Show Indices for selected Sensor

SEVIRI

Nr.	Name	Abbrev.	General Formula	Specific Formula	Calculated	Info.
1	Adjusted transformed soil-adjusted VI	ATSAVI	$a \frac{NIR - a \cdot RED - b}{a \cdot NIR + RED - a \cdot b + X (1 + a^{2})}$	$1.22 \frac{VIS_0.8_- 1.22 HRV - 0.03}{1.22 VIS_0.8_+ HRV - 1.22 \cdot 0.03 + 0.08 (1 + {1.22}^{2})}$	Automatic	More
2	Aerosol free vegetation index 1600	AFRI1600	$(NIR - 0.66 \frac{1600nm}{NIR + 0.66 1600nm})$	$(VIS_0.8_- 0.66 \frac{IR_1.6_}{VIS_0.8_+ 0.66 IR_1.6_})$	Automatic	More
3	Ashburn Vegetation Index	AVI	$2.0 [800:1100] - [600:700]$	$2.0 VIS_0.8_- VIS_0.6$	Automatic	More
4	Atmospherically Resistant Vegetation Index 2	ARVI2	$-0.18 + 1.17 (\frac{NIR - RED}{NIR + RED})$	$-0.18 + 1.17 (\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV})$	Automatic	More
5	Average reflectance 750 to 850	AR750/850	$Averagereflectancebetween750nmand850nm$	$AveragereflectancebetweenHRVandVIS_0.8_$	Automatic	More
6	Basic Degree Index - SIO2		$\frac{[8925:9275]}{[10250:10950]}$	$\frac{IR_8.7}{IR_10.8_}$	Automatic	More
7	Canopy Chlorophyll Content Index	CCCI	$\frac{\frac{NIR - rededge}{NIR + rededge}}{\frac{NIR - Red}{NIR + Red}}$	$\frac{\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV}}{\frac{VIS_0.8_- Red}{VIS_0.8_+ Red}}$	Automatic	More
8	Carbonate		$\frac{[10250:10950]}{[10950:11650]}$	$\frac{IR_10.8_}{IR_12.0}$	Automatic	More
9	Chlorophyll Green	Chlgreen	${(\frac{[760:800]}{[540:560]})}^{(-1)}$	${(\frac{HRV}{VIS_0.6})}^{(-1)}$	Automatic	More
10	Chlorophyll Index Green	CIgreen	$\frac{NIR}{GREEN} - 1$	$\frac{VIS_0.8_}{VIS_0.6} - 1$	Automatic	More
11	Chlorophyll Index RedEdge 710	CIrededge710	$\frac{750nm}{710nm} - 1$	$\frac{VIS_0.8_}{HRV} - 1$	Automatic	More
12	Chlorophyll IndexRedEdge	CIrededge	$\frac{NIR}{rededge} - 1$	$\frac{VIS_0.8_}{HRV} - 1$	Automatic	More
13	Chlorophyll Red-Edge	Chlred-edge	${(\frac{[760:800]}{[690:720]})}^{(-1)}$	${(\frac{VIS_0.8_}{HRV})}^{(-1)}$	Automatic	More
14	Chlorophyll vegetation index	CVI	$NIR \frac{RED}{{GREEN}^{2}}$	$VIS_0.8_\frac{HRV}{{VIS_0.6}^{2}}$	Automatic	More
15	Corrected Transformed Vegetation Index	CTVI	$\frac{NDVI + 0, 5}{\| NDVI + 0, 5 \|} \cdot \sqrt{\| (NDVI) + 0, 5 \|}$	$\frac{(\frac{HRV - VIS_0.6}{HRV + VIS_0.6}) + 0, 5}{\| (\frac{HRV - VIS_0.6}{HRV + VIS_0.6}) + 0, 5 \|} \cdot \sqrt{\| ((\frac{HRV - VIS_0.6}{HRV + VIS_0.6})) + 0, 5 \|}$	Automatic	More
16	Datt1	Datt1	$\frac{850nm - 710nm}{850nm - 680nm}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_- VIS_0.6}$	Automatic	More
17	Difference 800/680	D800/680	$800nm - 680nm$	$VIS_0.8_- VIS_0.6$	Automatic	More
18	Difference 833/658	D833/658	$833nm - 658nm$	$VIS_0.8_- VIS_0.6$	Automatic	More
19	Difference NIR/Green Green Difference Vegetation Index	GDVI	$NIR - G$	$VIS_0.8_- VIS_0.6$	Automatic	More
20	Differenced Vegetation Index MSS	DVIMSS	$2.4 [800:1100] - [600:700]$	$2.4 VIS_0.8_- VIS_0.6$	Automatic	More
21	Enhanced Vegetation Index 2	EVI2	$2.4 \frac{NIR - RED}{NIR + RED + 1}$	$2.4 \frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV + 1}$	Automatic	More
22	Enhanced Vegetation Index 2 -2	EVI2	$2.5 \frac{NIR - RED}{NIR + 2.4 RED + 1}$	$2.5 \frac{VIS_0.8_- HRV}{VIS_0.8_+ 2.4 HRV + 1}$	Automatic	More
23	Ferric iron, Fe3+	Fe3+	$\frac{[630:690]}{[520:600]}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
24	Ferric Oxides		$\frac{[1600:1700]}{[760:860]}$	$\frac{IR_1.6_}{VIS_0.8_}$	Automatic	More
25	Global Environment Monitoring Index	GEMI	$(n (1 - 0.25 n) - \frac{RED - 0.125}{1 - RED})$	$(\frac{2 ({VIS_0.8_}^{2} - {HRV}^{2}) + 1.5 VIS_0.8_+ 0.5 HRV}{VIS_0.8_+ HRV + 0.5} (1 - 0.25 \frac{2 ({VIS_0.8_}^{2} - {HRV}^{2}) + 1.5 VIS_0.8_+ 0.5 HRV}{VIS_0.8_+ HRV + 0.5}) - \frac{HRV - 0.125}{1 - HRV})$	Automatic	More
26	Global Vegetation Moisture Index	GVMI	$\frac{(NIR + 0.1) - (SWIR + 0.02)}{(NIR + 0.1) + (SWIR + 0.02)}$	$\frac{(VIS_0.8_+ 0.1) - (IR_1.6_+ 0.02)}{(VIS_0.8_+ 0.1) + (IR_1.6_+ 0.02)}$	Automatic	More
27	Gossan		$\frac{[1600:1700]}{[630:690]}$	$\frac{IR_1.6_}{VIS_0.6}$	Automatic	More
28	Green Normalized Difference Vegetation Index	GNDVI	$\frac{NIR - [540:570]}{NIR + [540:570]}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
29	Green Optimized Soil Adjusted Vegetation Index	GOSAVI	$\frac{NIR - G}{NIR + G + Y}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6 + Y}$	Automatic	More
30	Green Soil Adjusted Vegetation Index	GSAVI	$\frac{NIR - G}{NIR + G + L} (1 + L)$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6 + L} (1 + L)$	Automatic	More
31	Green-Red NDVI	GRNDVI	$\frac{NIR - (GREEN + RED)}{NIR + (GREEN + RED)}$	$\frac{VIS_0.8_- (VIS_0.6 + HRV)}{VIS_0.8_+ (VIS_0.6 + HRV)}$	Automatic	More
32	Ideal vegetation index	IVI	$\frac{NIR - b}{a \cdot RED}$	$\frac{VIS_0.8_- b}{a \cdot HRV}$	Automatic	More
33	Infrared percentage vegetation index	IPVI	$\frac{\frac{NIR}{NIR + RED}}{2} (NDVI + 1)$	$\frac{\frac{VIS_0.8_}{VIS_0.8_+ HRV}}{2} ((\frac{HRV - VIS_0.6}{HRV + VIS_0.6}) + 1)$	Automatic	More
34	Inverse reflectance 700	IR700	${700nm}^{(-1)}$	${HRV}^{(-1)}$	Automatic	More
35	Leaf Chlorophyll Index	LCI	$\frac{[850] - [710]}{[850] + [680]}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ VIS_0.6}$	Automatic	More
36	Leaf Water Content Index	LWCI	$\frac{\log (1 - (NIR - MIDIR))}{- \log (1 - (NIR - MIDIR))}$	$\frac{\log (1 - (VIS_0.8_- MIDIR))}{- \log (1 - (VIS_0.8_- MIDIR))}$	Automatic	More
37	Log Ratio	LogR	$\log (\frac{NIR}{RED})$	$\log (\frac{VIS_0.8_}{HRV})$	Automatic	More
38	Maccioni		$\frac{780nm - 710nm}{780nm - 680nm}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_- VIS_0.6}$	Automatic	More
39	MERIS Terrestrial chlorophyll index	MTCI	$\frac{754nm - 709nm}{709nm - 681nm}$	$\frac{VIS_0.8_- HRV}{HRV - VIS_0.6}$	Automatic	More
40	Mid-infrared vegetation index	MVI	$\frac{[700:1300]}{[1570:1780]}$	$\frac{VIS_0.8_}{IR_1.6_}$	Automatic	More
41	Modified anthocyanin reflectance index	mARI	$({[530:570]}^{(-1)} - {[690:710]}^{(-1)}) \cdot NIR$	$({VIS_0.6}^{(-1)} - {HRV}^{(-1)}) \cdot VIS_0.8_$	Automatic	More
42	Modified Simple Ratio 670,800	MSR670	$\frac{\frac{800nm}{670nm} - 1}{\sqrt{\frac{800nm}{670nm} + 1}}$	$\frac{\frac{VIS_0.8_}{VIS_0.6} - 1}{\sqrt{\frac{VIS_0.8_}{VIS_0.6} + 1}}$	Automatic	More
43	Modified Simple Ratio 705,750	MSR705	$\frac{\frac{750nm}{705nm} - 1}{\sqrt{\frac{750nm}{705nm} + 1}}$	$\frac{\frac{VIS_0.8_}{HRV} - 1}{\sqrt{\frac{VIS_0.8_}{HRV} + 1}}$	Automatic	More
44	Modified Simple Ratio NIR/RED	MSRNir/Red	$\frac{(\frac{NIR}{RED}) - 1}{\sqrt{(\frac{NIR}{RED}) + 1}}$	$\frac{(\frac{VIS_0.8_}{HRV}) - 1}{\sqrt{(\frac{VIS_0.8_}{HRV}) + 1}}$	Automatic	More
45	Modified Soil Adjusted Vegetation Index	MSAVI	$\frac{2 NIR + 1 - \sqrt{{(2 NIR + 1)}^{2} - 8 (NIR - RED)}}{2}$	$\frac{2 VIS_0.8_+ 1 - \sqrt{{(2 VIS_0.8_+ 1)}^{2} - 8 (VIS_0.8_- HRV)}}{2}$	Automatic	More
46	Modified Soil Adjusted Vegetation Index hyper	MSAVIhyper	$(0.5) ((2 800nm + 1) - \sqrt{{(2 800nm + 1)}^{2} - 8 (800nm - 670nm)})$	$(0.5) ((2 VIS_0.8_+ 1) - \sqrt{{(2 VIS_0.8_+ 1)}^{2} - 8 (VIS_0.8_- VIS_0.6)})$	Automatic	More
47	Modifies NLI	MNLI	$\frac{({1760nm}^{2} - 824nm) \cdot 1, 5}{{1760nm}^{2} + 824nm + 0, 5}$	$\frac{(1760^{2} - VIS_0.8_) \cdot 1, 5}{1760^{2} + VIS_0.8_+ 0, 5}$	Automatic	More
48	mSR2	mSR2	$(\frac{750nm}{705nm}) - \frac{1}{\sqrt{(\frac{750nm}{705nm}) + 1}}$	$(\frac{VIS_0.8_}{HRV}) - \frac{1}{\sqrt{(\frac{VIS_0.8_}{HRV}) + 1}}$	Automatic	More
49	new Double Difference Index	DDn	$2 (710nm - 760nm - 760nm)$	$2 (HRV - VIS_0.8_- VIS_0.8_)$	Automatic	More
50	Nonlinear vegetation index	NLI	$\frac{{[780:1400]}^{2} - RED}{{[780:1400]}^{2} + RED}$	$\frac{{VIS_0.8_}^{2} - HRV}{{VIS_0.8_}^{2} + HRV}$	Automatic	More
51	Norm G	Norm G	$\frac{G}{NIR + R + G}$	$\frac{VIS_0.6}{VIS_0.8_+ HRV + VIS_0.6}$	Automatic	More
52	Norm NIR	Norm NIR	$\frac{NIR}{NIR + R + G}$	$\frac{VIS_0.8_}{VIS_0.8_+ HRV + VIS_0.6}$	Automatic	More
53	Norm R	Norm R	$\frac{R}{NIR + R + G}$	$\frac{HRV}{VIS_0.8_+ HRV + VIS_0.6}$	Automatic	More
54	Normalized Difference 1510/660 NRI1510	ND1510/660	$\frac{1510nm - 660nm}{1510nm + 660nm}$	$\frac{IR_1.6_- VIS_0.6}{IR_1.6_+ VIS_0.6}$	Automatic	More
55	Normalized Difference 750/650	NDVI750/650	$\frac{750nm - 650nm}{750nm + 650nm}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
56	Normalized Difference 750/660	ND750/660	$\frac{750nmâ€“660nm}{750nm + 660nm}$	$\frac{750â€“660}{HRV + VIS_0.6}$	Automatic	More
57	Normalized Difference 750/680	ND750/680	$\frac{750nm - 680nm}{750nm + 680nm}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
58	Normalized Difference 750/705 Chl NDI	NDVI705	$\frac{750nm - 705nm}{750nm + 705nm}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV}$	Automatic	More
59	Normalized Difference 750/710 Red Edge NDVI	reNDVI	$\frac{750nm - 710nm}{750nm + 710nm}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV}$	Automatic	More
60	Normalized Difference 774/677	ND774/677	$\frac{774nm - 677nm}{774nm + 677nm}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
61	Normalized Difference 782/666	ND782/666	$\frac{782nm - 666nm}{782nm + 666nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
62	Normalized Difference 790/670	ND790/670	$\frac{790nm - 670nm}{790nm + 670nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
63	Normalized Difference 790/720 Normalized difference red edge index	NDRE	$\frac{790nm - 720nm}{790nm + 720nm}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV}$	Automatic	More
64	Normalized Difference 800/1675	ND800/1675	$\frac{800nm - 1675nm}{800nm + 1675nm}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
65	Normalized Difference 800/635 Pigment specific normalised difference B2	PSNDb2	$\frac{800nm - 635nm}{800nm - 635nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_- VIS_0.6}$	Automatic	More
66	Normalized Difference 800/650 Pigment specific normalised difference B1	PSNDb1	$\frac{800nm - 650nm}{800nm + 650nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
67	Normalized Difference 800/675 Pigment specific normalised difference A1	PSNDa1	$\frac{800nm - 675nm}{800nm + 675nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
68	Normalized Difference 800/680 Pigment specific normalised difference A2, Lichtenthaler indices 1, NDVIhyper	ND800/680	$\frac{800nm - 680nm}{800nm + 680nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
69	Normalized Difference 819/1600 NDII	NDII	$\frac{819nm - 1600nm}{819nm + 1600nm}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
70	Normalized Difference 819/1649 NDII 2	NDII2	$\frac{819nm - 1649nm}{819nm + 1649nm}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
71	Normalized Difference 820/1600 Normalized Difference Moisture Index	NDMI	$\frac{820nm - 1600nm}{820nm + 1600nm}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
72	Normalized Difference 827/668	ND827/668	$\frac{827nm - 668nm}{827nm + 668nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
73	Normalized Difference 833/1649 Infrared Index	ND833/1649	$\frac{833nm - 1649nm}{833nm + 1649nm}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
74	Normalized Difference 833/658	ND833/658	$\frac{833nm - 658nm}{833nm + 658nm}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
75	Normalized Difference 850/1650 Normalized Difference Infrared Index	NDII	$\frac{850nm - 1650nm}{850nm + 1650nm}$	$\frac{HRV - IR_1.6_}{HRV + IR_1.6_}$	Automatic	More
76	Normalized Difference 860/1640	SIWSI	$\frac{860nm - 1640nm}{860nm + 1640nm}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
77	Normalized Difference 895/675	ND895/675	$\frac{895nm - 675nm}{895nm + 675nm}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
78	Normalized Difference 900/680	ND900/680	$\frac{900nm - 680nm}{900nm + 680nm}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
79	Normalized Difference Green/Red Normalized green red difference index, Visible Atmospherically Resistant Indices Green (VIgreen)	NGRDI	$\frac{GREEN - RED}{GREEN + RED}$	$\frac{VIS_0.6 - HRV}{VIS_0.6 + HRV}$	Automatic	More
80	Normalized Difference MIR/NIR Normalized Difference Vegetation Index (in case of strong atmospheric disturbances)	NDVI	$\frac{MIR - NIR}{MIR + NIR}$	$\frac{IR_1.6_- VIS_0.8_}{IR_1.6_+ VIS_0.8_}$	Automatic	More
81	Normalized Difference NIR/Green Green NDVI	GNDVI	$\frac{NIR - GREEN}{NIR + GREEN}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
82	Normalized Difference NIR/MIR Modified Normalized Difference Vegetation Index	MNDVI	$\frac{NIR - MIR}{NIR + MIR}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
83	Normalized Difference NIR/Red Normalized Difference Vegetation Index, Calibrated NDVI - CDVI	NDVI	$\frac{NIR - RED}{NIR + RED}$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6}$	Automatic	More
84	Normalized Difference NIR/Rededge Normalized Difference Red-Edge	NDRE	$\frac{NIR - rededge}{NIR + rededge}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV}$	Automatic	More
85	Normalized Difference NIR/SWIR Normalized Burn Ratio	NBR	$\frac{NIR - SWIR}{NIR + SWIR}$	$\frac{VIS_0.8_- IR_1.6_}{VIS_0.8_+ IR_1.6_}$	Automatic	More
86	Normalized Difference Red/Green Redness Index	RI	$\frac{R - G}{R + G}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
87	Normalized Difference Rededge/Red	NDVI rededge	$\frac{rededge - RED}{rededge + RED}$	$\frac{VIS_0.6 - HRV}{VIS_0.6 + HRV}$	Automatic	More
88	Normalized Difference Vegetation Index 690-710	NDVI690-710	$\frac{NIR - [690:710]}{NIR + [690:710]}$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV}$	Automatic	More
89	Normalized Difference Vegetation Index C	NDVIc	$\frac{NIR - RED}{NIR + RED} (1 - \frac{SWIR - SWIIRmin}{SWIRmax - SWIRmin})$	$\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV} (1 - \frac{IR_1.6_- SWIIRmin}{SWIRmax - SWIRmin})$	Automatic	More
90	Optimized Soil Adjusted Vegetation Index	OSAVI	$(1 + Y) \frac{800nm - 670nm}{800nm + 670nm + Y}$	$(1 + 0.16) \frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6 + 0.16}$	Automatic	More
91	Optimized Soil Adjusted Vegetation Index 1510	OSAVI1510	$\frac{(1 + L) (800nm - 1510nm)}{800nm + 1510nm + L}$	$\frac{(1 + L) (VIS_0.8_- IR_1.6_)}{VIS_0.8_+ IR_1.6_+ L}$	Automatic	More
92	Optimized Soil Adjusted Vegetation Index 2	OSAVI2	$(1 + 0.16) \frac{750nm - 705nm}{750nm + 705nm + 0.16}$	$(1 + 0.16) \frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV + 0.16}$	Automatic	More
93	Perpendicular Vegetation Index	PVI	$(\frac{1}{\sqrt{a^{2} + 1}}) (NIR - ar - b)$	$(\frac{1}{\sqrt{a^{2} + 1}}) (VIS_0.8_- ar - b)$	Automatic	More
94	Quartz Rich Rocks		$\frac{[10950:11650]}{[8925:9275]}$	$\frac{IR_10.8_}{IR_8.7}$	Automatic	More
95	Ratio Analysis of Reflectance Spectra A1	RARSa1	$\frac{\frac{675nm}{700nm}}{\frac{r675}{r700}}$	$\frac{\frac{VIS_0.6}{HRV}}{\frac{r675}{r700}}$	Automatic	More
96	Ratio Analysis of Reflectance Spectra A2	RARSa2	$\frac{\frac{680nm}{700nm}}{\frac{r680}{r700}}$	$\frac{\frac{VIS_0.6}{HRV}}{\frac{r680}{r700}}$	Automatic	More
97	Ratio Analysis of Reflectance Spectra A3	RARSa3	$\frac{\frac{675nm}{800nm}}{\frac{r670}{r800}}$	$\frac{\frac{VIS_0.6}{VIS_0.8_}}{\frac{r670}{r800}}$	Automatic	More
98	Ratio Analysis of Reflectance Spectra A4	RARSa4	$\frac{\frac{680nm}{800nm}}{\frac{r680}{r800}}$	$\frac{\frac{VIS_0.6}{VIS_0.8_}}{\frac{r680}{r800}}$	Automatic	More
99	Ratio Analysis of Reflectance Spectra B3	RARSb3	$\frac{\frac{675nm}{650nm} \cdot 800nm}{r650 \frac{r800}{r675}}$	$\frac{\frac{HRV}{VIS_0.6} \cdot VIS_0.8_}{r650 \frac{r800}{r675}}$	Automatic	More
100	Ratio Analysis of Reflectance Spectra B4	RARSb4	$\frac{\frac{680nm}{635nm} \cdot 800nm}{r635 \frac{r800}{r680}}$	$\frac{\frac{HRV}{VIS_0.6} \cdot VIS_0.8_}{r635 \frac{r800}{r680}}$	Automatic	More
101	RDVI	RDVI	$\frac{800nm - 670nm}{{(800nm + 670nm)}^{0.5}}$	$\frac{VIS_0.8_- VIS_0.6}{{(VIS_0.8_+ VIS_0.6)}^{0.5}}$	Automatic	More
102	RDVI2	RDVI2	$\frac{833nm - 658nm}{\sqrt{833nm + 658nm}}$	$\frac{VIS_0.8_- VIS_0.6}{\sqrt{VIS_0.8_+ VIS_0.6}}$	Automatic	More
103	Red edge 1	Rededge1	$\frac{[708:716]}{[676:685]}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
104	Red edge 2	Rededge2	$\frac{[708:716] - [676:685]}{[708:716] + [676:685]}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
105	Reduced Simple Ratio	RSR	$\frac{NIR}{RED} \cdot MIRmax - \frac{MIR}{MIRmax} - MIRmin$	$\frac{VIS_0.8_}{HRV} \cdot MIRmax - \frac{IR_1.6_}{MIRmax} - MIRmin$	Automatic	More
106	Reflectance at the inflexion point	Rre	$\frac{[670] + [780]}{2}$	$\frac{VIS_0.6 + HRV}{2}$	Automatic	More
107	Renormalized Difference Vegetation Index	RDVI	$\frac{800nm - 670nm}{\sqrt{800nm + 670nm}}$	$\frac{VIS_0.8_- VIS_0.6}{\sqrt{VIS_0.8_+ VIS_0.6}}$	Automatic	More
108	SAVImir	SAVImir	$(NIR - MIR) \frac{1 + L}{NIR + MIR + L}$	$(VIS_0.8_- IR_1.6_) \frac{1 + L}{VIS_0.8_+ IR_1.6_+ L}$	Automatic	More
109	Silica 3		$\frac{[10250:10950]}{[8125:8475]}$	$\frac{IR_10.8_}{IR_8.7}$	Automatic	More
110	Simple Ratio 1599/819 Moisture Stress Index 2	MSI2	$\frac{1599nm}{819nm}$	$\frac{IR_1.6_}{VIS_0.8_}$	Automatic	More
111	Simple Ratio 1600/820 Moisture Stress Index	MSI	$\frac{1600nm}{820nm}$	$\frac{IR_1.6_}{VIS_0.8_}$	Automatic	More
112	Simple Ratio 1660/680 Disease-Water Stress Index 3	DSWI-3	$\frac{1660nm}{680nm}$	$\frac{IR_1.6_}{VIS_0.6}$	Automatic	More
113	Simple Ratio 560/658 GRVIhyper	SR560/658	$\frac{560nm}{658nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
114	Simple Ratio 605/670	SR605/670	$\frac{605nm}{670nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
115	Simple Ratio 605/760 Carter3	Ctr3	$\frac{605nm}{760nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
116	Simple Ratio 672/708	SR672/708	$\frac{672nm}{708nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
117	Simple Ratio 675/700	SR675/700	$\frac{675nm}{700nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
118	Simple Ratio 675/705	SR675/705	$\frac{675nm}{705nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
119	Simple Ratio 678/750	SR678/750	$\frac{678nm}{750nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
120	Simple Ratio 685/735	SR685/735	$\frac{685nm}{735nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
121	Simple Ratio 690/735 Fluorescence ratio	FR	$\frac{690nm}{735nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
122	Simple Ratio 690/740 Fluorescence ratio 2	FR2	$\frac{690nm}{740nm}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
123	Simple Ratio 694/840	SR694/840	$\frac{694nm}{840nm}$	$\frac{HRV}{VIS_0.8_}$	Automatic	More
124	Simple Ratio 695/670 Carter5	Ctr5	$\frac{695nm}{670nm}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
125	Simple Ratio 695/760 Carter2	Ctr2	$\frac{695nm}{760nm}$	$\frac{HRV}{VIS_0.8_}$	Automatic	More
126	Simple Ratio 695/800	SR695/800	$\frac{695nm}{800nm}$	$\frac{HRV}{VIS_0.8_}$	Automatic	More
127	Simple Ratio 700	SR700	$\frac{1}{700nm}$	$\frac{1}{HRV}$	Automatic	More
128	Simple Ratio 700/670	SR700/670	$\frac{700nm}{670nm}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
129	Simple Ratio 706/750 Chl-a	SR706/750	$\frac{706nm}{750nm}$	$\frac{HRV}{VIS_0.8_}$	Automatic	More
130	Simple Ratio 710/670	SR710/670	$\frac{710nm}{670nm}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
131	Simple Ratio 710/760 Carter4	Ctr4	$\frac{710nm}{760nm}$	$\frac{HRV}{VIS_0.8_}$	Automatic	More
132	Simple Ratio 740/720	Vog1	$\frac{[734:747]}{[715:726]}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
133	Simple Ratio 740/720 hyper Vogelmann indices 1	Vog1hyper	$\frac{740nm}{720nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
134	Simple Ratio 750/700 Gitelson and Merzlyak 2	SR750/700	$\frac{750nm}{700nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
135	Simple Ratio 750/705	SR750/705	$\frac{750nm}{705nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
136	Simple Ratio 750/710 Zarco-Tejada & Miller (ZM)	SR750/710	$\frac{750nm}{710nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
137	Simple Ratio 752/690	SR752/690	$\frac{752nm}{690nm}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
138	Simple Ratio 754/704 Datt3	Datt3	$\frac{754nm}{704nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
139	Simple Ratio 760/695	SR760/695	$\frac{760nm}{695nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
140	Simple Ratio 774/677	SR774/677	$\frac{774nm}{677nm}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
141	Simple Ratio 800/1660 Disease-Water Stress Index 1	DSWI-1	$\frac{800nm}{1660nm}$	$\frac{VIS_0.8_}{IR_1.6_}$	Automatic	More
142	Simple Ratio 800/1675	SR800/1675	$\frac{800nm}{1675nm}$	$\frac{VIS_0.8_}{IR_1.6_}$	Automatic	More
143	Simple Ratio 800/600	SR800/600	$\frac{800nm}{600nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
144	Simple Ratio 800/635 Pigment Specific Simple Ratio (Cholophyll b) (PSSRb)	SR800/635	$\frac{800nm}{635nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
145	Simple Ratio 800/650 Pigment specific simple ratio B1	PSSRb1	$\frac{800nm}{650nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
146	Simple Ratio 800/670 Ratio Vegetation Index	RVI	$\frac{800nm}{670nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
147	Simple Ratio 800/675 Pigment specific simple ratio A1	PSSRa1	$\frac{800nm}{675nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
148	Simple Ratio 800/680 Pigment Specific Simple Ratio (Cholophyll a) (PSSRa)	SR800/680	$\frac{800nm}{680nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
149	Simple Ratio 801/670 NIR/Red	SR801/670	$\frac{801nm}{670nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
150	Simple Ratio 810/560 Plant biochemical index	PBI	$\frac{810nm}{560nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
151	Simple Ratio 833/1649 MSIhyper	SR833/1649	$\frac{833nm}{1649nm}$	$\frac{VIS_0.8_}{IR_1.6_}$	Automatic	More
152	Simple Ratio 833/658	SR833/658	$\frac{833nm}{658nm}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
153	Simple Ratio 850/710 Datt2	Datt2	$\frac{850nm}{710nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
154	Simple Ratio 860/708	SR860/708	$\frac{860nm}{708nm}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
155	Simple Ratio 900/680	SR900/680	$\frac{900nm}{680nm}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
156	Simple Ratio MIR/NIR Ratio Drought Index	RDI	$\frac{MIR}{NIR}$	$\frac{IR_1.6_}{VIS_0.8_}$	Automatic	More
157	Simple Ratio MIR/Red Eisenhydroxid-Index	SRMIR/Red	$\frac{MIR}{RED}$	$\frac{IR_1.6_}{HRV}$	Automatic	More
158	Simple Ratio MIR/SWIR Cley Mineral-Index, Salinity Index	SI	$\frac{MIR}{SWIR}$	$\frac{IR_1.6_}{IR_1.6_}$	Automatic	More
159	Simple Ratio NIR/700-715	SRNir/700-715	$\frac{NIR}{[700:715]}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
160	Simple Ratio NIR/G Green Ratio Vegetation Index	GRVI	$\frac{NIR}{G}$	$\frac{VIS_0.8_}{VIS_0.6}$	Automatic	More
161	Simple Ratio NIR/MIR	SRNIR/MIR	$\frac{NIR}{MIR}$	$\frac{VIS_0.8_}{IR_1.6_}$	Automatic	More
162	Simple Ratio NIR/RED Difference Vegetation Index, Vegetation Index Number (VIN)	DVI	$\frac{NIR}{RED}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
163	Simple Ratio NIR/Rededge RedEdge Ratio Index 1	RRI1	$\frac{NIR}{rededge}$	$\frac{VIS_0.8_}{HRV}$	Automatic	More
164	Simple Ratio Red/Green Red-Green Ratio	RGR	$\frac{RED}{GREEN}$	$\frac{HRV}{VIS_0.6}$	Automatic	More
165	Simple Ratio Red/NIR Ratio Vegetation-Index	SRRed/NIR	$\frac{RED}{NIR}$	$\frac{HRV}{VIS_0.8_}$	Automatic	More
166	Simple Ratio Rededge/Red RedEdge Ratio Index 2	RRI2	$\frac{rededge}{RED}$	$\frac{VIS_0.6}{HRV}$	Automatic	More
167	Simple Ratio SWIRI/NIR Ferrous Minerals	SRSWIRI/NIR	$\frac{SWIRI}{NIR}$	$\frac{SWIRI}{VIS_0.8_}$	Automatic	More
168	Single Band 1510	SB1510	$1510nm$	$IR_1.6_$	Automatic	More
169	Single Band 1530	SB1530	$1530nm$	$IR_1.6_$	Automatic	More
170	Single Band 1540	SB1540	$1540nm$	$IR_1.6_$	Automatic	More
171	Single Band 1580	SB1580	$1580nm$	$IR_1.6_$	Automatic	More
172	Single Band 1690	SB1690	$1690nm$	$IR_1.6_$	Automatic	More
173	Single Band 1780	SB1780	$1780nm$	$IR_1.6_$	Automatic	More
174	Single Band 635 Blackburn2	BB2	$635nm$	$VIS_0.6$	Automatic	More
175	Single Band 640	SB640	$640nm$	$VIS_0.6$	Automatic	More
176	Single Band 655	SB655	$655nm$	$VIS_0.6$	Automatic	More
177	Single Band 660	SB660	$660nm$	$VIS_0.6$	Automatic	More
178	Single Band 670	SB670	$670nm$	$VIS_0.6$	Automatic	More
179	Single Band 675	SB675	$675nm$	$VIS_0.6$	Automatic	More
180	Single Band 680 Blackburn1	BB1	$680nm$	$VIS_0.6$	Automatic	More
181	Single Band 700	SB700	$700nm$	$HRV$	Automatic	More
182	Single Band 703 Boochs	SB703	$703nm$	$HRV$	Automatic	More
183	Single Band 705	SB705	$705nm$	$HRV$	Automatic	More
184	Single Band 720 Boochs2	SB720	$720nm$	$HRV$	Automatic	More
185	Single Band 735	SB735	$735nm$	$HRV$	Automatic	More
186	Single Band 801	SB801	$801nm$	$VIS_0.8_$	Automatic	More
187	Single Band 850	SB850	$850nm$	$VIS_0.8_$	Automatic	More
188	Single Band 885	SB885	$885nm$	$HRV$	Automatic	More
189	SiO2		$\frac{[10250:10950]}{[8925:9275]}$	$\frac{IR_10.8_}{IR_8.7}$	Automatic	More
190	Soil Adjusted Vegetation Index	SAVI	$\frac{800nm - 670nm}{800nm + 670nm + L} (1 + L)$	$\frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6 + L} (1 + L)$	Automatic	More
191	Soil and Atmospherically Resistant Vegetation Index	SARVI	$(1 + L) \frac{800nm - (Rr - y (RB - Rr))}{800nm + - (Rr - y (RB - Rr)) + L}$	$(1 + L) \frac{VIS_0.8_- (Rr - y (RB - Rr))}{VIS_0.8_+ - (Rr - y (RB - Rr)) + L}$	Automatic	More
192	Soil and Atmospherically Resistant Vegetation Index 3	SAVI3	$(1 + 0, 5) \frac{833nm - 658nm}{833nm + 658nm + 0, 5}$	$(1 + 0, 5) \frac{VIS_0.8_- VIS_0.6}{VIS_0.8_+ VIS_0.6 + 0, 5}$	Automatic	More
193	Soil Background Line	SBL	$[800:1100] - 2.4 [600:700]$	$VIS_0.8_- 2.4 VIS_0.6$	Automatic	More
194	Soil Composition Index		$\frac{[1600:1700] - [760:860]}{[1600:1700] + [760:860]}$	$\frac{IR_1.6_- VIS_0.8_}{IR_1.6_+ VIS_0.8_}$	Automatic	More
195	Soil-adjusted vegetation index 2	SAVI2	$\frac{NIR}{RED + \frac{b}{a}}$	$\frac{VIS_0.8_}{HRV + \frac{b}{a}}$	Automatic	More
196	Specific Leaf Area Vegetation Index	SLAVI	$\frac{NIR}{RED + SWIR}$	$\frac{VIS_0.8_}{HRV + IR_1.6_}$	Automatic	More
197	SQRT(IR/R)	SQRT(IR/R)	$\sqrt{\frac{NIR}{RED}}$	$\sqrt{\frac{VIS_0.8_}{HRV}}$	Automatic	More
198	Transformed NDVI	TNDVI	$\sqrt{\frac{NIR - RED}{NIR + RED} + 0.5}$	$\sqrt{\frac{VIS_0.8_- HRV}{VIS_0.8_+ HRV} + 0.5}$	Automatic	More
199	Transformed Soil Adjusted Vegetation Index	TSAVI	$\frac{B (NIR - B \cdot R - A)}{RED + B (NIR - A) + X (1 + B^{2})}$	$\frac{B (VIS_0.8_- B \cdot HRV - A)}{HRV + B (VIS_0.8_- A) + X (1 + B^{2})}$	Automatic	More
200	Transformed Soil Adjusted Vegetation Index 2	TSAVI	$\frac{a \cdot NIR - a \cdot RED - b}{RED + a \cdot NIR - a \cdot b}$	$\frac{a \cdot VIS_0.8_- a \cdot HRV - b}{HRV + a \cdot VIS_0.8_- a \cdot b}$	Automatic	More
201	Transformed Vegetation Index	TVI	$\sqrt{(NDVI) + 0, 5}$	$\sqrt{((\frac{HRV - VIS_0.6}{HRV + VIS_0.6})) + 0, 5}$	Automatic	More
202	Vegetation Index 700	VI700	$\frac{700nm - [660:680]}{700nm + [660:680]}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
203	Visible Atmospherically Resistant Indices RedEdge	VARIrededge	$\frac{[700:710] - [620:680]}{[700:710] + [620:680]}$	$\frac{HRV - VIS_0.6}{HRV + VIS_0.6}$	Automatic	More
204	Weighted Difference Vegetation Index	WDVI	$NIR - a \cdot RED$	$VIS_0.8_- a \cdot HRV$	Automatic	More
205	Wide Dynamic Range Vegetation Index	WDRVI	$\frac{0.1 NIR - RED}{0.1 NIR + RED}$	$\frac{0.1 VIS_0.8_- HRV}{0.1 VIS_0.8_+ HRV}$	Automatic	More