\tSCAL Support\t\t\nKwanza\t-12.3\t12.9\t\tAngola Block-20\t\t1\tPetrography, Carbonates\t\t\nMidland Valley\t56.0\t-3.1\t\tForth Approaches\tZechstein\t1\tPetrography\t\t\nIsle of Arran\t55.7\t-5.3\t\tIsle of Arran\tPermian\t1\tPetrography, Heavy Minerals, Geochemistry\t\tRare earth and high field strength element partitioning behaviour in diagenetically precipitated titanites.   BOUCH, J.E., HOLE, M.J. and TREWIN, N.H. 1997. Neues Jahrbuch fur Mineralogie Abhandlungen. v.172, p.3-21.\nNile Delta\t32.8\t30.5\t\tNotus prospect\t\t1\tPetrography, Reservoir Quality\t\t\nNorth Carnarvon\t-18.3\t114.0\t\tNorth West Shelf: Angel, Cossack, Dixon, Egret, Lambert, Persephone, Perseus South, Spica, Wanaea, West Dixon\tJurassic\t1\tPetrography, Reservoir Quality, Regional Study\t\t\nNorth Slope\t71.3\t-156.0\t\tPrudhoe Bay, Niakuk\t\t4\tPetrography, Reservoir Quality\t\t\nRukwa Rift\t-7.6\t31.7\t\tMbeya region\tKaroo - Oligocene\t1\tPetrography, Reservoir Quality, Outcrop Analogue\t\t\nTurgay\t48.2\t65.1\t\tKumkol\t\t1\tPetrography, Reservoir Quality, Geochemistry\t\t\nUinta\t40.1\t-110.0\t\tWamsutter\t\t1\tSCAL Support\t\t\nWest Tien Shan Intermontane\t42.9\t77.7\t\t\tCarboniferous to Jurassic\t1\tPetrography, Reservoir Quality, Geochemistry\t\t\nZagros Foldbelt\t30.4\t51.5\t\tMiran\tShiranish, Kometan, Sarmord Formations (Late Cretaceous)\t1\tPetrography, Fluid Inclusions, Geochemistry Pore Image Analysis\t\t\nLlanos Basin\t4.5\t-71.1\t\tCupiagua\tMirador, Barco \t1\tPetrography, Reservoir Quality\t\t\nGourara\t28.0\t24.7\t\tBejouen\tDevonian, ?Carboniferous\t1\tPetrography, Reservoir Quality\t\t\nScotland\t58.6\t-3.7\t\tScotland, Dourneay\t\t1\tPalaeohydrogeology, Fracture Petrography\t\t\nNorthwest German Basin\t53.1\t9.9\t\tEmsland Area\tUpper Carbonifereous\t1\tPetrography, Reservoir Quality\t\t\nIsle of Islay\t55.8\t-6.2\t\t\tBritish Tertiary Igneous Province\t1\tMineral Chemistry\t\tThe occurrence of zirconian aegirine and calcic catapleiite (CaZrSi3O9.2H2O) within a nepheline syenite, British Tertiary Igneous Province.   PRESTON, J., HOLE, M.J., BOUCH, J.E., AND STILL, J. 1998 Scottish Journal of Geology, v.34, p.173-180.\nYorkshire\t53.6\t-1.0\t\t\tQuaternary\t1\tPetrography, Fracture Petrography\t\t\nSoutheast France Basin\t44.3\t5.2\t\t\tJurassic\t1\tPetrography\t\t\nHoronobe\t45.0\t142.0\t\tJapan, Horonobe\t\t1\tPalaeohydrogeology, Fracture Petrography\t\t\nNorth Celtic Sea\t51.4\t-7.2\t\t\t\t1\tPetrography\t\t\nLaxemar\t57.4\t16.7\t\tSweden, Laxemar\t\t1\tPalaeohydrogeology, Fracture Petrography, Fluid Inclusions\t\t\nLeicestershire\t52.8\t-1.4\t\tLeicestershire, South Derbyshire, W. Cumbria\tDinantian (carbonates)\t1\tPetrography\t\tDolomitisation, Fracturing and Pore-Systems in Dinantian Carbonates from Leicestershire, South Derbyshire and West Cumbria, UK.  BOUCH, J.E., MILODOWSKI, A.E. and AMBROSE, K. In BRAITHWAITE, C.J.R., RIZZI, G. and DARKE, G. (Eds).The Geometry and Petrogenesis of Dolomite Hydrocarbon Reservoirs. Geological Society of London, Special Publication, v.235, p.325-348.\nLondon Basin\t51.7\t0.4\t\t\tLondon Clay\t1\tPetrography, Engineering geology\t\t\nHampshire Basin\t50.9\t-1.7\t\t\tLondon Clay\t1\tPetrography, Engineering geology\t\t\nMizunami\t35.4\t137.3\t\tJapan, Gifu Prefecture\t\t1\tPalaeohydrogeology, Fracture Petrography, Fluid Inclusions\t\t\nDevon\t50.5\t-3.5\t\tSouth Devon, Hope's Nose\t\t1\tMineral Deposits\t\tPermo-Triassic unconformity-related gold-palladium mineralization, South Devon, UK : new insights and the European perspective.  SHEPHERD, T.J., BOUCH, J.E., GUNN, A.G., MCKERVEY, J.A., NADEN, J., SCRIVENER, R.C., STYLES, M.R., AND LARGE. D.E. Mineralium Deposita, v.40(1), p.24-44.\nCleveland Basin\t54.2\t-0.9\t\t\tLias Group\t1\tPetrography, Basin maturity\t\tThe mineralogy and maturity of Lias Group mudstones from England and Wales.  KEMP, S.J., MERRIMAN, R. and BOUCH, J.E. Clay Minerals, v.40, p43-61.\nEast Midlands Shelf\t53.0\t-0.6\t\t\tLias Group\t1\tPetrography, Basin maturity\t\tThe mineralogy and maturity of Lias Group mudstones from England and Wales.  KEMP, S.J., MERRIMAN, R. and BOUCH, J.E. Clay Minerals, v.40, p43-61.\n Worcester Basin\t52.0\t-1.9\t\t\tLias Group\t1\tPetrography, Basin maturity\t\tThe mineralogy and maturity of Lias Group mudstones from England and Wales.  KEMP, S.J., MERRIMAN, R. and BOUCH, J.E. Clay Minerals, v.40, p43-61.\nNorth Pennines\t54.8\t-2.5\t\tNorth Pennines\t\t1\tMineral Deposits\t\tDirect evidence of fluid mixing in the formation of stratabound Pb\u2013Zn\u2013Ba\u2013F mineralisation in the Alston Block, North Pennine Orefield (England)  BOUCH, J.E., NADEN, J., SHEPHERD, T.J., MCKERVEY, J.A, YOUNG, B., BENHAM, A.J., SLOANE, H.J. 2006 Mineralium Deposita v41, p821-835.\nCheshire-Worcester\t52.4\t-1.9\t\tBirmingham\tWildmoor Sandstone (PermoTraissic)\t\tGroundwater, Hydrogeology, Petrography\t\tSedimentary and diagenetic environments of the Wildmoor Sandstone Formation (United Kingdom): implications for groundwater and contaminant transport and sand production.   BOUCH, J.E. HOUGH, E., KEMP, S.J., McKERVEY, J.A., WILLAMS, G.M. and GRESWELL, R.B. TELLAM, J.H. and BARKER, R.D. (eds)  Fluid flow and solvent transport in Sandstones: the Onshore UK Permo-Triassic Red Bed Sequence.  Geological Society, London, Special Publications, v.263, p129-153.\nWeald Basin\t51.1\t0.4\t\t\tWealden Group\t1\tPetrography, Engineering geology\t\t\nConnemara\t53.5\t-10.0\t\t\tIrish Caledonides\t2\tMineral Deposits\t\t\"Gold mineralization associated with low temperature basinal brines in Connemara, western Ireland.  LUSTY, P.A.J., NADEN, J., BOUCH, J.E., MCKERVEY, J.A., MCFARLANE, J.A.S..   In: Andrew, C.J., (ed.) Digging deeper: proceedings of the ninth biennial Meeting of the Society for Geology Applied to Mineral Deposits, Dublin, Ireland 20th-23rd August 2007. Dublin, Ireland, Irish Association for Economic Geology, 613-616. Atypical gold mineralization in an orogenic setting : the Bohaun Deposit, western Irish Caledonides.   LUSTY, P.A.J., NADEN, J., BOUCH, J.E., MCKERVEY, J.A., MCFARLANE, J.A.S. Economic Geology, 106 (3). 359-380.\"\nSE England\t51.3\t0.9\t\tSE England\tQuaternary, Loess\t1\tPetrography, Palaeoclimate\t\tNew OSL dating of UK loess: indications of two phases of Late Glacial dust accretion in SE England and climate implications.  CLARKE, M.L., MILODOWSKI, A.E., BOUCH, J.E., LENG M.J. and NORTHMORE, K. Journal of Quaternary Science v.22, p361-371.\nSayan-Angara-Lena\t54.8\t104.7\t\tKovyktinskoye\tParfenofsky Formation\t2\tPetrography, Reservoir Quality\t\t\nVietnam\t14.6\t108.1\t\t\tMiocene\t1\tPetrography, Reservoir Quality\t\t\nFrench Sea \/ English Channel\t49.9\t0.0\tCharacterisation of modern sediments at offshore windfarm sites\t\tModern\t2\tPetrography\t\t\nIsle of Man\t54.2\t-4.6\t\t\t\t1\tMineral Deposits, Fluid inclusions\t\t\n","config":"{\"dataType\":null,\"address\":\"-1\",\"city\":\"-1\",\"state\":\"-1\",\"zip\":\"-1\",\"country\":\"-1\",\"lat\":1,\"lng\":2,\"title\":\"-1\",\"web\":\"-1\",\"image\":\"-1\",\"email\":\"-1\",\"group\":8,\"mapType\":\"basic\",\"pinLabel\":\"-1\",\"addressPrettyName\":\"none\",\"cityPrettyName\":\"none\",\"statePrettyName\":\"none\",\"zipPrettyName\":\"none\",\"countryPrettyName\":\"none\",\"latPrettyName\":\"Lat\",\"lngPrettyName\":\"Long\",\"titlePrettyName\":\"none\",\"webPrettyName\":\"none\",\"imagePrettyName\":\"none\",\"emailPrettyName\":\"none\",\"groupPrettyName\":\"Pin Class\",\"hideLatLong\":true,\"markerTitle\":true,\"regionCode\":\"\",\"regionCountry\":\"Auto-Detect\",\"showLabels\":true,\"moveSingleMarker\":false,\"emm_lat\":1,\"emm_lng\":2,\"emm_acc\":-1,\"center_lat\":20.099999999999998,\"center_lng\":47,\"zoom\":-1,\"customZoomAndCenter\":false,\"selectedMapType\":\"Hybrid\",\"displayDataOnPage\":false,\"clustering\":false,\"showMoreOptions\":null,\"disAbleDynamicFilters\":null,\"exportData\":null,\"scrollWheel\":true,\"zoomInSearching\":true,\"zoomInLevel\":\"7\",\"mapLanguage\":\"en\",\"showMarkerNumbers\":false,\"multiSelectFilters\":null,\"showDirectionDescription\":false,\"useGoogleMapsDirections\":false,\"columnHeaderArray\":[\"Location \/ Sedimentary Basin\",\"Lat\",\"Long\",\"Details\",\"Areas \/ Fields \/ Prospects\",\"Stratigraphies\",\"Total Number of studies\",\"Study Type(s)\",\"Pin Class\",\"Published Results\"],\"headerDisplayOrderIdxs\":[0,1,2,3,4,5,6,7,8,9],\"noDisplayNames\":[],\"groupHash\":{\"Empty\":[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64]},\"sortedGroupKeys\":[\"Empty\"],\"groupImageHash\":{\"Empty\":0},\"groupCustomColorImageHash\":{\"Empty\":0},\"ImageDimensions\":{},\"StreetView\":false,\"columnTypes\":[\"string\",\"number\",\"number\",\"string\",\"string\",\"string\",\"number\",\"string\",\"string\",\"string\"],\"CircleWithRadius\":false,\"CircleRadiusColumn\":null,\"DefaultCircleRadius\":0,\"CircleWithRadiusUnits\":\"miles\",\"filterListNames\":[],\"filterListArray\":[],\"filterListSortedKeyHash\":{},\"filterColumnIdxs\":[],\"filterCounts\":null,\"markerImageIdx\":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],\"useCustomImages\":false,\"CustomImages\":[],\"customImageSizes\":{},\"singleCustomImage\":null,\"singleCustomImageHeight\":null,\"singleCustomImageWidth\":null,\"customSearchText\":\"\",\"clusterColor\":\"red\",\"clusterHexColor\":\"FF776B\",\"disableSearching\":null,\"noSearchColumns\":[],\"mobileSearchEnabled\":null,\"centerLocationOnMap\":null,\"hidePoi\":false,\"mouseOverColumn\":\"-1\",\"pinLabelName\":\"none\",\"mouseOverColumnName\":\"none\",\"maxNumber\":{\"1\":71.3,\"2\":148,\"6\":50},\"logoUrl\":\"https:\/\/www.easymapmaker.com\",\"logoText\":\"Map made with EasyMapMaker.com\"}","userSettings":{"title":"Pore Scale Experience","description":"View <a href=\" http:\/\/www.easymapmaker.com\/map\/Pore_Scale_Experience \">Pore Scale Global Experience<\/a> in a full screen map"},"temp":"","stats":"","mapid":"Pore_Scale_Experience"};