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Sentinel-2

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To achieve frequent revisits and high mission availability, two identical Sentinel-2 satellites (Sentinel-2A and Sentinel-2B) operate together. The satellites are phased 180 degrees from each other on the same orbit. This allows for what would be a 10-day revisit cycle to be completed in 5 days. The
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mission. The MSI system also employs a shutter mechanism preventing direct illumination of the instrument by the sun. This mechanism is also used in the calibration of the instrument. Out of the existing civic optical earth observation missions, Sentinel-2 is the first acquiring three bands in the
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Level-1B: Top of atmosphere radiances in sensor geometry. Level-1B is composed of granules, one granule represents the sub-image one of the 12 detectors in the across track direction (25 km), and contains a given number of lines along track (approximately 23 km). Each Level-1B granule has a data
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As well as monitoring plant growth, Sentinel-2 is used to map changes in land cover and to monitor the world's forests. It also provides information on pollution in lakes and coastal waters. Images of floods, volcanic eruptions and landslides contribute to disaster mapping and help humanitarian
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Due to the layout of the focal plane, spectral bands within the MSI observe the surface at different times and vary between band pairs. These temporal offsets can be used to gain additional information, for example to track propagating natural and human-made features such as clouds, airplanes or
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The Sentinel-2 satellites each carry a single instrument, the Multi-Spectral Instrument (MSI), which has 13 spectral channels in the visible/near infrared (VNIR) and short wave infrared spectral range (SWIR). Within the 13 bands, the 10 m (33 ft) spatial resolution allows for continued
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Level-1C: Top-of-atmosphere reflectances in cartographic geometry (combined UTM projection and WGS84 ellipsoid). Level-1C products are tiles of 100 km x 100 km each one with a volume of approximately 500 MB. These products are radiometrically and geometrically corrected (including
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Level-2A: Surface reflectances in cartographic geometry. This product is considered as the mission Analysis Ready Data (ARD), the product that can be used directly in downstream applications without the need for further processing. This product can be obtained either from the
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at 786 km (488 mi) altitude, 14.3 revolutions per day, with a 10:30 a.m. descending node. This local time was selected as a compromise between minimizing cloud cover and ensuring suitable Sun illumination. It is close to the
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concept and its design was driven by the large 290 km (180 mi) swath requirements together with the high geometrical and spectral performance required of the measurements. It has a 150 mm (6 in) aperture and a
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Revisiting every 10 days under the same viewing angles. At high latitudes, Sentinel-2 swath overlap and some regions will be observed twice or more every 10 days, but with different viewing angles.
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satellites were joined in orbit in 2024 by a third, Sentinel-2C, and in the future by Sentinel-2D, eventually replacing the A and B satellites, respectively.
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design with a focal length of about 600 mm (24 in); the instantaneous field of view is about 21° by 3.5°. The mirrors are rectangular and made of
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The mission supports services and applications such as agricultural monitoring, emergencies management, land cover classification, and water quality.
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Detailed vegetation and forest monitoring and parameter generation (e.g. leaf area index, chlorophyll concentration, carbon mass estimations)
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The Sentinel Monitoring web application offers an easy way to observe and analyse land changes based on archived Sentinel-2 data.
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290 km swath is created by the VNIR and SWIR, which are each made of 12 detectors that are lined in two offset rows.
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volume of approximately 27 MB. Given the complexity of Level-1B products, their usage require an advanced expertise.
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Corradino, Claudia; Ganci, Gaetana; Cappello, Annalisa; Bilotta, Giuseppe; HĂ©rault, Alexis; Del Negro, Ciro (2019).
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island on 20 December 2021 (the only major subaerial part of the volcano) formed a single island from 2015 to
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Kudryavtsev, Vladimir; Yurovskaya, Maria; Chapron, Bertrand; Collard, Fabrice; Donlon, Craig (January 2017).
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Systematic global coverage of land surfaces from 56° S to 84° N, coastal waters, and all of the
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Corradino, Claudia; Bilotta, Giuseppe; Cappello, Annalisa; Fortuna, Luigi; Del Negro, Ciro (2021).
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Flood mapping & management (risk analysis, loss assessment, disaster management during floods)
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The mission provides information for agricultural and forestry practices and for helping manage
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Sentinel-2 serves a wide range of applications related to Earth's land and coastal water.
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3.4 Ă— 1.8 Ă— 2.35 m (11.2 Ă— 5.9 Ă— 7.7 ft)
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Land and sea monitoring, natural disasters mapping, sea ice observations, ships detection
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Agricultural applications, such as crop monitoring and management to help food security
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Observation of coastal zones (marine environmental monitoring, coastal zone mapping)
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Maisongrande, Philippe; Almar, Rafael; Bergsma, Erwin W. J. (January 2019).
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was launched on 7 March 2017 at 01:49 UTC, also aboard a Vega rocket.
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Designed and built by Airbus Defense and Space in France, the MSI uses a
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Additionally, the following product for expert users is also available:
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The following two main products are generated by the mission:
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Glacier monitoring, ice extent mapping, snow cover monitoring
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orthorectification). This product can be obtained from the
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Sentinel-2 has been developed and is being operated by the
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Mapping of palaeo-channels through multitemporal analysis
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Earth observation satellites of the European Space Agency
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Monitoring land cover change for environmental monitoring
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missions, with the core focus being land classification.
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Sentinel-2C was launched on 5 September 2024 on the last
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Spatial resolution of 10 m, 20 m and 60 m
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(16 July 2017). 1547: 1383: 875:Identification of buried archaeological sites 1186: 1282:"Gearing up for third Sentinel-2 satellite" 1274: 1253: 1139:flow on Monday afternoon 20 September 2021. 2648:European Launcher Development Organisation 2386: 2372: 1995: 1981: 1358: 527:Spectral bands for the Sentinel-2 sensors 2711: 2393: 1887: 1854: 1813: 1803: 1760:Brandolini F, Domingo-Ribas G, Zerboni A 1745: 1704: 1663: 1613:"MultiSpectral Instrument (MSI) Overview" 1518: 1417: 2002: 1968:Sentinel-2 Mission Requirements Document 1228: 839: 448: 1522:GMES Sentinel-2 MSI Telescope Alignment 496:, a similar technology to those on the 14: 3699: 1389: 1229:van Oene, Jacques (17 November 2016). 310:that acquires optical imagery at high 2710: 2610:Space Situational Awareness Programme 2367: 1976: 1519:Chorvalli, Vincent (9 October 2012). 1467: 1465: 1418:Parsonson, Andrew (4 December 2023). 1203:. Earth Online. European Space Agency 1007:, Australia by Copernicus Sentinel-2B 933:), or generated by the user with the 3657: 2653:European Space Research Organisation 2469:Space Research and Technology Centre 844:A Sentinel-2 image of the island of 3681: 1837:BuĹ‚awka, N., Orengo, H. A. (2024). 1359:Nowakowski, Tomasz (23 June 2015). 1137:2021 Cumbre Vieja volcanic eruption 826: 420:The launch of the first satellite, 24: 1462: 1111:as seen from Sentinel-2 after the 865:Examples of applications include: 25: 3728: 2237:Disaster Monitoring Constellation 1944: 521: 348:The Sentinel-2 mission includes: 3680: 3668: 3656: 3645: 3644: 2474:ESA Centre for Earth Observation 2308:Ocean Surface Topography Mission 2148: 1163: 1144: 1128: 1100: 1084: 1066: 1050: 1031: 1012: 997: 977: 961: 38: 1926:"Sentinel-2 MSI: Product Types" 1918: 1896: 1863: 1830: 1771: 1754: 1713: 1672: 1644:Journal of Geophysical Research 1631: 1605: 1580: 1512: 1490: 1437: 927:Copernicus Data Space Ecosystem 915:Copernicus Data Space Ecosystem 835: 44:Model of a Sentinel-2 satellite 3493:Columbus Man-Tended Free Flyer 1411: 1390:Bergin, Chris (6 March 2017). 1327: 1302: 13: 1: 1179: 685:Band 7 – Vegetation red edge 665:Band 6 – Vegetation red edge 444: 276: 158:1,016 kg (2,240 lb) 150:1,140 kg (2,513 lb) 972:to its adapter before launch 7: 1061:, by Copernicus Sentinel-2A 903: 415: 343: 10: 3733: 3563:Mars sample return mission 3383:European Data Relay System 3063:Meteosat Second Generation 2976:James Webb Space Telescope 2838:Jupiter Icy Moons Explorer 2520:European Data Relay System 2494:Concurrent Design Facility 2344:Meteosat Second Generation 1498:"Sentinel-2 MSI: Overview" 954: 355:data with 13 bands in the 3636: 3601: 3463: 3392: 3322: 3254: 3186:Meteosat Third Generation 3045:Meteosat First Generation 3031: 2880: 2775: 2726: 2719: 2706: 2694:Planetary Science Archive 2661: 2640: 2528: 2507: 2479:European Astronaut Centre 2456: 2428: 2405: 2401: 2321: 2290: 2214: 2166: 2157: 2146: 2067: 2021: 2010: 1153:Hunga Tonga–Hunga HaĘ»apai 1045:by Copernicus Sentinel-2A 1026:by Copernicus Sentinel-2A 562:Band 1 – Coastal aerosol 537: 534: 531: 460:fairing before launch in 388:Free and open data policy 385:290 km field of view 285: 279: 275: 271: 257: 243: 235: 227: 219: 211: 203: 198: 194: 190: 186: 178: 170: 162: 154: 146: 138: 128: 120: 115: 111: 107: 99: 89: 53: 49: 37: 27:Earth observation mission 1906:. 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Archived from 1554: 1545: 1544: 1542: 1540: 1534: 1527: 1516: 1510: 1509: 1507: 1505: 1494: 1488: 1487: 1485: 1483: 1469: 1460: 1459: 1457: 1455: 1441: 1435: 1434: 1432: 1430: 1415: 1409: 1408: 1406: 1404: 1387: 1381: 1380: 1378: 1376: 1367:. Archived from 1356: 1350: 1349: 1347: 1345: 1339:sentinel.esa.int 1331: 1325: 1324: 1322: 1320: 1314:sentinel.esa.int 1306: 1300: 1299: 1297: 1295: 1278: 1272: 1271: 1265: 1257: 1251: 1250: 1248: 1246: 1237:. 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August 2013. 1252: 1214: 1184: 1183: 1181: 1178: 1177: 1176: 1172:Lake St. Clair 1169: 1162: 1160: 1150: 1143: 1141: 1134: 1127: 1125: 1109:Port of Beirut 1106: 1099: 1097: 1090: 1083: 1081: 1072: 1065: 1063: 1056: 1049: 1047: 1037: 1030: 1028: 1018: 1011: 1009: 1003: 996: 994: 992:rocket fairing 984:Encapsulating 983: 976: 974: 967: 960: 956: 953: 952: 951: 943: 942: 922: 905: 902: 898: 897: 894: 891: 888: 885: 882: 879: 876: 873: 870: 837: 834: 828: 825: 822: 821: 818: 815: 812: 809: 806: 802: 801: 798: 795: 792: 789: 786: 782: 781: 778: 775: 772: 769: 766: 762: 761: 758: 755: 752: 749: 746: 742: 741: 738: 735: 732: 729: 726: 722: 721: 718: 715: 712: 709: 706: 702: 701: 698: 695: 692: 689: 686: 682: 681: 678: 675: 672: 669: 666: 662: 661: 658: 655: 652: 649: 646: 639: 638: 635: 632: 629: 626: 623: 619: 618: 615: 612: 609: 606: 603: 599: 598: 595: 592: 589: 586: 583: 582:Band 2 – Blue 579: 578: 575: 572: 569: 566: 563: 559: 558: 555: 552: 549: 546: 542: 541: 539: 536: 533: 523: 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Retrieved 1920: 1908:. Retrieved 1898: 1879: 1875: 1865: 1849:(11): 1997. 1846: 1842: 1832: 1787: 1783: 1773: 1761: 1756: 1732:(11): 1916. 1729: 1725: 1715: 1691:(16): 1918. 1688: 1684: 1674: 1650:(16): 1918. 1647: 1643: 1633: 1621:. Retrieved 1617:the original 1607: 1595:. Retrieved 1591: 1582: 1570:. Retrieved 1566:the original 1561: 1537:. Retrieved 1530:the original 1521: 1514: 1502:. Retrieved 1492: 1480:. Retrieved 1476: 1452:. Retrieved 1448: 1439: 1427:. Retrieved 1423: 1413: 1401:. Retrieved 1395: 1385: 1373:. Retrieved 1369:the original 1364: 1354: 1342:. Retrieved 1338: 1329: 1317:. Retrieved 1313: 1304: 1292:. Retrieved 1285: 1276: 1255: 1243:. Retrieved 1239:the original 1234: 1205:. Retrieved 1201:"Sentinel 2" 1170:An image of 1074:Lake Balaton 944: 939:SNAP Toolbox 907: 899: 864: 860: 853: 850: 836:Applications 832:ocean waves 830: 538:Sentinel-2B 535:Sentinel-2A 497: 482: 470: 436: 430: 419: 395: 391: 367:part of the 347: 327: 324: 299: 298: 252:23 June 2015 100:Applications 54:Manufacturer 29: 3686:WikiProject 3558:MarcoPolo-R 3508:Don Quijote 3478:Ariane 5 ME 3442:(2015–2017) 3372:Galileo FOC 3366:Galileo IOV 3338:(1989–1993) 3277:Jules Verne 3258:spaceflight 3089:(2009–2013) 3077:(2003–2007) 3075:Double Star 3071:(2002–2012) 3059:(1995–2011) 3053:(1991–2000) 3047:(1977–1997) 2960:(2009–2013) 2954:(2009–2013) 2930:(1995–1998) 2912:(1989–1993) 2906:(1983–1986) 2900:(1978–1996) 2894:(1975–1982) 2832:BepiColombo 2819:(2005–2014) 2813:(2004–2016) 2797:(2003–2006) 2791:(1997–2005) 2785:(1985–1992) 2754:(2000–2024) 2742:(1990–2009) 2736:(1977–1987) 2669:Arianespace 2322:Atmospheric 2132:Sentinel-6A 2123:Sentinel-3B 2107:Sentinel-2B 2099:Sentinel-1B 2091:Sentinel-3A 2083:Sentinel-2A 2075:Sentinel-1A 1815:2072/332335 1539:23 February 1454:6 September 1449:www.esa.int 1245:17 November 1005:Lake Mackay 986:Sentinel-2A 970:Sentinel-2A 454:Sentinel-2A 432:Sentinel-2B 422:Sentinel-2A 340:, Germany. 320:Sentinel-2B 316:Sentinel-2A 262:Sentinel-2C 258:Last launch 248:Sentinel-2A 236:Operational 179:Design life 147:Launch mass 3701:Categories 3573:Phootprint 3553:Marco Polo 3394:Technology 3224:MetOp-SG-B 3216:MetOp-SG-A 3192:Sentinel-4 3163:ADM-Aeolus 3143:Sentinel-3 3125:Sentinel-2 3111:Sentinel-1 3039:Copernicus 2934:XMM-Newton 2752:Cluster II 2558:Copernicus 2529:Programmes 2457:Facilities 2407:Spaceports 2196:TerraSAR-X 2191:Radarsat-2 2136:(Nov 2020) 2126:(Apr 2018) 2118:(Oct 2017) 2110:(Mar 2017) 2102:(Apr 2016) 2094:(Feb 2016) 2086:(Jun 2015) 2078:(Apr 2014) 2059:Sentinel-7 2054:Sentinel-6 2049:Sentinel-5 2044:Sentinel-4 2039:Sentinel-3 2034:Sentinel-2 2029:Sentinel-1 2014:satellites 1957:Copernicus 1951:Sentinel-2 1882:(1): 197. 1623:3 December 1572:7 February 1429:5 December 1180:References 510:. MSI has 503:astrometry 485:push-broom 445:Instrument 300:Sentinel-2 287:Sentinel-3 282:Sentinel-1 199:Production 163:Dimensions 134:AstroBus-L 33:Sentinel-2 18:Sentinel 2 3614:CryoSat-1 3588:STE-QUEST 3523:Eddington 3513:e.Deorbit 3464:Cancelled 3336:Olympus-1 3178:EarthCARE 3099:CryoSat-2 2948:(2006–13) 2924:(1992–93) 2910:Hipparcos 2884:cosmology 2291:Altimetry 1910:26 August 1824:2072-4292 1375:17 August 1207:17 August 1039:Vojvodina 968:Aligning 516:bit depth 478:Landsat-8 124:Satellite 3675:Wikinews 3651:Category 3271:Columbus 3195:) (2024) 3005:ARRAKIHS 2958:Herschel 2940:INTEGRAL 2870:EnVision 2823:ExoMars 2679:EUMETSAT 2570:Columbus 2563:Sentinel 2443:Ariane 6 2438:Ariane 5 2267:RapidEye 2252:PlĂ©iades 2232:Deimos-2 2201:TanDEM-X 2160:missions 2068:Launches 2012:Sentinel 1876:Energies 1294:9 August 1024:Botswana 904:Products 644:red edge 508:red edge 416:Launches 369:spectrum 344:Overview 289:→ 228:Launched 212:On order 155:Dry mass 90:Operator 3663:Commons 3640:italics 3609:Cluster 3593:THESEUS 3578:SOLARIS 3453:PROBA-3 3446:OPS-SAT 3428:PROBA-V 3422:PROBA-2 3410:PROBA-1 3360:HYLAS-1 3354:GIOVE-B 3348:GIOVE-A 3342:Artemis 3170:Biomass 3069:Envisat 3008:(2030s) 2807:Rosetta 2795:SMART-1 2789:Huygens 2740:Ulysses 2720:Science 2595:ExoMars 2585:GALILEO 2575:CryoSat 2536:Artemis 2515:ESTRACK 2420:Esrange 2334:Envisat 2329:CALIPSO 2303:CryoSat 2298:Envisat 2272:Ingenio 2262:Proba-V 2227:Envisat 2215:Optical 2181:Envisat 2022:Classes 1932:17 June 1792:Bibcode 1734:Bibcode 1693:Bibcode 1652:Bibcode 1597:5 March 1504:17 June 1482:5 March 1403:9 March 1344:5 March 1319:5 March 1121:Lebanon 1078:Hungary 988:in the 955:Gallery 935:Sen2Cor 814:2185.7 808:2202.4 794:1610.4 788:1613.7 774:1376.9 768:1373.5 456:in the 403:Landsat 357:visible 182:7 years 174:1,700 W 74:Boostec 61:Astrium 3619:GEOS 1 3602:Failed 3568:ODINUS 3538:Hopper 3533:Hermes 3528:EXPERT 3456:(2024) 3436:(2015) 3418:(2007) 3406:(1998) 3332:(1978) 3330:GEOS 2 3315:(2021) 3309:(2014) 3303:(2013) 3297:(2012) 3291:(2011) 3283:Cupola 3279:(2008) 3243:(2027) 3235:(2025) 3227:(2025) 3219:(2025) 3211:(2025) 3203:(2025) 3200:ALTIUS 3181:(2024) 3173:(2024) 3024:(2035) 3016:(2035) 3013:Athena 3000:(2029) 2992:(2026) 2982:Euclid 2970:CHEOPS 2952:Planck 2922:Eureca 2904:EXOSAT 2873:(2031) 2865:(2029) 2857:(2028) 2848:(2024) 2840:(2023) 2811:Philae 2783:Giotto 2768:(2031) 2734:ISEE-2 2548:Aurora 2339:Merlin 2257:Prisma 1959:at ESA 1953:at ESA 1822:  1117:Beirut 1059:Brazil 1043:Serbia 754:943.2 748:945.1 734:864.0 728:864.7 714:832.9 708:832.8 694:779.7 688:782.8 674:739.1 668:740.5 654:703.8 648:704.1 631:664.9 625:664.6 611:559.0 605:559.8 591:492.1 585:492.4 571:442.2 565:442.7 512:12-bit 474:SPOT-5 462:Kourou 410:'s 363:, and 302:is an 207:Active 204:Status 65:Airbus 3583:SPICA 3378:EGNOS 3240:FORUM 3232:SMILE 3105:Swarm 3081:MetOp 3057:ERS-2 3051:ERS-1 2997:ARIEL 2989:PLATO 2946:CoRoT 2892:Cos-B 2855:rover 2765:Vigil 2689:GEWEX 2632:Pride 2590:ELIPS 2580:EGNOS 2349:MetOp 2313:SARAL 2282:VENµS 2247:HiROS 2242:EnMAP 2222:ERS-2 2176:ERS-2 1762:et al 1533:(PDF) 1526:(PDF) 1264:(PDF) 220:Built 171:Power 81:SENER 3543:LOFT 3518:EChO 3498:CSTS 3473:AIDA 3416:YES2 3208:FLEX 3093:SMOS 3087:GOCE 3021:LISA 2964:Gaia 2845:Hera 2746:SOHO 2600:FLPP 2448:Vega 2277:SPOT 1934:2015 1912:2016 1820:ISSN 1625:2018 1599:2020 1574:2019 1541:2017 1506:2015 1484:2020 1456:2024 1431:2023 1405:2017 1377:2016 1346:2020 1321:2020 1296:2021 1247:2016 1209:2014 1157:2022 1107:The 990:Vega 817:185 811:175 717:106 711:106 499:Gaia 476:and 458:Vega 439:Vega 426:Vega 407:SPOT 318:and 3434:IXV 3404:ARD 3256:ISS 2928:ISO 2898:IUE 2553:ATV 2541:ESM 2206:Paz 2168:SAR 1884:doi 1851:doi 1810:hdl 1800:doi 1742:doi 1701:doi 1660:doi 1648:122 1287:ESA 820:20 800:20 797:94 791:91 780:60 777:30 771:31 760:60 757:21 751:20 740:20 737:22 731:21 720:10 700:20 697:20 691:20 680:20 677:15 671:15 660:20 657:16 651:15 637:10 634:31 628:31 617:10 614:36 608:36 597:10 594:66 588:66 577:60 574:21 568:21 336:in 130:Bus 3703:: 3151:3B 3149:/ 3147:3A 3145:/ 3137:2C 3135:/ 3133:2B 3131:/ 3129:2A 3127:/ 3119:1B 3117:/ 3115:1A 3113:/ 1880:14 1878:. 1874:. 1847:16 1845:. 1841:. 1818:. 1808:. 1798:. 1786:. 1782:. 1740:. 1730:16 1728:. 1724:. 1699:. 1689:11 1687:. 1683:. 1658:. 1646:. 1642:. 1590:. 1560:. 1549:^ 1475:. 1464:^ 1447:. 1422:. 1394:. 1363:. 1337:. 1312:. 1284:. 1266:. 1233:. 1217:^ 1188:^ 1119:, 1076:, 1041:, 1022:, 917:. 464:, 359:, 3189:( 2809:/ 2387:e 2380:t 2373:v 1996:e 1989:t 1982:v 1936:. 1914:. 1892:. 1886:: 1859:. 1853:: 1826:. 1812:: 1802:: 1794:: 1788:9 1768:) 1750:. 1744:: 1736:: 1709:. 1703:: 1695:: 1668:. 1662:: 1654:: 1627:. 1601:. 1576:. 1543:. 1508:. 1486:. 1458:. 1433:. 1407:. 1379:. 1348:. 1323:. 1298:. 1249:. 1211:. 1123:. 941:. 929:( 921:. 239:3 231:3 223:3 215:1 142:3 63:/ 20:)

Index

Sentinel 2

Astrium
Airbus
Thales Alenia Space
SENER
European Space Agency
Bus
Sentinel-2A
Sentinel-2C
Sentinel-1
Sentinel-3
Earth observation
Copernicus Programme
spatial resolution
Sentinel-2A
Sentinel-2B
European Space Agency
Airbus Defence and Space
Friedrichshafen
Multi-spectral
visible
near infrared
short wave infrared
spectrum
Mediterranean Sea
Sun-synchronous
Landsat
SPOT
Sentinel-2A

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