Sensor: SCIAMACHY

SCIAMACHY

Basic information

Name	SCIAMACHY
Full Name	Scanning Imaging Absorption Spectrometer for Atmospheric Chartography
Bands	15
Spectrum [nm]	240-2380
Spat.Res. [m]	960000-960000
Inclination	0
Orbit Height	783
Orbit Type	Sun Synchronous
Platform	ENVISAT
Operator	ESA
Date of Launch	0000-00-00
status	Out of service since 2013
Comment
Usable for Indices	yes
Description

Bands/Channels

Bands
zoom Bands

Nr.	Name	Start WL	Middle WL	End WL	Sp.Rg.	Spat. Res.
1	UV1	240	277	314	74	960000
2	UV2	309	357	405	96	960000
3	VIS1	394	507	620	226	960000
4	VIS2	604	704.5	805	201	960000
5	NIR1	785	917.5	1050	265	960000
6	NIR2	1000	1375	1750	750	960000
7	SWIR1	1940	1990	2040	100	960000
8	SWIR2	2265	2322.5	2380	115	960000
9	PMD1 UV	320	350	380	60	960000
10	PMD2 VIS	450	485	520	70	960000
11	PMD3 VIS	620	660	700	80	960000
12	PMD4 NIR	800	850	900	100	960000
13	PMD5 SWIR	1500	1600	1700	200	960000
14	PMD6 SWIR	2265	2322.5	2380	115	960000
15	PMD7 NIR	800	850	900	100	960000

Indices

Nr.	Name	Specific Formula	Calculated
1	Adjusted transformed soil-adjusted VI	$1.22 \frac{NIR2 - 1.22 VIS2 - 0.03}{1.22 NIR2 + VIS2 - 1.22 \cdot 0.03 + 0.08 (1 + {1.22}^{2})}$	Automatic
2	Aerosol free vegetation index 1600	$(NIR2 - 0.66 \frac{PMD5_SWIR}{NIR2 + 0.66 PMD5_SWIR})$	Automatic
3	Anthocyanin reflectance index	$\frac{1}{VIS1} - \frac{1}{VIS2}$	Automatic
4	Ashburn Vegetation Index	$2.0 NIR1 - PMD3_VIS$	Automatic
5	Atmospherically Resistant Vegetation Index	$\frac{NIR2 - VIS2 - y (VIS2 - PMD2_VIS)}{NIR2 + VIS2 - y (VIS2 - PMD2_VIS)}$	Automatic
6	Atmospherically Resistant Vegetation Index 2	$-0.18 + 1.17 (\frac{NIR2 - VIS2}{NIR2 + VIS2})$	Automatic
7	Average reflectance 750 to 850	$AveragereflectancebetweenVIS2andPMD4_NIR$	Automatic
8	Blue-wide dynamic range vegetation index	$\frac{0.1 NIR2 - PMD2_VIS}{0.1 NIR2 + PMD2_VIS}$	Automatic
9	Browning Reflectance Index	$\frac{\frac{1}{VIS1} - \frac{1}{VIS2}}{NIR2}$	Automatic
10	Canopy Chlorophyll Content Index	$\frac{\frac{NIR2 - VIS2}{NIR2 + VIS2}}{\frac{NIR2 - Red}{NIR2 + Red}}$	Automatic
11	Chlorophyll Absorption Ratio Index	$(\frac{VIS2}{PMD3_VIS}) \frac{\sqrt{{(\frac{VIS2 - VIS1}{150} \cdot 670 + PMD3_VIS + (VIS1 - (\frac{VIS2 - VIS1}{150} \cdot 550)))}^{2}}}{{(\frac{VIS2 - VIS1}{150^{2}} + 1)}^{0.5}}$	Automatic
12	Chlorophyll Absorption Ratio Index 2	$(\frac{\| (\frac{VIS2 - VIS1}{150} \cdot PMD3_VIS + PMD3_VIS + VIS1 - (a \cdot VIS1)) \|}{{(a^{2} + 1)}^{0.5}}) (\frac{VIS2}{PMD3_VIS})$	Automatic
13	Chlorophyll Green	${(\frac{VIS2}{VIS1})}^{(-1)}$	Automatic
14	Chlorophyll Index Green	$\frac{NIR2}{VIS1} - 1$	Automatic
15	Chlorophyll IndexRedEdge	$\frac{NIR2}{VIS2} - 1$	Automatic
16	Chlorophyll vegetation index	$NIR2 \frac{VIS2}{{VIS1}^{2}}$	Automatic
17	Coloration Index	$\frac{VIS2 - PMD2_VIS}{VIS2}$	Automatic
18	Corrected Transformed Vegetation Index	$\frac{(\frac{VIS2 - VIS1}{VIS2 + VIS1}) + 0, 5}{\| (\frac{VIS2 - VIS1}{VIS2 + VIS1}) + 0, 5 \|} \cdot \sqrt{\| ((\frac{VIS2 - VIS1}{VIS2 + VIS1})) + 0, 5 \|}$	Automatic
19	CRI700	${VIS1}^{(-1)} - {VIS2}^{(-1)}$	Automatic
20	Datt1	$\frac{PMD4_NIR - VIS2}{PMD4_NIR - PMD3_VIS}$	Automatic
21	Datt4	$\frac{PMD3_VIS}{VIS1 \cdot VIS2}$	Automatic
22	Datt6	$\frac{PMD4_NIR}{VIS1 \cdot VIS2}$	Automatic
23	Difference 1725/970	$NIR2 - NIR1$	Automatic
24	Difference 678/500	$PMD3_VIS - VIS1$	Automatic
25	Difference 800/550	$PMD4_NIR - VIS1$	Automatic
26	Difference 800/680	$PMD4_NIR - PMD3_VIS$	Automatic
27	Difference 833/658	$PMD4_NIR - PMD3_VIS$	Automatic
28	Difference NIR/Green	$NIR2 - VIS1$	Automatic
29	Differenced Vegetation Index MSS	$2.4 NIR1 - PMD3_VIS$	Automatic
30	Disease water stress index	$\frac{PMD4_NIR + VIS1}{PMD5_SWIR + PMD3_VIS}$	Automatic
31	Disease-Water Stress Index 5	$\frac{PMD4_NIR - VIS1}{PMD5_SWIR + PMD3_VIS}$	Automatic
32	DmSR	$\frac{DR (VIS2) - DR (VIS1)}{DR (VIS2) + DR (VIS1)}$	Automatic
33	Enhanced Vegetation Index	$2.5 \frac{NIR2 - VIS2}{(NIR2 + 6 VIS2 - 7.5 PMD2_VIS) + 1}$	Automatic
34	Enhanced Vegetation Index 2	$2.4 \frac{NIR2 - VIS2}{NIR2 + VIS2 + 1}$	Automatic
35	Enhanced Vegetation Index 2	$2.5 \frac{NIR2 - VIS2}{NIR2 + 2.4 VIS2 + 1}$	Automatic
36	EPI	$a \frac{PMD3_VIS}{{(VIS1 \cdot VIS2)}^{b}}$	Automatic
37	Ferric iron, Fe3+	$\frac{PMD3_VIS}{VIS1}$	Automatic
38	Ferric Oxides	$\frac{PMD5_SWIR}{PMD4_NIR}$	Automatic
39	Global Environment Monitoring Index	$(\frac{2 ({NIR2}^{2} - {VIS2}^{2}) + 1.5 NIR2 + 0.5 VIS2}{NIR2 + VIS2 + 0.5} (1 - 0.25 \frac{2 ({NIR2}^{2} - {VIS2}^{2}) + 1.5 NIR2 + 0.5 VIS2}{NIR2 + VIS2 + 0.5}) - \frac{VIS2 - 0.125}{1 - VIS2})$	Automatic
40	Global Vegetation Moisture Index	$\frac{(NIR2 + 0.1) - (SWIR2 + 0.02)}{(NIR2 + 0.1) + (SWIR2 + 0.02)}$	Automatic
41	Gossan	$\frac{PMD5_SWIR}{PMD3_VIS}$	Automatic
42	Green atmospherically resistant vegetation index	$\frac{NIR2 - (VIS1 - (PMD2_VIS - VIS2))}{NIR2 - (VIS1 + (PMD2_VIS - VIS2))}$	Automatic
43	Green leaf index	$\frac{2 VIS1 - VIS2 - PMD2_VIS}{2 VIS1 + VIS2 + PMD2_VIS}$	Automatic
44	Green Normalized Difference Vegetation Index	$\frac{NIR2 - VIS1}{NIR2 + VIS1}$	Automatic
45	Green Optimized Soil Adjusted Vegetation Index	$\frac{NIR2 - VIS1}{NIR2 + VIS1 + Y}$	Automatic
46	Green Soil Adjusted Vegetation Index	$\frac{NIR2 - VIS1}{NIR2 + VIS1 + L} (1 + L)$	Automatic
47	Green-Blue NDVI	$\frac{NIR2 - (VIS1 + PMD2_VIS)}{NIR2 + (VIS1 + PMD2_VIS)}$	Automatic
48	Green-Red NDVI	$\frac{NIR2 - (VIS1 + VIS2)}{NIR2 + (VIS1 + VIS2)}$	Automatic
49	Hue	$\arctan (\frac{2 VIS2 - VIS1 - PMD2_VIS}{30.5} (VIS1 - PMD2_VIS))$	Automatic
50	Hyperspectral perpendicular VI	$\frac{NIR2 - a \cdot 807 - b}{{(1 + a^{2})}^{0.5}}$	Automatic
51	Ideal vegetation index	$\frac{NIR2 - b}{a \cdot VIS2}$	Automatic
52	Infrared percentage vegetation index	$\frac{\frac{NIR2}{NIR2 + VIS2}}{2} ((\frac{VIS2 - VIS1}{VIS2 + VIS1}) + 1)$	Automatic
53	Intensity	$(\frac{1}{30.5}) (VIS2 + VIS1 + PMD2_VIS)$	Automatic
54	Inverse reflectance 550	${VIS1}^{(-1)}$	Automatic
55	Inverse reflectance 700	${VIS2}^{(-1)}$	Automatic
56	Leaf Chlorophyll Index	$\frac{PMD4_NIR - VIS2}{PMD4_NIR + PMD3_VIS}$	Automatic
57	Leaf Water Content Index	$\frac{\log (1 - (NIR2 - MIDIR))}{- \log (1 - (NIR2 - MIDIR))}$	Automatic
58	Log Ratio	$\log (\frac{NIR2}{VIS2})$	Automatic
59	MCARI/MTVI2	$\frac{((VIS2 - PMD3_VIS) - 0.2 (VIS2 - VIS1)) (\frac{VIS2}{PMD3_VIS})}{(1.5 \frac{1.2 (PMD4_NIR - VIS1) - 2.5 (PMD3_VIS - VIS1)}{\sqrt{{(2 PMD4_NIR + 1)}^{2} - (6 PMD4_NIR - 5 \sqrt{PMD3_VIS}) - 0.5}})}$	Automatic
60	MCARI/OSAVI	$\frac{(VIS2 - PMD3_VIS) - 0.2 (VIS2 - VIS1) (\frac{VIS2}{PMD3_VIS})}{(1 + 0.16) \frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS + 0.16}}$	Automatic
61	mCRIRE	$({VIS1}^{(-1)} - {VIS2}^{(-1)}) \cdot NIR2$	Automatic
62	Mid-infrared vegetation index	$\frac{NIR1}{PMD5_SWIR}$	Automatic
63	Misra Green Vegetation Index	$-0.386 VIS1 - 0.530 PMD3_VIS + 0.535 VIS2 + 0.532 NIR1$	Automatic
64	Misra Non Such Index	$0.404 VIS1 - 0.039 PMD3_VIS - 0.505 VIS2 + 0.762 NIR1$	Automatic
65	Misra Soil Brightness Index	$0.406 VIS1 + 0.600 PMD3_VIS + 0.645 VIS2 + 0.243 NIR1$	Automatic
66	Misra Yellow Vegetation Index	$0.723 VIS1 - 0.597 PMD3_VIS + 0.206 VIS2 - 0.278 NIR1$	Automatic
67	mND680	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS - 2 VIS1}$	Automatic
68	Modified anthocyanin reflectance index	$({VIS1}^{(-1)} - {VIS2}^{(-1)}) \cdot NIR2$	Automatic
69	Modified Chlorophyll Absorption in Reflectance Index	$((VIS2 - PMD3_VIS) - 0.2 (VIS2 - VIS1)) (\frac{VIS2}{PMD3_VIS})$	Automatic
70	Modified Chlorophyll Absorption in Reflectance Index 1	$1.2 (2.5 (PMD4_NIR - PMD3_VIS) - 1.3 (PMD4_NIR - VIS1))$	Automatic
71	Modified Chlorophyll Absorption in Reflectance Index 1510	$((VIS2 - PMD5_SWIR) - 0.2 (VIS2 - VIS1)) (\frac{VIS2}{PMD5_SWIR})$	Automatic
72	Modified Chlorophyll Absorption in Reflectance Index 2	$(1.5 \frac{2.5 (PMD4_NIR - PMD3_VIS) - 1.3 (PMD4_NIR - VIS1)}{\sqrt{{(2 PMD4_NIR + 1)}^{2} - (6 PMD4_NIR - 5 \sqrt{PMD3_VIS}) - 0.5}})$	Automatic
73	Modified NDVI	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS - 2 VIS1}$	Automatic
74	Modified Simple Ratio	$\frac{PMD4_NIR - VIS1}{PMD3_VIS - VIS1}$	Automatic
75	Modified Simple Ratio 670,800	$\frac{\frac{PMD4_NIR}{PMD3_VIS} - 1}{\sqrt{\frac{PMD4_NIR}{PMD3_VIS} + 1}}$	Automatic
76	Modified Simple Ratio NIR/RED	$\frac{(\frac{NIR2}{VIS2}) - 1}{\sqrt{(\frac{NIR2}{VIS2}) + 1}}$	Automatic
77	Modified Soil Adjusted Vegetation Index	$\frac{2 NIR2 + 1 - \sqrt{{(2 NIR2 + 1)}^{2} - 8 (NIR2 - VIS2)}}{2}$	Automatic
78	Modified Soil Adjusted Vegetation Index hyper	$(0.5) ((2 PMD4_NIR + 1) - \sqrt{{(2 PMD4_NIR + 1)}^{2} - 8 (PMD4_NIR - PMD3_VIS)})$	Automatic
79	Modified Triangular Vegetation Index 1	$1.2 (1.2 (PMD4_NIR - VIS1) - 2.5 (PMD3_VIS - VIS1))$	Automatic
80	Modified Triangular Vegetation Index 2	$(1.5 \frac{1.2 (PMD4_NIR - VIS1) - 2.5 (PMD3_VIS - VIS1)}{\sqrt{{(2 PMD4_NIR + 1)}^{2} - (6 PMD4_NIR - 5 \sqrt{PMD3_VIS}) - 0.5}})$	Automatic
81	Nonlinear vegetation index	$\frac{{NIR2}^{2} - VIS2}{{NIR2}^{2} + VIS2}$	Automatic
82	Norm G	$\frac{VIS1}{NIR2 + VIS2 + VIS1}$	Automatic
83	Norm NIR	$\frac{NIR2}{NIR2 + VIS2 + VIS1}$	Automatic
84	Norm R	$\frac{VIS2}{NIR2 + VIS2 + VIS1}$	Automatic
85	Normalized Difference 1080/1675	$\frac{NIR2 - PMD5_SWIR}{NIR2 + PMD5_SWIR}$	Automatic
86	Normalized Difference 1094/983	$\frac{NIR2 - NIR1}{NIR2 + NIR1}$	Automatic
87	Normalized Difference 1180/1675	$\frac{NIR2 - PMD5_SWIR}{NIR2 + PMD5_SWIR}$	Automatic
88	Normalized Difference 1260/1675	$\frac{NIR2 - PMD5_SWIR}{NIR2 + PMD5_SWIR}$	Automatic
89	Normalized Difference 1510/660	$\frac{PMD5_SWIR - PMD3_VIS}{PMD5_SWIR + PMD3_VIS}$	Automatic
90	Normalized Difference 550/450	$\frac{VIS1 - PMD2_VIS}{VIS1 + PMD2_VIS}$	Automatic
91	Normalized Difference 550/650	$\frac{VIS1 - PMD3_VIS}{VIS1 + PMD3_VIS}$	Automatic
92	Normalized Difference 680/430	$\frac{PMD3_VIS - VIS1}{PMD3_VIS + VIS1}$	Automatic
93	Normalized Difference 682/553	$\frac{PMD3_VIS - VIS1}{PMD3_VIS - VIS1}$	Automatic
94	Normalized Difference 750/550	$\frac{VIS2 - VIS1}{VIS2 + VIS1}$	Automatic
95	Normalized Difference 750/650	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
96	Normalized Difference 750/660	$\frac{750â€“660}{VIS2 + PMD3_VIS}$	Automatic
97	Normalized Difference 750/680	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
98	Normalized Difference 774/677	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
99	Normalized Difference 780/550	$\frac{VIS2 - VIS1}{VIS2 + VIS1}$	Automatic
100	Normalized Difference 782/666	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
101	Normalized Difference 790/670	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
102	Normalized Difference 790/720	$\frac{NIR1 - VIS2}{NIR1 + VIS2}$	Automatic
103	Normalized Difference 800/1180	$\frac{PMD4_NIR - NIR2}{PMD4_NIR + NIR2}$	Automatic
104	Normalized Difference 800/1260	$\frac{PMD4_NIR - NIR2}{PMD4_NIR + NIR2}$	Automatic
105	Normalized Difference 800/1450	$\frac{PMD4_NIR - NIR2}{PMD4_NIR + NIR2}$	Automatic
106	Normalized Difference 800/1675	$\frac{PMD4_NIR - PMD5_SWIR}{PMD4_NIR + PMD5_SWIR}$	Automatic
107	Normalized Difference 800/470	$\frac{PMD4_NIR - PMD2_VIS}{PMD4_NIR + PMD2_VIS}$	Automatic
108	Normalized Difference 800/500	$\frac{PMD4_NIR - VIS1}{PMD4_NIR + VIS1}$	Automatic
109	Normalized Difference 800/550	$\frac{PMD4_NIR - VIS1}{PMD4_NIR + VIS1}$	Automatic
110	Normalized Difference 800/635	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR - PMD3_VIS}$	Automatic
111	Normalized Difference 800/650	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS}$	Automatic
112	Normalized Difference 800/675	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS}$	Automatic
113	Normalized Difference 800/680	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS}$	Automatic
114	Normalized Difference 819/1600	$\frac{PMD4_NIR - PMD5_SWIR}{PMD4_NIR + PMD5_SWIR}$	Automatic
115	Normalized Difference 819/1649	$\frac{PMD4_NIR - PMD5_SWIR}{PMD4_NIR + PMD5_SWIR}$	Automatic
116	Normalized Difference 820/1600	$\frac{PMD4_NIR - PMD5_SWIR}{PMD4_NIR + PMD5_SWIR}$	Automatic
117	Normalized Difference 827/668	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS}$	Automatic
118	Normalized Difference 833/1649	$\frac{PMD4_NIR - PMD5_SWIR}{PMD4_NIR + PMD5_SWIR}$	Automatic
119	Normalized Difference 833/658	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS}$	Automatic
120	Normalized Difference 850/1650	$\frac{NIR1 - PMD5_SWIR}{NIR1 + PMD5_SWIR}$	Automatic
121	Normalized Difference 857/1241	$\frac{PMD4_NIR - NIR2}{PMD4_NIR + NIR2}$	Automatic
122	Normalized Difference 860/1240	$\frac{PMD4_NIR - NIR2}{PMD4_NIR + NIR2}$	Automatic
123	Normalized Difference 860/1640	$\frac{PMD4_NIR - PMD5_SWIR}{PMD4_NIR + PMD5_SWIR}$	Automatic
124	Normalized Difference 895/675	$\frac{NIR1 - PMD3_VIS}{NIR1 + PMD3_VIS}$	Automatic
125	Normalized Difference 900/680	$\frac{NIR1 - PMD3_VIS}{NIR1 + PMD3_VIS}$	Automatic
126	Normalized Difference 925/710	$\frac{NIR1−VIS2}{NIR1 + VIS2}$	Automatic
127	Normalized Difference 960/1180	$\frac{NIR1 - NIR2}{NIR1 + NIR2}$	Automatic
128	Normalized Difference 960/1260	$\frac{NIR1 - NIR2}{NIR1 + NIR2}$	Automatic
129	Normalized Difference 960/1450	$\frac{NIR1 - NIR2}{NIR1 + NIR2}$	Automatic
130	Normalized Difference 960/1675	$\frac{NIR1 - PMD5_SWIR}{NIR1 + PMD5_SWIR}$	Automatic
131	Normalized Difference Green/Red	$\frac{VIS1 - VIS2}{VIS1 + VIS2}$	Automatic
132	Normalized Difference MIR/NIR	$\frac{SWIR1 - PMD4_NIR}{SWIR1 + PMD4_NIR}$	Automatic
133	Normalized Difference NIR/Blue	$\frac{NIR2 - PMD2_VIS}{NIR2 + PMD2_VIS}$	Automatic
134	Normalized Difference NIR/Green	$\frac{NIR2 - VIS1}{NIR2 + VIS1}$	Automatic
135	Normalized Difference NIR/MIR	$\frac{NIR2 - SWIR2}{NIR2 + SWIR2}$	Automatic
136	Normalized Difference NIR/Red	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS}$	Automatic
137	Normalized Difference NIR/Rededge	$\frac{NIR2 - VIS2}{NIR2 + VIS2}$	Automatic
138	Normalized Difference NIR/SWIR	$\frac{NIR2 - SWIR2}{NIR2 + SWIR2}$	Automatic
139	Normalized Difference Nitrogen Index	$\frac{\log (\frac{1}{PMD5_SWIR}) - \log (\frac{1}{NIR2})}{\log (\frac{1}{PMD5_SWIR}) + \log (\frac{1}{NIR2})}$	Automatic
140	Normalized Difference Red/Green	$\frac{VIS2 - VIS1}{VIS2 + VIS1}$	Automatic
141	Normalized Difference Vegetation Index 690-710	$\frac{NIR2 - VIS2}{NIR2 + VIS2}$	Automatic
142	Normalized Difference Vegetation Index C	$\frac{NIR2 - VIS2}{NIR2 + VIS2} (1 - \frac{SWIR2 - SWIIRmin}{SWIRmax - SWIRmin})$	Automatic
143	Optimized Soil Adjusted Vegetation Index	$(1 + 0.16) \frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS + 0.16}$	Automatic
144	Optimized Soil Adjusted Vegetation Index 1510	$\frac{(1 + L) (PMD4_NIR - PMD5_SWIR)}{PMD4_NIR + PMD5_SWIR + L}$	Automatic
145	Pan NDVI	$\frac{NIR2 - (VIS1 + VIS2 + PMD2_VIS)}{NIR2 + (VIS1 + VIS2 + PMD2_VIS)}$	Automatic
146	Perpendicular Vegetation Index	$(\frac{1}{\sqrt{a^{2} + 1}}) (NIR2 - ar - b)$	Automatic
147	Plant Senescence Reflectance Index	$\frac{PMD3_VIS - VIS1}{VIS2}$	Automatic
148	Ratio Analysis of Reflectance Spectra A1	$\frac{\frac{PMD3_VIS}{VIS2}}{\frac{r675}{r700}}$	Automatic
149	Ratio Analysis of Reflectance Spectra A2	$\frac{\frac{PMD3_VIS}{VIS2}}{\frac{r680}{r700}}$	Automatic
150	Ratio Analysis of Reflectance Spectra A3	$\frac{\frac{PMD3_VIS}{PMD4_NIR}}{\frac{r670}{r800}}$	Automatic
151	Ratio Analysis of Reflectance Spectra A4	$\frac{\frac{PMD3_VIS}{PMD4_NIR}}{\frac{r680}{r800}}$	Automatic
152	Ratio Analysis of Reflectance Spectra B3	$\frac{\frac{VIS2}{PMD3_VIS} \cdot PMD4_NIR}{r650 \frac{r800}{r675}}$	Automatic
153	Ratio Analysis of Reflectance Spectra B4	$\frac{\frac{VIS2}{PMD3_VIS} \cdot PMD4_NIR}{r635 \frac{r800}{r680}}$	Automatic
154	Ratio Analysis of Reflectance Spectra C1	$\frac{\frac{VIS2}{VIS1}}{\frac{r760}{r500}}$	Automatic
155	Ratio Analysis of Reflectance Spectra C2	$\frac{\frac{VIS2}{PMD2_VIS}}{\frac{r760}{r470}}$	Automatic
156	Ratio Analysis of Reflectance Spectra C3	$\frac{\frac{PMD4_NIR}{VIS1}}{\frac{r800}{r500}}$	Automatic
157	Ratio Analysis of Reflectance Spectra C4	$\frac{\frac{PMD4_NIR}{PMD2_VIS}}{\frac{r800}{r470}}$	Automatic
158	RDVI	$\frac{PMD4_NIR - PMD3_VIS}{{(PMD4_NIR + PMD3_VIS)}^{0.5}}$	Automatic
159	RDVI2	$\frac{PMD4_NIR - PMD3_VIS}{\sqrt{PMD4_NIR + PMD3_VIS}}$	Automatic
160	Red edge 1	$\frac{VIS2}{PMD3_VIS}$	Automatic
161	Red edge 2	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
162	Red-Blue NDVI	$\frac{NIR2 - (VIS2 + PMD2_VIS)}{NIR2 + (VIS2 + PMD2_VIS)}$	Automatic
163	Reduced Simple Ratio	$\frac{NIR2}{VIS2} \cdot MIRmax - \frac{SWIR2}{MIRmax} - MIRmin$	Automatic
164	Reflectance at the inflexion point	$\frac{PMD3_VIS + VIS2}{2}$	Automatic
165	Renormalized Difference Vegetation Index	$\frac{PMD4_NIR - PMD3_VIS}{\sqrt{PMD4_NIR + PMD3_VIS}}$	Automatic
166	SAVImir	$(NIR2 - SWIR2) \frac{1 + L}{NIR2 + SWIR2 + L}$	Automatic
167	Shape Index	$\frac{2 VIS2 - VIS1 - PMD2_VIS}{VIS1 - PMD2_VIS}$	Automatic
168	Simple Ratio 1080/1675	$\frac{NIR2}{PMD5_SWIR}$	Automatic
169	Simple Ratio 1180/1675	$\frac{NIR2}{PMD5_SWIR}$	Automatic
170	Simple Ratio 1250/1050	$\frac{NIR2}{NIR1}$	Automatic
171	Simple Ratio 1260/1675	$\frac{NIR2}{PMD5_SWIR}$	Automatic
172	Simple Ratio 1450/960	$\frac{NIR2}{NIR1}$	Automatic
173	Simple Ratio 1599/819	$\frac{PMD5_SWIR}{PMD4_NIR}$	Automatic
174	Simple Ratio 1600/820	$\frac{PMD5_SWIR}{PMD4_NIR}$	Automatic
175	Simple Ratio 1660/550	$\frac{PMD5_SWIR}{VIS1}$	Automatic
176	Simple Ratio 1660/680	$\frac{PMD5_SWIR}{PMD3_VIS}$	Automatic
177	Simple Ratio 1675/1080	$\frac{PMD5_SWIR}{NIR2}$	Automatic
178	Simple Ratio 1675/1180	$\frac{PMD5_SWIR}{NIR2}$	Automatic
179	Simple Ratio 1675/1260	$\frac{PMD5_SWIR}{NIR2}$	Automatic
180	Simple Ratio 1675/960	$\frac{PMD5_SWIR}{NIR1}$	Automatic
181	Simple Ratio 430/680	$\frac{VIS1}{PMD3_VIS}$	Automatic
182	Simple Ratio 440/690	$\frac{VIS1}{VIS2}$	Automatic
183	Simple Ratio 440/740	$\frac{VIS1}{VIS2}$	Automatic
184	Simple Ratio 450/550	$\frac{PMD2_VIS}{VIS1}$	Automatic
185	Simple Ratio 450/690	$\frac{PMD2_VIS}{VIS2}$	Automatic
186	Simple Ratio 520/420	$\frac{PMD2_VIS}{VIS1}$	Automatic
187	Simple Ratio 520/670	$\frac{VIS1}{PMD3_VIS}$	Automatic
188	Simple Ratio 520/760	$\frac{VIS1}{VIS2}$	Automatic
189	Simple Ratio 542/750	$\frac{VIS1}{VIS2}$	Automatic
190	Simple Ratio 550/670	$\frac{VIS1}{PMD3_VIS}$	Automatic
191	Simple Ratio 550/680	$\frac{VIS1}{PMD3_VIS}$	Automatic
192	Simple Ratio 550/760	$\frac{VIS1}{VIS2}$	Automatic
193	Simple Ratio 550/800	$\frac{VIS1}{PMD4_NIR}$	Automatic
194	Simple Ratio 554/677	$\frac{VIS1}{PMD3_VIS}$	Automatic
195	Simple Ratio 556/750	$\frac{VIS1}{VIS2}$	Automatic
196	Simple Ratio 560/658	$\frac{VIS1}{PMD3_VIS}$	Automatic
197	Simple Ratio 605/420	$\frac{VIS2}{VIS1}$	Automatic
198	Simple Ratio 605/670	$\frac{VIS1}{PMD3_VIS}$	Automatic
199	Simple Ratio 605/760	$\frac{VIS1}{VIS2}$	Automatic
200	Simple Ratio 672/550	$\frac{PMD3_VIS}{VIS1}$	Automatic
201	Simple Ratio 672/708	$\frac{PMD3_VIS}{VIS2}$	Automatic
202	Simple Ratio 674/553	$\frac{PMD3_VIS}{VIS1}$	Automatic
203	Simple Ratio 675/555	$\frac{PMD3_VIS}{VIS1}$	Automatic
204	Simple Ratio 675/700	$\frac{PMD3_VIS}{VIS2}$	Automatic
205	Simple Ratio 675/705	$\frac{PMD3_VIS}{VIS2}$	Automatic
206	Simple Ratio 678/750	$\frac{PMD3_VIS}{VIS2}$	Automatic
207	Simple Ratio 683/510	$\frac{VIS2}{VIS1}$	Automatic
208	Simple Ratio 694/840	$\frac{VIS2}{PMD4_NIR}$	Automatic
209	Simple Ratio 695/420	$\frac{VIS2}{VIS1}$	Automatic
210	Simple Ratio 695/670	$\frac{VIS2}{PMD3_VIS}$	Automatic
211	Simple Ratio 695/800	$\frac{VIS2}{PMD4_NIR}$	Automatic
212	Simple Ratio 700	$\frac{1}{VIS2}$	Automatic
213	Simple Ratio 700/670	$\frac{VIS2}{PMD3_VIS}$	Automatic
214	Simple Ratio 710/420	$\frac{VIS2}{VIS1}$	Automatic
215	Simple Ratio 710/670	$\frac{VIS2}{PMD3_VIS}$	Automatic
216	Simple Ratio 750/550	$\frac{VIS2}{VIS1}$	Automatic
217	Simple Ratio 750/555	$\frac{VIS2}{VIS1}$	Automatic
218	Simple Ratio 760/500	$\frac{VIS2}{VIS1}$	Automatic
219	Simple Ratio 774/677	$\frac{VIS2}{PMD3_VIS}$	Automatic
220	Simple Ratio 800/1180	$\frac{PMD4_NIR}{NIR2}$	Automatic
221	Simple Ratio 800/1280	$\frac{PMD4_NIR}{NIR2}$	Automatic
222	Simple Ratio 800/1450	$\frac{PMD4_NIR}{NIR2}$	Automatic
223	Simple Ratio 800/1660	$\frac{PMD4_NIR}{PMD5_SWIR}$	Automatic
224	Simple Ratio 800/1675	$\frac{PMD4_NIR}{PMD5_SWIR}$	Automatic
225	Simple Ratio 800/470	$\frac{PMD4_NIR}{PMD2_VIS}$	Automatic
226	Simple Ratio 800/500	$\frac{PMD4_NIR}{VIS1}$	Automatic
227	Simple Ratio 800/550	$\frac{PMD4_NIR}{VIS1}$	Automatic
228	Simple Ratio 800/600	$\frac{PMD4_NIR}{VIS1}$	Automatic
229	Simple Ratio 800/635	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
230	Simple Ratio 800/650	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
231	Simple Ratio 800/670	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
232	Simple Ratio 800/675	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
233	Simple Ratio 800/680	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
234	Simple Ratio 800/960	$\frac{PMD4_NIR}{NIR1}$	Automatic
235	Simple Ratio 801/550	$\frac{PMD4_NIR}{VIS1}$	Automatic
236	Simple Ratio 801/670	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
237	Simple Ratio 810/560	$\frac{PMD4_NIR}{VIS1}$	Automatic
238	Simple Ratio 833/1649	$\frac{PMD4_NIR}{PMD5_SWIR}$	Automatic
239	Simple Ratio 833/658	$\frac{PMD4_NIR}{PMD3_VIS}$	Automatic
240	Simple Ratio 850/710	$\frac{PMD4_NIR}{VIS2}$	Automatic
241	Simple Ratio 860/1240	$\frac{PMD4_NIR}{NIR2}$	Automatic
242	Simple Ratio 860/550	$\frac{PMD4_NIR}{VIS1}$	Automatic
243	Simple Ratio 860/708	$\frac{PMD4_NIR}{VIS2}$	Automatic
244	Simple Ratio 900/680	$\frac{NIR1}{PMD3_VIS}$	Automatic
245	Simple Ratio 960/1180	$\frac{NIR1}{NIR2}$	Automatic
246	Simple Ratio 960/1260	$\frac{NIR1}{NIR2}$	Automatic
247	Simple Ratio 960/1450	$\frac{NIR1}{NIR2}$	Automatic
248	Simple Ratio 960/1675	$\frac{NIR1}{PMD5_SWIR}$	Automatic
249	Simple Ratio MIR/NIR	$\frac{SWIR2}{NIR2}$	Automatic
250	Simple Ratio MIR/Red	$\frac{SWIR2}{VIS2}$	Automatic
251	Simple Ratio NIR/700-715	$\frac{NIR2}{VIS2}$	Automatic
252	Simple Ratio NIR/G	$\frac{NIR2}{VIS1}$	Automatic
253	Simple Ratio NIR/MIR	$\frac{NIR2}{SWIR2}$	Automatic
254	Simple Ratio NIR/RED	$\frac{NIR2}{VIS2}$	Automatic
255	Simple Ratio NIR/Rededge	$\frac{NIR2}{VIS2}$	Automatic
256	Simple Ratio Pigment Index	$\frac{VIS1}{PMD3_VIS}$	Automatic
257	Simple Ratio Red/Blue	$\frac{VIS2}{PMD2_VIS}$	Automatic
258	Simple Ratio Red/Green	$\frac{VIS2}{VIS1}$	Automatic
259	Simple Ratio Red/NIR	$\frac{VIS2}{NIR2}$	Automatic
260	Simple Ratio SWIRI/NIR	$\frac{SWIRI}{NIR2}$	Automatic
261	Simple Ration 355 / 365	$(\frac{UV2}{1.1} \cdot PMD1_UV)$	Automatic
262	Single Band 1020	$NIR1$	Automatic
263	Single Band 1040	$NIR1$	Automatic
264	Single Band 1120	$NIR2$	Automatic
265	Single Band 1200	$NIR2$	Automatic
266	Single Band 1400	$NIR2$	Automatic
267	Single Band 1420	$NIR2$	Automatic
268	Single Band 1450	$NIR2$	Automatic
269	Single Band 1490	$NIR2$	Automatic
270	Single Band 1510	$PMD5_SWIR$	Automatic
271	Single Band 1530	$PMD5_SWIR$	Automatic
272	Single Band 1540	$PMD5_SWIR$	Automatic
273	Single Band 1580	$PMD5_SWIR$	Automatic
274	Single Band 1690	$PMD5_SWIR$	Automatic
275	Single Band 1940	$SWIR1$	Automatic
276	Single Band 1960	$SWIR1$	Automatic
277	Single Band 1980	$SWIR1$	Automatic
278	Single Band 2000	$SWIR1$	Automatic
279	Single Band 2270	$SWIR2$	Automatic
280	Single Band 2280	$SWIR2$	Automatic
281	Single Band 2300	$SWIR2$	Automatic
282	Single Band 2310	$SWIR2$	Automatic
283	Single Band 2320	$SWIR2$	Automatic
284	Single Band 2340	$SWIR2$	Automatic
285	Single Band 2350	$SWIR2$	Automatic
286	Single Band 430	$VIS1$	Automatic
287	Single Band 460	$PMD2_VIS$	Automatic
288	Single Band 470	$PMD2_VIS$	Automatic
289	Single Band 495	$PMD2_VIS$	Automatic
290	Single Band 550	$VIS1$	Automatic
291	Single Band 555	$VIS1$	Automatic
292	Single Band 635	$PMD3_VIS$	Automatic
293	Single Band 640	$PMD3_VIS$	Automatic
294	Single Band 655	$PMD3_VIS$	Automatic
295	Single Band 660	$PMD3_VIS$	Automatic
296	Single Band 670	$PMD3_VIS$	Automatic
297	Single Band 675	$PMD3_VIS$	Automatic
298	Single Band 680	$PMD3_VIS$	Automatic
299	Single Band 700	$VIS2$	Automatic
300	Single Band 703	$VIS2$	Automatic
301	Single Band 705	$VIS2$	Automatic
302	Single Band 720	$VIS2$	Automatic
303	Single Band 735	$VIS2$	Automatic
304	Single Band 801	$PMD4_NIR$	Automatic
305	Single Band 850	$PMD4_NIR$	Automatic
306	Single Band 885	$NIR1$	Automatic
307	Single Band 910	$NIR1$	Automatic
308	Single Band 930	$NIR1$	Automatic
309	Single Band 970	$NIR1$	Automatic
310	Single Band 990	$NIR1$	Automatic
311	sLAIDI	$S \frac{NIR1 - NIR2}{NIR1 + NIR2}$	Automatic
312	Soil Adjusted Vegetation Index	$\frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS + L} (1 + L)$	Automatic
313	Soil and Atmospherically Resistant Vegetation Index	$(1 + L) \frac{PMD4_NIR - (Rr - y (RB - Rr))}{PMD4_NIR + - (Rr - y (RB - Rr)) + L}$	Automatic
314	Soil and Atmospherically Resistant Vegetation Index 2	$2, 5 \frac{NIR2 - VIS2}{1 + NIR2 + 6 VIS2 - 7, 5 PMD2_VIS}$	Automatic
315	Soil and Atmospherically Resistant Vegetation Index 3	$(1 + 0, 5) \frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS + 0, 5}$	Automatic
316	Soil Background Line	$NIR1 - 2.4 PMD3_VIS$	Automatic
317	Soil Composition Index	$\frac{PMD5_SWIR - PMD4_NIR}{PMD5_SWIR + PMD4_NIR}$	Automatic
318	Soil-adjusted vegetation index 2	$\frac{NIR2}{VIS2 + \frac{b}{a}}$	Automatic
319	Specific Leaf Area Vegetation Index	$\frac{NIR2}{VIS2 + SWIR2}$	Automatic
320	Spectral Polygon Vegetation Index	$0.4 (3.7 (PMD4_NIR - PMD3_VIS) - 1.2 \| VIS1 - PMD3_VIS \|)$	Automatic
321	SQRT(IR/R)	$\sqrt{\frac{NIR2}{VIS2}}$	Automatic
322	Structure Intensive Pigment Index 1	$\frac{PMD4_NIR - VIS1}{PMD4_NIR - PMD3_VIS}$	Automatic
323	Structure Intensive Pigment Index 2	$\frac{PMD4_NIR - VIS1}{PMD4_NIR - VIS2}$	Automatic
324	Structure Intensive Pigment Index 3	$\frac{PMD4_NIR - PMD2_VIS}{PMD4_NIR - PMD3_VIS}$	Automatic
325	Tasselled Cap - brightness	$0.3037 PMD2_VIS + 0.2793 VIS1 + 0.4743 PMD3_VIS + 0.5585 PMD4_NIR + 0.5082 NIR2 + 0.1863 SWIR2$	Automatic
326	Tasselled Cap - Green Vegetation Index MSS	$-0.283 VIS1 - 0.660 PMD3_VIS + 0.577 VIS2 + 0.388 NIR1$	Automatic
327	Tasselled Cap - Non Such Index MSS	$-0.016 VIS1 + 0.131 PMD3_VIS - 0.425 VIS2 + 0.882 NIR1$	Automatic
328	Tasselled Cap - Soil Brightness Index MSS	$0.332 VIS1 + 0.603 PMD3_VIS + 0.675 VIS2 + 0.262 NIR1$	Automatic
329	Tasselled Cap - vegetation	$-0.2848 PMD2_VIS - 0.2435 VIS1 - 0.5436 PMD3_VIS + 0.7243 PMD4_NIR + 0.0840 PMD5_SWIR - 0.1800 SWIR2$	Automatic
330	Tasselled Cap - wetness	$0.1509 PMD2_VIS + 0.1973 VIS1 + 0.3279 PMD3_VIS + 0.3406 PMD4_NIR - 0.7112 PMD5_SWIR - 0.4572 SWIR2$	Automatic
331	Tasselled Cap - Yellow Vegetation Index MSS	$-0.899 VIS1 + 0.428 PMD3_VIS + 0.076 VIS2 - 0.041 NIR1$	Automatic
332	TCARI/OSAVI	$\frac{3 (VIS2 - PMD3_VIS) - 0.2 (VIS2 - VIS1) \frac{VIS2}{PMD3_VIS}}{(1 + 0.16) \frac{PMD4_NIR - PMD3_VIS}{PMD4_NIR + PMD3_VIS + 0.16}}$	Automatic
333	TCARI1510/OSAVI1510	$\frac{3 ((VIS2 - PMD5_SWIR) - 0, 2 (VIS2 - VIS1) (\frac{VIS2}{PMD5_SWIR}))}{\frac{(1 + L) (PMD4_NIR - PMD5_SWIR)}{PMD4_NIR + PMD5_SWIR + L}}$	Automatic
334	Transformed Chlorophyll Absorbtion Ratio	$3 ((VIS2 - PMD3_VIS) - 0.2 (VIS2 - VIS1) (\frac{VIS2}{PMD3_VIS}))$	Automatic
335	Transformed Chlorophyll Absorbtion Ratio 1510	$3 ((VIS2 - PMD5_SWIR) - 0, 2 (VIS2 - VIS1) (\frac{VIS2}{PMD5_SWIR}))$	Automatic
336	Transformed NDVI	$\sqrt{\frac{NIR2 - VIS2}{NIR2 + VIS2} + 0.5}$	Automatic
337	Transformed Soil Adjusted Vegetation Index	$\frac{B (NIR2 - B \cdot VIS2 - A)}{VIS2 + B (NIR2 - A) + X (1 + B^{2})}$	Automatic
338	Transformed Soil Adjusted Vegetation Index 2	$\frac{a \cdot NIR2 - a \cdot VIS2 - b}{VIS2 + a \cdot NIR2 - a \cdot b}$	Automatic
339	Transformed Vegetation Index	$\sqrt{((\frac{VIS2 - VIS1}{VIS2 + VIS1})) + 0, 5}$	Automatic
340	Triangular chlorophyll index	$1.2 (VIS2 - VIS1) - 1.5 (PMD3_VIS - VIS1) \cdot \sqrt{\frac{VIS2}{PMD3_VIS}}$	Automatic
341	Triangular Vegetation Index	$0.5 (120 (VIS2 - VIS1) - 200 (PMD3_VIS - VIS1))$	Automatic
342	Vegetation Index 700	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
343	Visible Atmospherically Resistant Index Green	$\frac{VIS1 - PMD3_VIS}{VIS1 + PMD3_VIS - PMD2_VIS}$	Automatic
344	Visible Atmospherically Resistant Indices 700	$\frac{VIS2 - 1, 7 PMD3_VIS + 0, 7 PMD2_VIS}{VIS2 + 2, 3 PMD3_VIS - 1, 3 PMD2_VIS}$	Automatic
345	Visible Atmospherically Resistant Indices RedEdge	$\frac{VIS2 - PMD3_VIS}{VIS2 + PMD3_VIS}$	Automatic
346	Weighted Difference Vegetation Index	$NIR2 - a \cdot VIS2$	Automatic
347	Wide Dynamic Range Vegetation Index	$\frac{0.1 NIR2 - VIS2}{0.1 NIR2 + VIS2}$	Automatic

Applications

Nr.	Name
1	Agriculture
2	Agriculture - Crop parameters
3	Agriculture - Crop yield
4	Agriculture - Land management
5	Agriculture - Precision Crop Management
6	Fire
7	Forestry
8	Forestry - Boreal
9	Geology
10	Hyperspectral remote sensing
11	Hyperspectral remote sensing - Red-edge position
12	Metal
13	Metal - Heavy metal contamination
14	Metal - Iron
15	Oil
16	Soil
17	Vegetation
18	Vegetation - Biomass
19	Vegetation - Cellulose
20	Vegetation - Chlorophyll
21	Vegetation - LAI
22	Vegetation - Lignin
23	Vegetation - Nitrogen content
24	Vegetation - Nitrogen stress
25	Vegetation - PAR
26	Vegetation - Protein
27	Vegetation - Starch
28	Vegetation - Stress
29	Vegetation - Sugar
30	Vegetation - Vitality
31	Vegetation - Water
32	Vegetation - Water stress

References

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Visualisation of Indices

Sensor:

Indices:

Adjusted transformed soil-adjusted VI

Aerosol free vegetation index 1600

Anthocyanin reflectance index

Ashburn Vegetation Index

Atmospherically Resistant Vegetation Index

Atmospherically Resistant Vegetation Index 2

Average reflectance 750 to 850

Blue-wide dynamic range vegetation index

Browning Reflectance Index

Canopy Chlorophyll Content Index

Chlorophyll Absorption Ratio Index

Chlorophyll Absorption Ratio Index 2

Chlorophyll Green

Chlorophyll Index Green

Chlorophyll IndexRedEdge

Chlorophyll vegetation index

Coloration Index

Corrected Transformed Vegetation Index

CRI700

Datt1

Datt4

Datt6

Difference 1725/970

Difference 678/500

Difference 800/550

Difference 800/680

Difference 833/658

Difference NIR/Green

Differenced Vegetation Index MSS

Disease water stress index

Disease-Water Stress Index 5

DmSR

Enhanced Vegetation Index

Enhanced Vegetation Index 2

EPI

Ferric iron, Fe3+

Ferric Oxides

Global Environment Monitoring Index

Global Vegetation Moisture Index

Gossan

Green atmospherically resistant vegetation index

Green leaf index

Green Normalized Difference Vegetation Index

Green Optimized Soil Adjusted Vegetation Index

Green Soil Adjusted Vegetation Index

Green-Blue NDVI

Green-Red NDVI

Hue

Hyperspectral perpendicular VI

Ideal vegetation index

Infrared percentage vegetation index

Intensity

Inverse reflectance 550

Inverse reflectance 700

Leaf Chlorophyll Index

Leaf Water Content Index

Log Ratio

MCARI/MTVI2

MCARI/OSAVI

mCRIRE

Mid-infrared vegetation index

Misra Green Vegetation Index

Misra Non Such Index

Misra Soil Brightness Index

Misra Yellow Vegetation Index

mND680

Modified anthocyanin reflectance index

Modified Chlorophyll Absorption in Reflectance Index

Modified Chlorophyll Absorption in Reflectance Index 1

Modified Chlorophyll Absorption in Reflectance Index 1510

Modified Chlorophyll Absorption in Reflectance Index 2

Modified NDVI

Modified Simple Ratio

Modified Simple Ratio 670,800

Modified Simple Ratio NIR/RED

Modified Soil Adjusted Vegetation Index

Modified Soil Adjusted Vegetation Index hyper

Modified Triangular Vegetation Index 1

Modified Triangular Vegetation Index 2

Nonlinear vegetation index

Norm G

Norm NIR

Norm R

Normalized Difference 1080/1675

Normalized Difference 1094/983

Normalized Difference 1180/1675

Normalized Difference 1260/1675

Normalized Difference 1510/660

Normalized Difference 550/450

Normalized Difference 550/650

Normalized Difference 680/430

Normalized Difference 682/553

Normalized Difference 750/550

Normalized Difference 750/650

Normalized Difference 750/660

Normalized Difference 750/680

Normalized Difference 774/677

Normalized Difference 780/550

Normalized Difference 782/666

Normalized Difference 790/670

Normalized Difference 790/720

Normalized Difference 800/1180

Normalized Difference 800/1260

Normalized Difference 800/1450

Normalized Difference 800/1675

Normalized Difference 800/470

Normalized Difference 800/500

Normalized Difference 800/550

Normalized Difference 800/635

Normalized Difference 800/650

Normalized Difference 800/675

Normalized Difference 800/680

Normalized Difference 819/1600

Normalized Difference 819/1649

Normalized Difference 820/1600

Normalized Difference 827/668

Normalized Difference 833/1649

Normalized Difference 833/658

Normalized Difference 850/1650

Normalized Difference 857/1241

Normalized Difference 860/1240

Normalized Difference 860/1640

Normalized Difference 895/675

Normalized Difference 900/680

Normalized Difference 925/710

Normalized Difference 960/1180

Normalized Difference 960/1260

Normalized Difference 960/1450

Normalized Difference 960/1675

Normalized Difference Green/Red

Normalized Difference MIR/NIR

Normalized Difference NIR/Blue

Normalized Difference NIR/Green

Normalized Difference NIR/MIR

Normalized Difference NIR/Red

Normalized Difference NIR/Rededge

Normalized Difference NIR/SWIR

Normalized Difference Nitrogen Index

Normalized Difference Red/Green

Normalized Difference Vegetation Index 690-710

Normalized Difference Vegetation Index C

Optimized Soil Adjusted Vegetation Index

Optimized Soil Adjusted Vegetation Index 1510

Pan NDVI

Perpendicular Vegetation Index

Plant Senescence Reflectance Index

Ratio Analysis of Reflectance Spectra A1

Ratio Analysis of Reflectance Spectra A2

Ratio Analysis of Reflectance Spectra A3

Ratio Analysis of Reflectance Spectra A4

Ratio Analysis of Reflectance Spectra B3

Ratio Analysis of Reflectance Spectra B4

Ratio Analysis of Reflectance Spectra C1

Ratio Analysis of Reflectance Spectra C2

Ratio Analysis of Reflectance Spectra C3

Ratio Analysis of Reflectance Spectra C4

RDVI

RDVI2

Red edge 1

Red edge 2

Red-Blue NDVI

Reduced Simple Ratio

Reflectance at the inflexion point

Renormalized Difference Vegetation Index

SAVImir

Shape Index

Simple Ratio 1080/1675

Simple Ratio 1180/1675

Simple Ratio 1250/1050

Simple Ratio 1260/1675

Simple Ratio 1450/960

Simple Ratio 1599/819

Simple Ratio 1600/820

Simple Ratio 1660/550

Simple Ratio 1660/680

Simple Ratio 1675/1080

Simple Ratio 1675/1180

Simple Ratio 1675/1260

Simple Ratio 1675/960

Simple Ratio 430/680

Simple Ratio 440/690

Simple Ratio 440/740

Simple Ratio 450/550

Simple Ratio 450/690

Simple Ratio 520/420

Simple Ratio 520/670

Simple Ratio 520/760

Simple Ratio 542/750

Simple Ratio 550/670

Simple Ratio 550/680

Simple Ratio 550/760

Simple Ratio 550/800

Simple Ratio 554/677

Simple Ratio 556/750

Simple Ratio 560/658

Simple Ratio 605/420

Simple Ratio 605/670

Simple Ratio 605/760

Simple Ratio 672/550

Simple Ratio 672/708

Simple Ratio 674/553

Simple Ratio 675/555

Simple Ratio 675/700

Simple Ratio 675/705

Simple Ratio 678/750

Simple Ratio 683/510

Simple Ratio 694/840

Simple Ratio 695/420

Simple Ratio 695/670

Simple Ratio 695/800

Simple Ratio 700

Simple Ratio 700/670

Simple Ratio 710/420

Simple Ratio 710/670

Simple Ratio 750/550

Simple Ratio 750/555

Simple Ratio 760/500

Simple Ratio 774/677

Simple Ratio 800/1180

Simple Ratio 800/1280

Simple Ratio 800/1450

Simple Ratio 800/1660

Simple Ratio 800/1675

Simple Ratio 800/470

Simple Ratio 800/500

Simple Ratio 800/550

Simple Ratio 800/600

Simple Ratio 800/635

Simple Ratio 800/650

Simple Ratio 800/670

Simple Ratio 800/675

Simple Ratio 800/680

Simple Ratio 800/960

Simple Ratio 801/550

Simple Ratio 801/670

Simple Ratio 810/560

Simple Ratio 833/1649

Simple Ratio 833/658

Simple Ratio 850/710

Simple Ratio 860/1240

Simple Ratio 860/550

Simple Ratio 860/708

Simple Ratio 900/680

Simple Ratio 960/1180

Simple Ratio 960/1260

Simple Ratio 960/1450

Simple Ratio 960/1675

Simple Ratio MIR/NIR

Simple Ratio MIR/Red

Simple Ratio NIR/700-715

Simple Ratio NIR/G

Simple Ratio NIR/MIR

Simple Ratio NIR/RED

Simple Ratio NIR/Rededge

Simple Ratio Pigment Index

Simple Ratio Red/Blue

Simple Ratio Red/Green

Simple Ratio Red/NIR

Simple Ratio SWIRI/NIR

Simple Ration 355 / 365

Single Band 1020

Single Band 1040

Single Band 1120

Single Band 1200

Single Band 1400

Single Band 1420

Single Band 1450

Single Band 1490

Single Band 1510

Single Band 1530

Single Band 1540

Single Band 1580

Single Band 1690

Single Band 1940

Single Band 1960

Single Band 1980

Single Band 2000

Single Band 2270

Single Band 2280

Single Band 2300

Single Band 2310

Single Band 2320

Single Band 2340

Single Band 2350

Single Band 430

Single Band 460

Single Band 470

Single Band 495

Single Band 550

Single Band 555

Single Band 635

Single Band 640

Single Band 655

Single Band 660

Single Band 670

Single Band 675

Single Band 680

Single Band 700

Single Band 703

Single Band 705

Single Band 720

Single Band 735

Single Band 801

Single Band 850

Single Band 885

Single Band 910

Single Band 930

Single Band 970

Single Band 990

sLAIDI

Soil Adjusted Vegetation Index

Soil and Atmospherically Resistant Vegetation Index

Soil and Atmospherically Resistant Vegetation Index 2

Soil and Atmospherically Resistant Vegetation Index 3

Soil Background Line

Soil Composition Index

Soil-adjusted vegetation index 2

Specific Leaf Area Vegetation Index

Spectral Polygon Vegetation Index

SQRT(IR/R)

Structure Intensive Pigment Index 1

Structure Intensive Pigment Index 2

Structure Intensive Pigment Index 3

Tasselled Cap - brightness

Tasselled Cap - Green Vegetation Index MSS

Tasselled Cap - Non Such Index MSS

Tasselled Cap - Soil Brightness Index MSS

Tasselled Cap - vegetation

Tasselled Cap - wetness

Tasselled Cap - Yellow Vegetation Index MSS

TCARI/OSAVI

TCARI1510/OSAVI1510

Transformed Chlorophyll Absorbtion Ratio

Transformed Chlorophyll Absorbtion Ratio 1510

Transformed NDVI

Transformed Soil Adjusted Vegetation Index

Transformed Soil Adjusted Vegetation Index 2

Transformed Vegetation Index

Triangular chlorophyll index

Triangular Vegetation Index

Vegetation Index 700

Visible Atmospherically Resistant Index Green

Visible Atmospherically Resistant Indices 700

Visible Atmospherically Resistant Indices RedEdge

Weighted Difference Vegetation Index

Wide Dynamic Range Vegetation Index

List of Sensors