List of available Indices

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Nr	Name	Abbrev.	Formula	Variables	Source	# Sens.	# Appl.	# Ref.
1	Crop water stress index	CWSI	$\frac{C-A}{B-A}$		Original Formula	0	6	6
2	Greenness Above Bare Soil	GRABS	$\mathrm{GVI}-0.09178\mathrm{SBI}+5.58959$		Original Formula	0	0	2
3	Modified Normalized Difference Vegetation Index RVI	MRVI	$\frac{\mathrm{RVI}-1}{\mathrm{RVI}+1}$		Original Formula	0	1	1
4	Optimized vegetation normalized index	OVNI			Original Formula	0	0	1
5	Relative Drought Index	RDI	$\frac{\mathrm{WSDact}}{\mathrm{WSDcrit}}$		Original Formula	0	0	0
6	Relative Greenness Index	RGI			Original Formula	0	0	1
7	Relative Water Content Index	RWC	$\frac{\mathrm{FW}-\mathrm{DW}}{\mathrm{TW}-\mathrm{DW}}$		Original Formula	0	2	2
8	Residual Moisture Index	RMI			Original Formula	0	0	1
9	Saturation	S	$\frac{\max \left(R,G,B\right)-\min \left(R,G,B\right)}{\max \left(R,G,B\right)}$		Original Formula	0	1	1
10	Simple Ratio SWIRI/SWIRII Clay Minerals	SRSWIRI/SWIRII	$\frac{\mathrm{SWIRI}}{\mathrm{SWIRII}}$		Original Formula	0	2	0
11	Stress Index	SI			Original Formula	0	0	1
12	Tasselled Cap - nonesuch				Derived	0	0	4
13	Vegetation Condition Index	VCI	$\frac{\mathrm{NDVIj}-\mathrm{NDVImin}}{\mathrm{NDVImax}-\mathrm{NDVImin}}·100$		Original Formula	0	2	0
14	Yellowness index	YI	$-10\frac{\mathrm{580nm}-2\mathrm{624nm}+\mathrm{668nm}}{{\mathrm{44nm}}^2}$		Original Formula	0	0	1
15	Simple Ration 355 / 365 gk		$\left(\frac{\mathrm{355nm}}{l}·\mathrm{365nm}\right)$	l=1.1	Derived	2	0	0
16	Silica 1		$\frac{\mathrm{[8475:8825]}}{\mathrm{[8125:8475]}}$		Derived	3	2	0
17	Silica 4		$\frac{\mathrm{[8475:8825]}·\mathrm{[8475:8825]}}{\frac{\mathrm{[8125:8475]}}{\mathrm{[8925:9275]}}}$		Derived	3	1	0
18	Siliceous Rocks		$\frac{\mathrm{[8475:8825]}·\mathrm{[8475:8825]}}{\mathrm{[8125:8475]}·\mathrm{[8925:9275]}}$		Derived	3	2	1
19	Silica 2		$\frac{\mathrm{[8475:8825]}}{\mathrm{[8925:9275]}}$		Derived	4	2	0
20	Triangular greenness index	TGI	$\mathrm{–0.5}\left(\left(\mathrm{[665:675]–[475:485]}\right)·\left(\mathrm{670nm–550nm}\right)\mathrm{–}\left(\mathrm{[665:675]–[545:555]}\right)\left(\mathrm{670nm–480nm}\right)\right)$		Original Formula	4	0	1
21	Basic Degree Index - SIO2		$\frac{\mathrm{[8925:9275]}}{\mathrm{[10250:10950]}}$		Derived	5	3	2
22	Quartz Rich Rocks		$\frac{\mathrm{[10950:11650]}}{\mathrm{[8925:9275]}}$		Derived	5	3	1
23	SiO2		$\frac{\mathrm{[10250:10950]}}{\mathrm{[8925:9275]}}$		Derived	5	1	0
24	Carbonate		$\frac{\mathrm{[10250:10950]}}{\mathrm{[10950:11650]}}$		Derived	6	2	2
25	Silica 3		$\frac{\mathrm{[10250:10950]}}{\mathrm{[8125:8475]}}$		Derived	7	2	0
26	Modified Normalized Difference 850/1788/1928	ND850/1788/1928	$\frac{\mathrm{850nm–1788nm}}{\mathrm{850nm}+\mathrm{1928nm}}$		Original Formula	8	0	1
27	Modified Normalized Difference 850/2218/1928	ND850/2218/1928	$\frac{\mathrm{850nm–2218nm}}{\mathrm{850nm}+\mathrm{1928nm}}$		Original Formula	8	0	1
28	Cellulose absorption index 2	CAI	$0,5\left(\mathrm{2020nm}+\mathrm{2220nm}\right)-\mathrm{2100nm}$		Original Formula	9	3	4
29	Normalized Difference 1080/1180	ND1080/1180	$\frac{\mathrm{1080nm}-\mathrm{1180nm}}{\mathrm{1080nm}+\mathrm{1180nm}}$		Original Formula	9	0	1
30	Normalized Difference 1094/1205 Leaf water VI 2	LWVI-2	$\frac{\mathrm{1094nm}-\mathrm{1205nm}}{\mathrm{1094nm}+\mathrm{1205nm}}$		Original Formula	9	2	1
31	Normalized Difference 1180/1450	ND1180/1450	$\frac{\mathrm{1180nm}-\mathrm{1450nm}}{\mathrm{1180nm}+\mathrm{1450nm}}$		Original Formula	9	0	1
32	Normalized Difference 1260/1450	ND1260/1450	$\frac{\mathrm{1260nm}-\mathrm{1450nm}}{\mathrm{1260nm}+\mathrm{1450nm}}$		Original Formula	9	0	1
33	Simple Ratio 1080/1180	SR1080/1180	$\frac{\mathrm{1080nm}}{\mathrm{1180nm}}$		Original Formula	9	0	1
34	Simple Ratio 1180/1080	SR1180/1080	$\frac{\mathrm{1180nm}}{\mathrm{1080nm}}$		Original Formula	9	0	1
35	Simple Ratio 1180/1450	SR1180/1450	$\frac{\mathrm{1180nm}}{\mathrm{1450nm}}$		Original Formula	9	0	1
36	Simple Ratio 1193/1126 Water content	WC	$\frac{\mathrm{1193nm}}{\mathrm{1126nm}}$		Original Formula	9	2	1
37	Simple Ratio 1260/1450	SR1260/1450	$\frac{\mathrm{1260nm}}{\mathrm{1450nm}}$		Original Formula	9	0	1
38	Simple Ratio 1450/1180	SR1450/1180	$\frac{\mathrm{1450nm}}{\mathrm{1180nm}}$		Original Formula	9	0	1
39	Simple Ratio 1450/1260	SR1450/1260	$\frac{\mathrm{1450nm}}{\mathrm{1260nm}}$		Original Formula	9	0	1
40	Three-Band Ratio 975	RATIO975	$2\frac{\mathrm{[960:990]}}{\mathrm{[920:940]}+\mathrm{[1090:1110]}}$		Original Formula	9	2	1
41	Cellulose Absorption Index	CAI	$100\left(0.5\left(\mathrm{2030nm}+\mathrm{2210nm}\right)-\mathrm{2100nm}\right)$		Original Formula	10	3	0
42	Modified Chlorophyll Absorption in Reflectance Index 1510	MCARI1510	$\left(\left(\mathrm{700nm}-\mathrm{1510nm}\right)-0.2\left(\mathrm{700nm}-\mathrm{550nm}\right)\right)\left(\frac{\mathrm{700nm}}{\mathrm{1510nm}}\right)$		Original Formula	10	2	1
43	Normalized Difference 1070/1200 NDWI-Hyperion	NDWI-Hyp	$\frac{\mathrm{1070nm}-\mathrm{1200nm}}{\mathrm{1070nm}+\mathrm{1200nm}}$		Original Formula	10	0	2
44	Normalized Difference 1080/1450	ND1080/1450	$\frac{\mathrm{1080nm}-\mathrm{1450nm}}{\mathrm{1080nm}+\mathrm{1450nm}}$		Original Formula	10	0	1
45	Normalized Difference 1080/2170	ND1080/2170	$\frac{\mathrm{1080nm}-\mathrm{2170nm}}{\mathrm{1080nm}+\mathrm{2170nm}}$		Original Formula	10	0	1
46	Normalized Difference 1180/2170	ND1180/2170	$\frac{\mathrm{1180nm}-\mathrm{2170nm}}{\mathrm{1180nm}+\mathrm{2170nm}}$		Original Formula	10	0	1
47	Normalized Difference 2260/1490 Normalized Difference leaf mass per area	NDlma	$\frac{\mathrm{2260nm-1490nm}}{\mathrm{2260nm}+\mathrm{1490nm}}$		Original Formula	10	2	1
48	Normalized Difference 800/1180	ND800/1180	$\frac{\mathrm{800nm}-\mathrm{1180nm}}{\mathrm{800nm}+\mathrm{1180nm}}$		Original Formula	10	0	1
49	Normalized Difference 960/1180	ND960/1180	$\frac{\mathrm{960nm}-\mathrm{1180nm}}{\mathrm{960nm}+\mathrm{1180nm}}$		Original Formula	10	0	1
50	Normalized Difference Lignin Index	NDLI	$\frac{\log \left(\frac{1}{\mathrm{1754nm}}\right)-\log \left(\frac{1}{\mathrm{1680nm}}\right)}{\log \left(\frac{1}{\mathrm{1754nm}}\right)+\log \left(\frac{1}{\mathrm{1680nm}}\right)}$		Original Formula	10	1	1
51	Simple Ratio 1080/1450	SR1080/1450	$\frac{\mathrm{1080nm}}{\mathrm{1450nm}}$		Original Formula	10	0	1
52	Simple Ratio 1080/2170	SR1080/2170	$\frac{\mathrm{1080nm}}{\mathrm{2170nm}}$		Original Formula	10	0	1
53	Simple Ratio 1180/2170	SR1180/2170	$\frac{\mathrm{1180nm}}{\mathrm{2170nm}}$		Original Formula	10	0	1
54	Simple Ratio 1450/1080	SR1450/1080	$\frac{\mathrm{1450nm}}{\mathrm{1080nm}}$		Original Formula	10	0	1
55	Simple Ratio 2170/1080	SR2170/1080	$\frac{\mathrm{2170nm}}{\mathrm{1080nm}}$		Original Formula	10	0	1
56	Simple Ratio 2170/1180	SR2170/1180	$\frac{\mathrm{2170nm}}{\mathrm{1180nm}}$		Original Formula	10	0	1
57	Simple Ratio 800/1180	SR800/1180	$\frac{\mathrm{800nm}}{\mathrm{1180nm}}$		Original Formula	10	0	1
58	Simple Ratio 960/1180	SR960/1180	$\frac{\mathrm{960nm}}{\mathrm{1180nm}}$		Original Formula	10	0	1
59	Single Band 1900	SB1900	$\mathrm{1900nm}$		Original Formula	10	2	1
60	TCARI1510/OSAVI1510	TCARI1510/OSAVI1	$\frac{3\left(\left(\mathrm{700nm}-\mathrm{1510nm}\right)-0,2\left(\mathrm{700nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{700nm}}{\mathrm{1510nm}}\right)\right)}{\frac{\left(1+L\right)\left(\mathrm{800nm}-\mathrm{1510nm}\right)}{\mathrm{800nm}+\mathrm{1510nm}+L}}$		Original Formula	10	0	1
61	Three-Band Ratio 1200	RATIO1200	$2\frac{\mathrm{[1180:1220]}}{\mathrm{[1090:1110]}+\left(\mathrm{[1265:1285]}\right)}$		Original Formula	10	1	1
62	Transformed Chlorophyll Absorbtion Ratio 1510	TCARI1510	$3\left(\left(\mathrm{700nm}-\mathrm{1510nm}\right)-0,2\left(\mathrm{700nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{700nm}}{\mathrm{1510nm}}\right)\right)$		Original Formula	10	0	1
63	Normalized Difference 1080/1260	ND1080/1260	$\frac{\mathrm{1080nm}-\mathrm{1260nm}}{\mathrm{1080nm}+\mathrm{1260nm}}$		Original Formula	11	0	1
64	Normalized Difference 1094/983 Leaf water VI 1	LWVI-1	$\frac{\mathrm{1094nm}-\mathrm{893nm}}{\mathrm{1094nm}+\mathrm{893nm}}$		Original Formula	11	2	1
65	Normalized Difference 1180/1675	ND1180/1675	$\frac{\mathrm{1180nm}-\mathrm{1675nm}}{\mathrm{1180nm}+\mathrm{1675nm}}$		Original Formula	11	0	1
66	Normalized Difference 2160/1540 Normalized Difference leaf canopy biomass	NDBleaf	$\frac{\mathrm{2160nm-1540nm}}{\mathrm{2160nm}+\mathrm{1540nm}}$		Original Formula	11	2	0
67	Normalized Difference 800/1450	ND800/1450	$\frac{\mathrm{800nm}-\mathrm{1450nm}}{\mathrm{800nm}+\mathrm{1450nm}}$		Original Formula	11	0	1
68	Normalized Difference 960/1450	ND960/1450	$\frac{\mathrm{960nm}-\mathrm{1450nm}}{\mathrm{960nm}+\mathrm{1450nm}}$		Original Formula	11	0	1
69	Normalized Difference Nitrogen Index	NDNI	$\frac{\log \left(\frac{1}{\mathrm{1510nm}}\right)-\log \left(\frac{1}{\mathrm{1680nm}}\right)}{\log \left(\frac{1}{\mathrm{1510nm}}\right)+\log \left(\frac{1}{\mathrm{1680nm}}\right)}$		Original Formula	11	4	2
70	Simple Ratio 1058/1148	RVIhyp	$\frac{\mathrm{1058nm}}{\mathrm{1148nm}}$		Original Formula	11	1	1
71	Simple Ratio 1080/1260	SR1080/1260	$\frac{\mathrm{1080nm}}{\mathrm{1260nm}}$		Original Formula	11	0	1
72	Simple Ratio 1180/1675	SR1180/1675	$\frac{\mathrm{1180nm}}{\mathrm{1675nm}}$		Original Formula	11	0	1
73	Simple Ratio 1260/1080	SR1260/1080	$\frac{\mathrm{1260nm}}{\mathrm{1080nm}}$		Original Formula	11	0	1
74	Simple Ratio 1450/960	SR1450/960	$\frac{\mathrm{1450nm}}{\mathrm{960nm}}$		Original Formula	11	0	1
75	Simple Ratio 1675/1180	SR1675/1180	$\frac{\mathrm{1675nm}}{\mathrm{1180nm}}$		Original Formula	11	0	1
76	Simple Ratio 800/1450	SR800/1450	$\frac{\mathrm{800nm}}{\mathrm{1450nm}}$		Original Formula	11	0	1
77	Simple Ratio 960/1450	SR960/1450	$\frac{\mathrm{960nm}}{\mathrm{1450nm}}$		Original Formula	11	0	1
78	Single Band 1820	SB1820	$\mathrm{1820nm}$		Original Formula	11	2	1
79	Amphibole / MgOH		$\frac{\mathrm{[2185:2225]}+\mathrm{[2360:2430]}}{\mathrm{[2295:2365]}}$		Derived	12	2	1
80	Carbonate/Chlorite/Epidote		$\frac{\mathrm{[2235:2365]}+\mathrm{[2360:2430]}}{\mathrm{[2295:2365]}}$		Derived	12	3	1
81	Curvative Index	CI	$\mathrm{675nm}\frac{\mathrm{690nm}}{{\mathrm{683nm}}^2}$		Original Formula	12	0	2
82	Dolomite		$\frac{\mathrm{[2185:2225]}+\mathrm{[2295:2365]}}{\mathrm{[2235:2365]}}$		Derived	12	3	1
83	Epidote/Chlorite/Amphibole		$\frac{\mathrm{[2185:2225]}+\mathrm{[2360:2430]}}{\mathrm{[2235:2365]}+\mathrm{[2295:2365]}}$		Derived	12	2	0
84	Modified Normalized Difference 734/747/715/720	MD734/747/715/72	$\frac{\mathrm{734nm}-\mathrm{747nm}}{\mathrm{715nm}-\mathrm{720nm}}$		Original Formula	12	2	6
85	Modifies NLI	MNLI	$\frac{\left({\mathrm{1760nm}}^2-\mathrm{824nm}\right)·1,5}{{\mathrm{1760nm}}^2+\mathrm{824nm}+0,5}$		Original Formula	12	0	1
86	Normalized Difference 1080/1675	ND1080/1675	$\frac{\mathrm{1080nm}-\mathrm{1675nm}}{\mathrm{1080nm}+\mathrm{1675nm}}$		Original Formula	12	0	1
87	Normalized Difference 1260/2170	ND1260/2170	$\frac{\mathrm{1260nm}-\mathrm{2170nm}}{\mathrm{1260nm}+\mathrm{2170nm}}$		Original Formula	12	0	1
88	Normalized Difference 960/1260	ND960/1260	$\frac{\mathrm{960nm}-\mathrm{1260nm}}{\mathrm{960nm}+\mathrm{1260nm}}$		Original Formula	12	0	1
89	Optimized Soil Adjusted Vegetation Index 1510	OSAVI1510	$\frac{\left(1+L\right)\left(\mathrm{800nm}-\mathrm{1510nm}\right)}{\mathrm{800nm}+\mathrm{1510nm}+L}$		Original Formula	12	1	1
90	Simple Ratio 1080/1675	SR1080/1675	$\frac{\mathrm{1080nm}}{\mathrm{1675nm}}$		Original Formula	12	0	1
91	Simple Ratio 1260/2170	SR1260/2170	$\frac{\mathrm{1260nm}}{\mathrm{2170nm}}$		Original Formula	12	0	1
92	Simple Ratio 1675/1080	SR1675/1080	$\frac{\mathrm{1675nm}}{\mathrm{1080nm}}$		Original Formula	12	0	1
93	Simple Ratio 2170/1260	SR2170/1260	$\frac{\mathrm{2170nm}}{\mathrm{1260nm}}$		Original Formula	12	0	1
94	Simple Ratio 960/1260	SR960/1260	$\frac{\mathrm{960nm}}{\mathrm{1260nm}}$		Original Formula	12	0	1
95	Single Band 1940	SB1940	$\mathrm{1940nm}$		Original Formula	12	7	1
96	Alunite/Kaolinite/Pyrophylite		$\frac{\mathrm{[1600:1700]}+\mathrm{[2185:2225]}}{\mathrm{[2145:2185]}}$		Derived	13	3	1
97	Amphibole		$\frac{\mathrm{[2185:2225]}}{\mathrm{[2295:2365]}}$		Derived	13	3	1
98	Clay		$\frac{\mathrm{[2145:2185]}·\mathrm{[2235:2365]}}{\mathrm{[2185:2225]}·\mathrm{[2185:2225]}}$		Derived	13	3	1
99	Host Rock		$\frac{\mathrm{[2145:2185]}}{\mathrm{[2185:2225]}}$		Derived	13	3	0
100	Kaolinitic		$\frac{\mathrm{[2235:2365]}}{\mathrm{[2145:2185]}}$		Derived	13	2	1
101	Modified Normalised Difference 734/747/715/726 Vogelmann indices 2	Vog2	$\frac{\mathrm{734nm}-\mathrm{747nm}}{\mathrm{715nm}+\mathrm{726nm}}$		Original Formula	13	2	8
102	Muscovite		$\frac{\mathrm{[2235:2365]}}{\mathrm{[2185:2225]}}$		Derived	13	3	1
103	Normalized Difference 1260/1675	ND1260/1675	$\frac{\mathrm{1260nm}-\mathrm{1675nm}}{\mathrm{1260nm}+\mathrm{1675nm}}$		Original Formula	13	0	1
104	Normalized Difference 1510/660 NRI1510	ND1510/660	$\frac{\mathrm{1510nm}-\mathrm{660nm}}{\mathrm{1510nm}+\mathrm{660nm}}$		Original Formula	13	0	1
105	Phengitic		$\frac{\mathrm{[2145:2185]}}{\mathrm{[2185:2225]}}$		Derived	13	2	1
106	Sericite/Muscovite/Illite/Smecite		$\frac{\mathrm{[2145:2185]}+\mathrm{[2235:2365]}}{\mathrm{[2185:2225]}}$		Derived	13	2	1
107	Simple Ratio 1260/1675	SR1260/1675	$\frac{\mathrm{1260nm}}{\mathrm{1675nm}}$		Original Formula	13	0	1
108	Simple Ratio 1675/1260	SR1675/1260	$\frac{\mathrm{1675nm}}{\mathrm{1260nm}}$		Original Formula	13	0	1
109	Simple Ratio 800/1280	SR800/1280	$\frac{\mathrm{800nm}}{\mathrm{1280nm}}$		Original Formula	13	0	1
110	Single Band 1960	SB1960	$\mathrm{1960nm}$		Original Formula	13	3	1
111	Single Band 1980	SB1980	$\mathrm{1980nm}$		Original Formula	13	2	1
112	Single Band 2000	SB2000	$\mathrm{2000nm}$		Original Formula	13	2	1
113	Single Band 2060	SB2060	$\mathrm{2060nm}$		Original Formula	13	3	1
114	Normalized Difference 800/1260	ND800/1260	$\frac{\mathrm{800nm}-\mathrm{1260nm}}{\mathrm{800nm}+\mathrm{1260nm}}$		Original Formula	14	0	1
115	Normalized Difference 850/1650 Normalized Difference Infrared Index	NDII	$\frac{\mathrm{850nm}-\mathrm{1650nm}}{\mathrm{850nm}+\mathrm{1650nm}}$		Original Formula	14	2	1
116	Simple Ratio 1250/1050 LAI determining index	LAIDI	$\frac{\mathrm{1250nm}}{\mathrm{1050nm}}$		Original Formula	14	3	0
117	Single Band 1400	SB1400	$\mathrm{1400nm}$		Original Formula	14	2	1
118	Single Band 1450	SB1450	$\mathrm{1450nm}$		Original Formula	14	5	1
119	Single Band 1788	SB1788	$\mathrm{1788nm}$		Original Formula	14	0	2
120	sLAIDI	sLAIDI	$S\frac{\mathrm{1050nm}-\mathrm{1250nm}}{\mathrm{1050nm}+\mathrm{1250nm}}$	S=5	Original Formula	14	0	0
121	Gitelson2		$\left(\frac{\mathrm{750nm}-\mathrm{800nm}}{\mathrm{695nm}-\mathrm{740nm}}\right)-1$		Original Formula	15	0	1
122	Normalized Difference 415/435 Normalized Phaeophytinization Index , Normalized difference pigment index NDPI	NPQI	$\frac{\mathrm{415nm}-\mathrm{435nm}}{\mathrm{415nm}+\mathrm{435nm}}$		Original Formula	15	3	6
123	Normalized Difference 960/2170	ND960/2170	$\frac{\mathrm{960nm}-\mathrm{2170nm}}{\mathrm{960nm}+\mathrm{2170nm}}$		Original Formula	15	0	1
124	Simple Ratio 2170/960	SR2170/960	$\frac{\mathrm{2170nm}}{\mathrm{960nm}}$		Original Formula	15	0	2
125	Simple Ratio 960/2170	SR960/2170	$\frac{\mathrm{960nm}}{\mathrm{2170nm}}$		Original Formula	15	0	1
126	Single Band 1420	SB1420	$\mathrm{1420nm}$		Original Formula	15	2	1
127	Single Band 1490	SB1490	$\mathrm{1490nm}$		Original Formula	15	3	1
128	Single Band 1780	SB1780	$\mathrm{1780nm}$		Original Formula	15	4	1
129	WI/NDVI	WI/NDVI	$\frac{\frac{\mathrm{900nm}}{\mathrm{970nm}}}{\frac{\mathrm{800nm}-\mathrm{680nm}}{\mathrm{800nm}+\mathrm{680nm}}}$		Original Formula	15	2	1
130	Difference 1725/970 Difference LAI	DLAI	$\mathrm{1725nm}-\mathrm{970nm}$		Original Formula	16	2	1
131	Double Difference Index	DD	$\left(\mathrm{749nm}-\mathrm{720nm}\right)-\left(\mathrm{701nm}-\mathrm{672nm}\right)$		Original Formula	16	2	2
132	Double Peak Index	DPI	$\frac{\mathrm{688nm}+\mathrm{710nm}}{{\mathrm{697nm}}^2}$		Original Formula	16	3	2
133	Hyperspectral perpendicular VI	PVIhyp	$\frac{\mathrm{1148nm}-a·\mathrm{807nm}-b}{{\left(1+a^2\right)}^{0.5}}$	a=1.17, b=3.37	Original Formula	16	2	1
134	Normalized Difference 860/1240 Normalized Difference Water Index	NDWI	$\frac{\mathrm{860nm}-\mathrm{1240nm}}{\mathrm{860nm}+\mathrm{1240nm}}$		Original Formula	16	2	9
135	Simple Ratio 860/1240	SRWI	$\frac{\mathrm{860nm}}{\mathrm{1240nm}}$		Original Formula	16	1	1
136	Single Band 1120	SB1120	$\mathrm{1120nm}$		Original Formula	16	2	1
137	Single Band 1200	SB1200	$\mathrm{1200nm}$		Original Formula	16	5	1
138	Single Band 1510	SB1510	$\mathrm{1510nm}$		Original Formula	16	3	2
139	Single Band 1530	SB1530	$\mathrm{1530nm}$		Original Formula	16	2	1
140	Single Band 1540	SB1540	$\mathrm{1540nm}$		Original Formula	16	3	1
141	Normalized Difference 857/1241 Normalized Difference Water Index	NDWI2	$\frac{\mathrm{857nm}-\mathrm{1241nm}}{\mathrm{857nm}+\mathrm{1241nm}}$		Original Formula	17	2	1
142	Normalized Difference 960/1675	ND960/1675	$\frac{\mathrm{960nm}-\mathrm{1675nm}}{\mathrm{960nm}+\mathrm{1675nm}}$		Original Formula	17	0	1
143	Ratio 675/700/650	R675/700/650	$\frac{\mathrm{675nm}}{\mathrm{700nm}·\mathrm{650nm}}$		Original Formula	17	2	2
144	Ratio Analysis of Reflectance Spectra B1	RARSb1	$\frac{\frac{\mathrm{675nm}}{\mathrm{650nm}}·\mathrm{700nm}}{\mathrm{r650}\frac{\mathrm{r700}}{\mathrm{r675}}}$		Original Formula	17	2	1
145	Ratio of WI and Normalised Difference 750/660	WI/ND750	$\frac{\frac{\mathrm{900nm}}{\mathrm{970nm}}}{\frac{\mathrm{750nm–705nm}}{\mathrm{750nm}+\mathrm{705nm}}}$		Original Formula	17	3	1
146	Red-Edge Stress Vegetation Index	RVSI	$\frac{\mathrm{718nm}+\mathrm{748nm}}{2}-\mathrm{733nm}$		Original Formula	17	2	0
147	Simple Ratio 1675/960	SR1675/960	$\frac{\mathrm{1675nm}}{\mathrm{960nm}}$		Original Formula	17	0	1
148	Simple Ratio 705/722	D2	$\frac{\mathrm{705nm}}{\mathrm{722nm}}$		Original Formula	17	0	1
149	Simple Ratio 960/1675	SR960/1675	$\frac{\mathrm{960nm}}{\mathrm{1675nm}}$		Original Formula	17	0	1
150	CASI NDVI	CASI NDVI	$\frac{\left(\mathrm{[770:780]}+\mathrm{[784:790]}\right)-\left(\mathrm{[655:665]}+\mathrm{[676:685]}\right)}{\left(\mathrm{[770:780]}+\mathrm{[784:790]}\right)+\left(\mathrm{[655:665]}+\mathrm{[676:685]}\right)}$		Original Formula	18	3	1
151	CASI TM4/3	CASI TM4/3	$\frac{\mathrm{[770:780]}+\mathrm{[784:790]}}{\mathrm{[655:665]}+\mathrm{[676:685]}}$		Original Formula	18	3	1
152	MCARI2/OSAVI2	MCARI2/OSAVI2	$\left(\frac{1.5\frac{2.5\left(\mathrm{800nm}-\mathrm{670nm}\right)-1.3\left(\mathrm{800nm}-\mathrm{550nm}\right)}{\sqrt{{\left(2\mathrm{800nm}+1\right)}^2-\left(6\mathrm{800nm}-5\sqrt{\mathrm{670nm}}\right)-0.5}}}{\left(1+0.16\right)\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}+0.16}}\right)$		Original Formula	18	0	1
153	Normalized Difference 570/539	ND570/539	$\frac{\mathrm{570nm}-\mathrm{539nm}}{\mathrm{570nm}+\mathrm{539nm}}$		Original Formula	18	0	1
154	RVSI	RVSI	$\frac{\mathrm{714nm}+\mathrm{752nm}}{2}-\mathrm{733nm}$		Original Formula	18	0	1
155	Single Band 2080	SB2080	$\mathrm{2080nm}$		Original Formula	18	3	1
156	Aerosol free vegetation index 2100	AFRI2100	$\left(\mathrm{NIR}-0.5\frac{\mathrm{2100nm}}{\mathrm{NIR}+0.56\mathrm{2100nm}}\right)$		Original Formula	19	3	2
157	Ratio Analysis of Reflectance Spectra B2	RARSb2	$\frac{\frac{\mathrm{680nm}}{\mathrm{635nm}}·\mathrm{700nm}}{\mathrm{r635}\frac{\mathrm{r700}}{\mathrm{r680}}}$		Original Formula	19	2	1
158	Simple Ratio 715/705 Vogelmann indices 3	Vog3	$\frac{\mathrm{715nm}}{\mathrm{705nm}}$		Original Formula	19	2	5
159	Simple Ratio 730/706	D1	$\frac{\mathrm{730nm}}{\mathrm{706nm}}$		Original Formula	19	0	1
160	Simple Ratio 970/902 Water band index	WBI	$\frac{\mathrm{970nm}}{\mathrm{902nm}}$		Original Formula	19	3	1
161	Disease water stress index	DSWI	$\frac{\mathrm{802nm}+\mathrm{547nm}}{\mathrm{1657nm}+\mathrm{682nm}}$		Original Formula	20	3	1
162	Simple Ratio 970/900 Plant Water Index, Water Band Index (WBI), Water Index (WI)	PWI	$\frac{\mathrm{970nm}}{\mathrm{900nm}}$		Original Formula	20	3	13
163	Simple Ratio MIR/SWIR Cley Mineral-Index, Salinity Index	SI	$\frac{\mathrm{MIR}}{\mathrm{SWIR}}$		Original Formula	20	1	0
164	Single Band 2100	SB2100	$\mathrm{2100nm}$		Original Formula	20	3	1
165	Single Band 2340	SB2340	$\mathrm{2340nm}$		Original Formula	20	2	1
166	Modified Normalised Difference 750/705	MND750/705	$\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}-2\mathrm{445nm}}$		Original Formula	21	2	4
167	Modified Simple Ratio 705/445	MSR705/445	$\frac{\mathrm{750nm}-\mathrm{445nm}}{\mathrm{705nm}-\mathrm{445nm}}$		Original Formula	21	2	4
168	Normalized Difference 800/2170	ND800/2170	$\frac{\mathrm{800nm}-\mathrm{2170nm}}{\mathrm{800nm}+\mathrm{2170nm}}$		Original Formula	21	0	0
169	Red-Edge Inflection Point 2	REIP2	$702+40\left(\frac{\left(\frac{\mathrm{667nm}+\mathrm{782nm}}{2}\right)-\mathrm{702nm}}{\mathrm{742nm}-\mathrm{702nm}}\right)$		Original Formula	21	3	4
170	Simple Ratio 605/420	SR605/420	$\frac{\mathrm{605nm}}{\mathrm{420nm}}$		Original Formula	21	0	2
171	Simple Ratio 715/705	SR715/705	$\frac{\mathrm{[710:720]}}{\mathrm{[700:710]}}$		Original Formula	21	2	3
172	Simple Ratio 740/720 hyper Vogelmann indices 1	Vog1hyper	$\frac{\mathrm{740nm}}{\mathrm{720nm}}$		Original Formula	21	2	5
173	Simple Ratio 800/2170	SR800/2170	$\frac{\mathrm{800nm}}{\mathrm{2170nm}}$		Original Formula	21	0	1
174	Simple Ratio 800/960	SR800/960	$\frac{\mathrm{800nm}}{\mathrm{960nm}}$		Original Formula	21	0	1
175	Simple Ratio 895/972 Water band index 4	WBI4	$\frac{\mathrm{895nm}}{\mathrm{972nm}}$		Original Formula	21	3	1
176	Simple Ratio 950/900 Water band index	WBI3	$\frac{\mathrm{950nm}}{\mathrm{900nm}}$		Original Formula	21	3	2
177	Single Band 2320	SB2320	$\mathrm{2320nm}$		Original Formula	21	2	1
178	Single Band 2350	SB2350	$\mathrm{2350nm}$		Original Formula	21	4	1
179	Normalized Difference 531/570 Photochemical Reflectance Index 531/570	PRI531/570	$\frac{\mathrm{531nm}-\mathrm{570nm}}{\mathrm{531nm}+\mathrm{570nm}}$		Original Formula	22	2	10
180	Normalized Difference 550/531	ND550/531	$\frac{\mathrm{550nm}-\mathrm{531nm}}{\mathrm{550nm}+\mathrm{531nm}}$		Original Formula	22	0	1
181	Normalized Difference 570/531 Photochemical Reflectance Index 570/531	PRI570/531	$\frac{\mathrm{570nm}-\mathrm{531nm}}{\mathrm{570nm}+\mathrm{531nm}}$		Original Formula	22	1	4
182	Single Band 2310	SB2310	$\mathrm{2310nm}$		Original Formula	22	2	1
183	Ferric iron, Fe2+	Fe2+	$\frac{\mathrm{[2145:2185]}}{\mathrm{[760:860]}}+\frac{\mathrm{[520:600]}}{\mathrm{[630:690]}}$		Derived	23	3	1
184	Ferrous iron		$\frac{\mathrm{[2145:2185]}}{\mathrm{[760:860]}}+\frac{\mathrm{[520:600]}}{\mathrm{[630:690]}}$		Derived	23	3	1
185	MCARI/MTVI2	MCARI/MTVI2	$\frac{\left(\left(\mathrm{700nm}-\mathrm{670nm}\right)-0.2\left(\mathrm{700nm}-\mathrm{550nm}\right)\right)\left(\frac{\mathrm{700nm}}{\mathrm{670nm}}\right)}{\left(1.5\frac{1.2\left(\mathrm{800nm}-\mathrm{550nm}\right)-2.5\left(\mathrm{670nm}-\mathrm{550nm}\right)}{\sqrt{{\left(2\mathrm{800nm}+1\right)}^2-\left(6\mathrm{800nm}-5\sqrt{\mathrm{670nm}}\right)-0.5}}\right)}$		Original Formula	23	2	2
186	MCARI/OSAVI	MCARI/OSAVI	$\frac{\left(\mathrm{700nm}-\mathrm{670nm}\right)-0.2\left(\mathrm{700nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{700nm}}{\mathrm{670nm}}\right)}{\left(1+0.16\right)\frac{\mathrm{800nm}-\mathrm{670nm}}{\mathrm{800nm}+\mathrm{670nm}+0.16}}$		Original Formula	23	0	4
187	Normalized Difference 925/710 Normalized Difference Chlorophyll	NDchl	$\frac{\mathrm{925nm-710nm}}{\mathrm{925nm}+\mathrm{710nm}}$		Original Formula	23	2	1
188	Ratio Analysis of Reflectance Spectra B3	RARSb3	$\frac{\frac{\mathrm{675nm}}{\mathrm{650nm}}·\mathrm{800nm}}{\mathrm{r650}\frac{\mathrm{r800}}{\mathrm{r675}}}$		Original Formula	23	2	1
189	Ratio Analysis of Reflectance Spectra B4	RARSb4	$\frac{\frac{\mathrm{680nm}}{\mathrm{635nm}}·\mathrm{800nm}}{\mathrm{r635}\frac{\mathrm{r800}}{\mathrm{r680}}}$		Original Formula	23	2	1
190	Red-Edge Inflection Point 1	REIP1	$700+40\left(\frac{\left(\frac{\mathrm{670nm}+\mathrm{780nm}}{2}\right)-\mathrm{700nm}}{\mathrm{740nm}-\mathrm{700nm}}\right)$		Original Formula	23	3	5
191	Red-Edge Inflection Point 3	REIP3	$705+35\left(\frac{\left(\frac{\mathrm{665nm}+\mathrm{783nm}}{2}\right)-\mathrm{705nm}}{\mathrm{740nm}-\mathrm{705nm}}\right)$		Original Formula	23	3	4
192	Simple Ratio 1650/2218	TM5/TM7	$\frac{\mathrm{1650nm}}{\mathrm{2218nm}}$		Original Formula	23	0	1
193	Simple Ratio 695/420 Carter1	Ctr1	$\frac{\mathrm{695nm}}{\mathrm{420nm}}$		Original Formula	23	3	7
194	Simple Ratio 710/420	SR710/420	$\frac{\mathrm{710nm}}{\mathrm{420nm}}$		Original Formula	23	0	2
195	TCARI/OSAVI	TCARI/OSAVI	$\frac{3\left(\mathrm{700nm}-\mathrm{670nm}\right)-0.2\left(\mathrm{700nm}-\mathrm{550nm}\right)\frac{\mathrm{700nm}}{\mathrm{670nm}}}{\left(1+0.16\right)\frac{\mathrm{800nm}-\mathrm{670nm}}{\mathrm{800nm}+\mathrm{670nm}+0.16}}$		Original Formula	23	0	9
196	Disease-Water Stress Index 5	DSWI-5	$\frac{\mathrm{800nm}-\mathrm{550nm}}{\mathrm{1660nm}+\mathrm{680nm}}$		Original Formula	24	3	1
197	MCARI/OSAVI750	MCARI/OSAVI750	$\frac{\left(\mathrm{750nm}-\mathrm{705nm}\right)-0.2\left(\mathrm{750nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{750nm}}{\mathrm{705nm}}\right)}{\left(1+0.16\right)\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}+0.16}}$		Original Formula	24	0	1
198	Modified Chlorophyll Absorption Ratio Index 705,750	MCARI705	$\left(\left(\mathrm{750nm}-\mathrm{705nm}\right)-0.2\left(\mathrm{750nm}-\mathrm{550nm}\right)\right)\left(\frac{\mathrm{750nm}}{705}\right)$		Original Formula	24	2	1
199	Red-Edge Position Linear Interpolation	REP	$700+40\frac{\left(\frac{\mathrm{670nm}+\mathrm{780nm}}{2}\right)-\mathrm{700nm}}{\mathrm{740nm}-\mathrm{700nm}}$		Original Formula	24	1	5
200	Simple Ratio 740/720	Vog1	$\frac{\mathrm{[734:747]}}{\mathrm{[715:726]}}$		Original Formula	24	2	2
201	Simple Ratio 754/704 Datt3	Datt3	$\frac{\mathrm{754nm}}{\mathrm{704nm}}$		Original Formula	24	2	3
202	Single Band 1040	SB1040	$\mathrm{1040nm}$		Original Formula	24	2	1
203	Single Band 2130	SB2130	$\mathrm{2130nm}$		Original Formula	24	2	1
204	Single Band 2180	SB2180	$\mathrm{2180nm}$		Original Formula	24	3	1
205	Single Band 2218	SB2218	$\mathrm{2218nm}$		Original Formula	24	0	1
206	Single Band 2240	SB2240	$\mathrm{2240nm}$		Original Formula	24	2	1
207	Single Band 2300	SB2300	$\mathrm{2300nm}$		Original Formula	24	3	1
208	Tasselled Cap - brightness	SBI	$0.3037\mathrm{[450:520]}+0.2793\mathrm{[520:600]}+0.4743\mathrm{[630:690]}+0.5585\mathrm{[760:900]}+0.5082\mathrm{[1150:1750]}+0.1863\mathrm{[2080:2350]}$		Original Formula	24	1	7
209	Tasselled Cap - vegetation	GVI	$-0.2848\mathrm{[450:520]}-0.2435\mathrm{[520:600]}-0.5436\mathrm{[630:690]}+0.7243\mathrm{[760:900]}+0.0840\mathrm{[1550:1750]}-0.1800\mathrm{[2080:2350]}$		Original Formula	24	1	13
210	Tasselled Cap - wetness	WET	$0.1509\mathrm{[450:520]}+0.1973\mathrm{[520:600]}+0.3279\mathrm{[630:690]}+0.3406\mathrm{[760:900]}-0.7112\mathrm{[1550:1750]}-0.4572\mathrm{[2080:2350]}$		Original Formula	24	1	7
211	TCARI/OSAVI 705,750	TCARI/OSAVI705	$\frac{3\left(\mathrm{750nm}-\mathrm{705nm}\right)-0.2\left(\mathrm{750nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{750nm}}{\mathrm{705nm}}\right)}{\left(1+0.16\right)\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}+0.16}}$		Original Formula	24	0	2
212	Transformed Chlorophyll Absorbtion Ratio 2	TCARI2	$3\left(\left(\mathrm{750nm}-\mathrm{705nm}\right)-0,2\left(\mathrm{750nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{750nm}}{\mathrm{705nm}}\right)\right)$		Original Formula	24	1	1
213	Alteration		$\frac{\mathrm{[1600:1700]}}{\mathrm{[2145:2185]}}$		Derived	25	3	1
214	Ferrous Silicates		$\frac{\mathrm{[2145:2185]}}{\mathrm{[1600:1700]}}$		Derived	25	3	0
215	Laterite		$\frac{\mathrm{[1600:1700]}}{\mathrm{[2145:2185]}}$		Derived	25	2	1
216	MERIS Terrestrial chlorophyll index	MTCI	$\frac{\mathrm{754nm}-\mathrm{709nm}}{\mathrm{709nm}-\mathrm{681nm}}$		Original Formula	25	2	5
217	Modified Chlorophyll Absorption Ratio Index 710	MCARI710	$\left(\left(\mathrm{750nm}-\mathrm{710nm}\right)-0.2\left(\mathrm{750nm}-\mathrm{550nm}\right)\right)\left(\frac{\mathrm{750nm}}{710}\right)$		Original Formula	25	2	1
218	Normalized Difference Salinity Index	NDSI	$\frac{\mathrm{[1600:1700]}-\mathrm{[2145:2185]}}{\mathrm{[1600:1700]}+\mathrm{[2145:2185]}}$		Derived	25	1	2
219	Plant Senescence Reflectance Index	PSRI	$\frac{\mathrm{678nm}-\mathrm{500nm}}{\mathrm{750nm}}$		Original Formula	25	1	3
220	Simple Ratio 550/420 Carter6	Ctr6	$\frac{\mathrm{550nm}}{\mathrm{420nm}}$		Original Formula	25	0	2
221	Simple Ratio 735/710	SR735/710	$\frac{\mathrm{735nm}}{\mathrm{[700:710]}}$		Original Formula	25	2	1
222	Single Band 2250	SB2250	$\mathrm{2250nm}$		Original Formula	25	2	1
223	Normalized Difference 528/587 Photochemical Reflectance Index 528/587	PRI528/587	$\frac{\mathrm{528nm}-\mathrm{567nm}}{\mathrm{528nm}+\mathrm{567nm}}$		Original Formula	26	1	3
224	Simple Ratio 1660/550 Disease-Water Stress Index 2	DSWI-2	$\frac{\mathrm{1660nm}}{\mathrm{550nm}}$		Original Formula	26	3	1
225	Single Band 2270	SB2270	$\mathrm{2270nm}$		Original Formula	26	3	1
226	Single Band 2280	SB2280	$\mathrm{2280nm}$		Original Formula	26	3	1
227	Chlorophyll Index RedEdge 710	CIrededge710	$\frac{\mathrm{750nm}}{\mathrm{710nm}}-1$		Original Formula	27	4	1
228	Datt1	Datt1	$\frac{\mathrm{850nm}-\mathrm{710nm}}{\mathrm{850nm}-\mathrm{680nm}}$		Original Formula	27	2	3
229	Leaf Chlorophyll Index	LCI	$\frac{\mathrm{[850]}-\mathrm{[710]}}{\mathrm{[850]}+\mathrm{[680]}}$		Original Formula	27	3	2
230	Modified Simple Ratio 705,750	MSR705	$\frac{\frac{\mathrm{750nm}}{\mathrm{705nm}}-1}{\sqrt{\frac{\mathrm{750nm}}{\mathrm{705nm}}+1}}$		Original Formula	27	0	1
231	mSR2	mSR2	$\left(\frac{\mathrm{750nm}}{\mathrm{705nm}}\right)-\frac{1}{\sqrt{\left(\frac{\mathrm{750nm}}{\mathrm{705nm}}\right)+1}}$		Original Formula	27	0	1
232	Normalized Difference 550/530 Physiological reflectance index	PRI550/530	$\frac{\mathrm{550nm}-\mathrm{530nm}}{\mathrm{550nm}+\mathrm{530nm}}$		Original Formula	27	0	1
233	Normalized Difference 750/705 Chl NDI	NDVI705	$\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}}$		Original Formula	27	2	6
234	Normalized Difference 750/710 Red Edge NDVI	reNDVI	$\frac{\mathrm{750nm}-\mathrm{710nm}}{\mathrm{750nm}+\mathrm{710nm}}$		Original Formula	27	1	2
235	Optimized Soil Adjusted Vegetation Index 2	OSAVI2	$\left(1+0.16\right)\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}+0.16}$		Original Formula	27	1	1
236	Simple Ratio 520/420	SR520/420	$\frac{\mathrm{520nm}}{\mathrm{420nm}}$		Original Formula	27	0	1
237	Simple Ratio 706/750 Chl-a	SR706/750	$\frac{\mathrm{706nm}}{\mathrm{750nm}}$		Original Formula	27	2	1
238	Simple Ratio 750/705	SR750/705	$\frac{\mathrm{750nm}}{\mathrm{705nm}}$		Original Formula	27	0	5
239	Simple Ratio 750/710 Zarco-Tejada & Miller (ZM)	SR750/710	$\frac{\mathrm{750nm}}{\mathrm{710nm}}$		Original Formula	27	2	5
240	Average reflectance 750 to 850	AR750/850	$\mathrm{Averagereflectancebetween750nmand850nm}$		Original Formula	28	1	2
241	Datt6	Datt6	$\frac{\mathrm{860nm}}{\mathrm{550nm}·\mathrm{708nm}}$		Original Formula	28	2	3
242	new Double Difference Index	DDn	$2\left(\mathrm{710nm}-\mathrm{760nm}-\mathrm{760nm}\right)$		Original Formula	28	0	2
243	Normalized Difference 800/1675	ND800/1675	$\frac{\mathrm{800nm}-\mathrm{1675nm}}{\mathrm{800nm}+\mathrm{1675nm}}$		Original Formula	28	0	1
244	Simple Ratio 1660/680 Disease-Water Stress Index 3	DSWI-3	$\frac{\mathrm{1660nm}}{\mathrm{680nm}}$		Original Formula	28	3	1
245	Simple Ratio 440/740	SR440/740	$\frac{\mathrm{440nm}}{\mathrm{740nm}}$		Original Formula	28	0	2
246	Simple Ratio 710/760 Carter4	Ctr4	$\frac{\mathrm{710nm}}{\mathrm{760nm}}$		Original Formula	28	2	3
247	Simple Ratio 752/690	SR752/690	$\frac{\mathrm{752nm}}{\mathrm{690nm}}$		Original Formula	28	0	1
248	Simple Ratio 800/1660 Disease-Water Stress Index 1	DSWI-1	$\frac{\mathrm{800nm}}{\mathrm{1660nm}}$		Original Formula	28	3	1
249	Simple Ratio 800/1675	SR800/1675	$\frac{\mathrm{800nm}}{\mathrm{1675nm}}$		Original Formula	28	0	1
250	Single Band 1020	SB1020	$\mathrm{1020nm}$		Original Formula	28	2	1
251	Simple Ratio 1599/819 Moisture Stress Index 2	MSI2	$\frac{\mathrm{1599nm}}{\mathrm{819nm}}$		Original Formula	29	0	1
252	Simple Ratio 542/750 Chl	SR542/750	$\frac{\mathrm{542nm}}{\mathrm{750nm}}$		Original Formula	29	0	1
253	Simple Ratio 605/670	SR605/670	$\frac{\mathrm{605nm}}{\mathrm{670nm}}$		Original Formula	29	0	2
254	Simple Ratio 605/760 Carter3	Ctr3	$\frac{\mathrm{605nm}}{\mathrm{760nm}}$		Original Formula	29	2	3
255	Simple Ratio 695/670 Carter5	Ctr5	$\frac{\mathrm{695nm}}{\mathrm{670nm}}$		Original Formula	29	2	3
256	Chlorophyll Absorption Ratio Index	CARI	$\left(\frac{\mathrm{700nm}}{\mathrm{670nm}}\right)\frac{\sqrt{{\left(a·670+\mathrm{670nm}+b\right)}^2}}{{\left(a^2+1\right)}^{0.5}}$	b=(550nm-((700nm-550nm)/150*550)), a=(700nm-550nm)/150	Original Formula	30	3	4
257	Chlorophyll Absorption Ratio Index 2	CARI2	$\left(\frac{\left|\left(a·\mathrm{[670]}+\mathrm{[670]}+b\right)\right|}{{\left(a^2+1\right)}^{0.5}}\right)\left(\frac{\mathrm{[700]}}{\mathrm{[670]}}\right)$	a=([700]-[550])/150, b=[550]-(a*[550])	Original Formula	30	3	1
258	DmSR	DmSR	$\frac{\mathrm{DR}\left(\mathrm{720nm}\right)-\mathrm{DR}\left(\mathrm{500nm}\right)}{\mathrm{DR}\left(\mathrm{720nm}\right)+\mathrm{DR}\left(\mathrm{500nm}\right)}$		Original Formula	30	0	1
259	Modified Chlorophyll Absorption in Reflectance Index	MCARI	$\left(\left(\mathrm{700nm}-\mathrm{670nm}\right)-0.2\left(\mathrm{700nm}-\mathrm{550nm}\right)\right)\left(\frac{\mathrm{700nm}}{\mathrm{670nm}}\right)$		Original Formula	30	2	10
260	Normalized Difference 790/720 Normalized difference red edge index	NDRE	$\frac{\mathrm{790nm}-\mathrm{720nm}}{\mathrm{790nm}+\mathrm{720nm}}$		Original Formula	30	1	2
261	Normalized Difference 833/1649 Infrared Index	ND833/1649	$\frac{\mathrm{833nm}-\mathrm{1649nm}}{\mathrm{833nm}+\mathrm{1649nm}}$		Original Formula	30	0	1
262	Simple Ratio 690/735 Fluorescence ratio	FR	$\frac{\mathrm{690nm}}{\mathrm{735nm}}$		Original Formula	30	2	2
263	Simple Ratio 690/740 Fluorescence ratio 2	FR2	$\frac{\mathrm{690nm}}{\mathrm{740nm}}$		Original Formula	30	2	1
264	Simple Ratio 750/700 Gitelson and Merzlyak 2	SR750/700	$\frac{\mathrm{750nm}}{\mathrm{700nm}}$		Original Formula	30	2	10
265	Simple Ratio 833/1649 MSIhyper	SR833/1649	$\frac{\mathrm{833nm}}{\mathrm{1649nm}}$		Original Formula	30	1	1
266	Transformed Chlorophyll Absorbtion Ratio	TCARI	$3\left(\left(\mathrm{700nm}-\mathrm{670nm}\right)-0.2\left(\mathrm{700nm}-\mathrm{550nm}\right)\left(\frac{\mathrm{700nm}}{\mathrm{670nm}}\right)\right)$		Original Formula	30	1	9
267	Triangular chlorophyll index	TCI	$1.2\left(\mathrm{700nm}-\mathrm{550nm}\right)-1.5\left(\mathrm{670nm}-\mathrm{550nm}\right)·\sqrt{\frac{\mathrm{700nm}}{\mathrm{670nm}}}$		Original Formula	30	2	1
268	Maccioni		$\frac{\mathrm{780nm}-\mathrm{710nm}}{\mathrm{780nm}-\mathrm{680nm}}$		Original Formula	31	2	3
269	Normalized Difference 680/430 Normalized Pigment Chlorophyll Index	NPCI	$\frac{\mathrm{680nm}-\mathrm{430nm}}{\mathrm{680nm}+\mathrm{430nm}}$		Original Formula	31	2	10
270	Normalized Difference 750/650	NDVI750/650	$\frac{\mathrm{750nm}-\mathrm{650nm}}{\mathrm{750nm}+\mathrm{650nm}}$		Original Formula	31	0	1
271	Normalized Difference 819/1600 NDII	NDII	$\frac{\mathrm{819nm}-\mathrm{1600nm}}{\mathrm{819nm}+\mathrm{1600nm}}$		Original Formula	31	0	3
272	Normalized Difference 819/1649 NDII 2	NDII2	$\frac{\mathrm{819nm}-\mathrm{1649nm}}{\mathrm{819nm}+\mathrm{1649nm}}$		Original Formula	31	0	1
273	Normalized Difference 820/1600 Normalized Difference Moisture Index	NDMI	$\frac{\mathrm{820nm}-\mathrm{1600nm}}{\mathrm{820nm}+\mathrm{1600nm}}$		Original Formula	31	1	4
274	Normalized Difference Rededge/Red	NDVI rededge	$\frac{\mathrm{rededge}-\mathrm{RED}}{\mathrm{rededge}+\mathrm{RED}}$		Original Formula	31	2	2
275	Simple Ratio 1600/820 Moisture Stress Index	MSI	$\frac{\mathrm{1600nm}}{\mathrm{820nm}}$		Original Formula	31	2	7
276	Simple Ratio 430/680 SRPI	SR430/680	$\frac{\mathrm{430nm}}{\mathrm{680nm}}$		Original Formula	31	2	4
277	Simple Ratio 685/735	SR685/735	$\frac{\mathrm{685nm}}{\mathrm{735nm}}$		Original Formula	31	0	2
278	Simple Ratio 694/840	SR694/840	$\frac{\mathrm{694nm}}{\mathrm{840nm}}$		Original Formula	31	0	2
279	Simple Ratio Pigment Index	SRPI	$\frac{\mathrm{430nm}}{\mathrm{680nm}}$		Original Formula	31	1	0
280	Simple Ratio Rededge/Red RedEdge Ratio Index 2	RRI2	$\frac{\mathrm{rededge}}{\mathrm{RED}}$		Original Formula	31	1	1
281	Single Band 1690	SB1690	$\mathrm{1690nm}$		Original Formula	31	5	1
282	Single Band 990	SB990	$\mathrm{990nm}$		Original Formula	31	2	1
283	Visible Atmospherically Resistant Indices 700	VARI700	$\frac{\mathrm{[700]}-1,7\mathrm{[660:680]}+0,7\mathrm{[470:490]}}{\mathrm{[700]}+2,3\mathrm{[660:680]}-1,3\mathrm{[470:490]}}$		Original Formula	31	0	2
284	Datt4	Datt4	$\frac{\mathrm{672nm}}{\mathrm{550nm}·\mathrm{708nm}}$		Original Formula	32	2	3
285	EPI	EPI	$a\frac{\mathrm{[672]}}{{\left(\mathrm{[550]}·\mathrm{[708]}\right)}^b}$		Original Formula	32	0	1
286	mND680	mND680	$\frac{\mathrm{800nm}-\mathrm{680nm}}{\mathrm{800nm}+\mathrm{680nm}-2\mathrm{445nm}}$		Original Formula	32	0	1
287	Modified NDVI	mNDVI	$\frac{\mathrm{800nm}-\mathrm{680nm}}{\mathrm{800nm}+\mathrm{680nm}-2\mathrm{445nm}}$		Original Formula	32	1	2
288	Modified Simple Ratio	mSR	$\frac{\mathrm{800nm}-\mathrm{445nm}}{\mathrm{680nm}-\mathrm{445nm}}$		Original Formula	32	1	3
289	Simple Ratio 695/800	SR695/800	$\frac{\mathrm{695nm}}{\mathrm{800nm}}$		Original Formula	32	0	1
290	Simple Ratio 760/695	SR760/695	$\frac{\mathrm{760nm}}{\mathrm{695nm}}$		Original Formula	32	0	1
291	Simple Ratio 850/710 Datt2	Datt2	$\frac{\mathrm{850nm}}{\mathrm{710nm}}$		Original Formula	32	0	1
292	Structure Intensive Pigment Index 1	SIPI1	$\frac{\mathrm{800nm}-\mathrm{445nm}}{\mathrm{800nm}-\mathrm{680nm}}$		Original Formula	32	2	10
293	Triangular Vegetation Index	TVI	$0.5\left(120\left(\mathrm{750nm}-\mathrm{550nm}\right)-200\left(\mathrm{670nm}-\mathrm{550nm}\right)\right)$		Original Formula	32	2	8
294	CRI700	CRI700	${\mathrm{[510]}}^{\left(-1\right)}-{\mathrm{[700]}}^{\left(-1\right)}$		Original Formula	33	0	1
295	Simple Ratio 440/690 Lichtenthaler indices 2	Lic2	$\frac{\mathrm{440nm}}{\mathrm{690nm}}$		Original Formula	33	2	3
296	Simple Ratio 695/760 Carter2	Ctr2	$\frac{\mathrm{695nm}}{\mathrm{760nm}}$		Original Formula	33	3	8
297	Single Band 970	SB970	$\mathrm{970nm}$		Original Formula	33	2	1
298	Ratio Analysis of Reflectance Spectra A1	RARSa1	$\frac{\frac{\mathrm{675nm}}{\mathrm{700nm}}}{\frac{\mathrm{r675}}{\mathrm{r700}}}$		Original Formula	34	2	1
299	Simple Ratio 675/700	SR675/700	$\frac{\mathrm{675nm}}{\mathrm{700nm}}$		Original Formula	34	2	3
300	Simple Ratio 860/708	SR860/708	$\frac{\mathrm{860nm}}{\mathrm{708nm}}$		Original Formula	34	0	1

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