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TABLE I Overview of hyperspectral imagers developed worldwideSensorSpectral Coverage (m)Available DateCountryAirborne hyperspectral imaging sensorAMSS8.0–12.01986–1990ChinaFIMS2.035–2.3801985ChinaMAIS0.44–1.08 1.5–2.45 8.0–11.61987-1990ChinaPHI0.4–0.851990sChinaOMIS-Ⅰ0.4–1.1 1.06–1.70 2.0–2.5 3.0–5.0 8.0–12.51995ChinaOMIS-Ⅱ0.4–1.1 1.55–1.75 2.08–2.35 3.0–5.0 8.0–12.52001ChinaWHI0.41–0.98ChinaAIS0.9–2.41983U.S.AAIS-21.2～2.4μm1985 年～1987 年U.S.AGERIS0.4–2.5U.S.AAVIRIS0.4–2.51987U.S.AMIVIS0.43–2.47 8.19–12.151993U.S.ADAIS-79150.4–14.01990U.S.AHYDICE0.4–2.51995U.S.ASEBASS3.0–5.5 7.5–13.51996U.S.AFLI0.43–0.8051984U.S.ACASI0.38–10.51989CanadaSASI0.95–2.452001CanadaTASI8.0–11.52001CanadaROSIS0.45–0.891992GermanyIMS0.27–0.781996FranceHYMAP0.4–0.8 0.881–1.335 1.40–1.813 1.950–2.5431997AustraliaAISI0.43–0.9FinlandSpaceborne hyperspectral imaging sensorHJ-1 HSI0.45–0.952008ChinaTG-1 HSI0.43–12.52011ChinaFY-3 MERSI0.40–12.52008ChinaMODIS0.4–14.3851999U.S.AEO-1 Hyperion0.4–2.52000U.S.AASTRE0.52–11.651999U.S.A and JapanCHRIS0.41–1.052001EUENVISAT MERIS0.39–1.042002EUADEOS-2 GLI0.375–0.865 1.05–2.21 3.715–12.02002JapanGround-based hyperspectral imaging sensorFISS0.4-0.92008China。