List of available Indices

Order by: Name [^][v] • Abbreviation [^][v] • Applications [^][v] • Sensors [^][v] • References [^][v]

Page 1 of 2 [1] [2] · > · >|

Nr	Name	Abbrev.	Formula	Variables	Source	# Sens.	# Appl.	# Ref.
1	Alteration		$\frac{\mathrm{[1600:1700]}}{\mathrm{[2145:2185]}}$		Derived	25	3	1
2	Alunite/Kaolinite/Pyrophylite		$\frac{\mathrm{[1600:1700]}+\mathrm{[2185:2225]}}{\mathrm{[2145:2185]}}$		Derived	13	3	1
3	Amphibole		$\frac{\mathrm{[2185:2225]}}{\mathrm{[2295:2365]}}$		Derived	13	3	1
4	Amphibole / MgOH		$\frac{\mathrm{[2185:2225]}+\mathrm{[2360:2430]}}{\mathrm{[2295:2365]}}$		Derived	12	2	1
5	Basic Degree Index - SIO2		$\frac{\mathrm{[8925:9275]}}{\mathrm{[10250:10950]}}$		Derived	5	3	2
6	Carbonate		$\frac{\mathrm{[10250:10950]}}{\mathrm{[10950:11650]}}$		Derived	6	2	2
7	Carbonate/Chlorite/Epidote		$\frac{\mathrm{[2235:2365]}+\mathrm{[2360:2430]}}{\mathrm{[2295:2365]}}$		Derived	12	3	1
8	Clay		$\frac{\mathrm{[2145:2185]}·\mathrm{[2235:2365]}}{\mathrm{[2185:2225]}·\mathrm{[2185:2225]}}$		Derived	13	3	1
9	Dolomite		$\frac{\mathrm{[2185:2225]}+\mathrm{[2295:2365]}}{\mathrm{[2235:2365]}}$		Derived	12	3	1
10	Epidote/Chlorite/Amphibole		$\frac{\mathrm{[2185:2225]}+\mathrm{[2360:2430]}}{\mathrm{[2235:2365]}+\mathrm{[2295:2365]}}$		Derived	12	2	0
11	Ferric Oxides		$\frac{\mathrm{[1600:1700]}}{\mathrm{[760:860]}}$		Derived	40	3	0
12	Ferrous iron		$\frac{\mathrm{[2145:2185]}}{\mathrm{[760:860]}}+\frac{\mathrm{[520:600]}}{\mathrm{[630:690]}}$		Derived	23	3	1
13	Ferrous Silicates		$\frac{\mathrm{[2145:2185]}}{\mathrm{[1600:1700]}}$		Derived	25	3	0
14	Gitelson2		$\left(\frac{\mathrm{750nm}-\mathrm{800nm}}{\mathrm{695nm}-\mathrm{740nm}}\right)-1$		Original Formula	15	0	1
15	Gossan		$\frac{\mathrm{[1600:1700]}}{\mathrm{[630:690]}}$		Derived	40	1	1
16	Host Rock		$\frac{\mathrm{[2145:2185]}}{\mathrm{[2185:2225]}}$		Derived	13	3	0
17	Kaolinitic		$\frac{\mathrm{[2235:2365]}}{\mathrm{[2145:2185]}}$		Derived	13	2	1
18	Laterite		$\frac{\mathrm{[1600:1700]}}{\mathrm{[2145:2185]}}$		Derived	25	2	1
19	Maccioni		$\frac{\mathrm{780nm}-\mathrm{710nm}}{\mathrm{780nm}-\mathrm{680nm}}$		Original Formula	31	2	3
20	Muscovite		$\frac{\mathrm{[2235:2365]}}{\mathrm{[2185:2225]}}$		Derived	13	3	1
21	Phengitic		$\frac{\mathrm{[2145:2185]}}{\mathrm{[2185:2225]}}$		Derived	13	2	1
22	Quartz Rich Rocks		$\frac{\mathrm{[10950:11650]}}{\mathrm{[8925:9275]}}$		Derived	5	3	1
23	Sericite/Muscovite/Illite/Smecite		$\frac{\mathrm{[2145:2185]}+\mathrm{[2235:2365]}}{\mathrm{[2185:2225]}}$		Derived	13	2	1
24	Silica 1		$\frac{\mathrm{[8475:8825]}}{\mathrm{[8125:8475]}}$		Derived	3	2	0
25	Silica 2		$\frac{\mathrm{[8475:8825]}}{\mathrm{[8925:9275]}}$		Derived	4	2	0
26	Silica 3		$\frac{\mathrm{[10250:10950]}}{\mathrm{[8125:8475]}}$		Derived	7	2	0
27	Silica 4		$\frac{\mathrm{[8475:8825]}·\mathrm{[8475:8825]}}{\frac{\mathrm{[8125:8475]}}{\mathrm{[8925:9275]}}}$		Derived	3	1	0
28	Siliceous Rocks		$\frac{\mathrm{[8475:8825]}·\mathrm{[8475:8825]}}{\mathrm{[8125:8475]}·\mathrm{[8925:9275]}}$		Derived	3	2	1
29	Simple Ration 355 / 365 gk		$\left(\frac{\mathrm{355nm}}{l}·\mathrm{365nm}\right)$	l=1.1	Derived	2	0	0
30	SiO2		$\frac{\mathrm{[10250:10950]}}{\mathrm{[8925:9275]}}$		Derived	5	1	0
31	Soil Composition Index		$\frac{\mathrm{[1600:1700]}-\mathrm{[760:860]}}{\mathrm{[1600:1700]}+\mathrm{[760:860]}}$		Derived	40	1	1
32	Tasselled Cap - nonesuch				Derived	0	0	4
33	Aerosol free vegetation index 1600	AFRI1600	$\left(\mathrm{NIR}-0.66\frac{\mathrm{1600nm}}{\mathrm{NIR}+0.66\mathrm{1600nm}}\right)$		Original Formula	37	3	2
34	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
35	Average reflectance 750 to 850	AR750/850	$\mathrm{Averagereflectancebetween750nmand850nm}$		Original Formula	28	1	2
36	Anthocyanin reflectance index	ARI	$\frac{1}{\mathrm{550nm}}-\frac{1}{\mathrm{700nm}}$		Original Formula	38	2	1
37	Atmospherically Resistant Vegetation Index	ARVI	$\frac{\mathrm{NIR}-\mathrm{RED}-y\left(\mathrm{RED}-\mathrm{BLUE}\right)}{\mathrm{NIR}+\mathrm{RED}-y\left(\mathrm{RED}-\mathrm{BLUE}\right)}$	NIR = [781:1399]	Original Formula	69	3	14
38	Atmospherically Resistant Vegetation Index 2	ARVI2	$-0.18+1.17\left(\frac{\mathrm{NIR}-\mathrm{RED}}{\mathrm{NIR}+\mathrm{RED}}\right)$		Original Formula	87	3	1
39	Adjusted transformed soil-adjusted VI	ATSAVI	$a\frac{\mathrm{NIR}-a·\mathrm{RED}-b}{a·\mathrm{NIR}+\mathrm{RED}-a·b+X\left(1+a^2\right)}$	X=0.08, a=1.22, b=0.03	Original Formula	87	2	3
40	Ashburn Vegetation Index	AVI	$2.0\mathrm{[800:1100]}-\mathrm{[600:700]}$		Original Formula	84	0	2
41	Single Band 680 Blackburn1	BB1	$\mathrm{680nm}$		Original Formula	93	2	3
42	Single Band 635 Blackburn2	BB2	$\mathrm{635nm}$		Original Formula	84	2	2
43	Single Band 470 Blackburn3	BB3	$\mathrm{470nm}$		Original Formula	64	2	1
44	Simple Ratio 450/550 Blue green pigment index	BGI	$\frac{\mathrm{450nm}}{\mathrm{550nm}}$		Original Formula	54	1	0
45	Normalized Difference NIR/Blue Blue-normalized difference vegetation index	BNDVI	$\frac{\mathrm{NIR}-\mathrm{BLUE}}{\mathrm{NIR}+\mathrm{BLUE}}$		Original Formula	71	1	3
46	Browning Reflectance Index	BRI	$\frac{\frac{1}{\mathrm{550nm}}-\frac{1}{\mathrm{700nm}}}{\mathrm{NIR}}$		Original Formula	35	1	1
47	Simple Ratio 450/690 Blue red pigment index	BRI	$\frac{\mathrm{450nm}}{\mathrm{690nm}}$		Original Formula	49	1	0
48	Blue-wide dynamic range vegetation index	BWDRVI	$\frac{0.1\mathrm{NIR}-\mathrm{BLUE}}{0.1\mathrm{NIR}+\mathrm{BLUE}}$		Original Formula	71	1	1
49	Cellulose Absorption Index	CAI	$100\left(0.5\left(\mathrm{2030nm}+\mathrm{2210nm}\right)-\mathrm{2100nm}\right)$		Original Formula	10	3	0
50	Cellulose absorption index 2	CAI	$0,5\left(\mathrm{2020nm}+\mathrm{2220nm}\right)-\mathrm{2100nm}$		Original Formula	9	3	4
51	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
52	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
53	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
54	CASI TM4/3	CASI TM4/3	$\frac{\mathrm{[770:780]}+\mathrm{[784:790]}}{\mathrm{[655:665]}+\mathrm{[676:685]}}$		Original Formula	18	3	1
55	Canopy Chlorophyll Content Index	CCCI	$\frac{\frac{\mathrm{NIR}-\mathrm{rededge}}{\mathrm{NIR}+\mathrm{rededge}}}{\frac{\mathrm{NIR}-\mathrm{Red}}{\mathrm{NIR}+\mathrm{Red}}}$		Original Formula	69	4	5
56	Chlorophyll Green	Chlgreen	${\left(\frac{\mathrm{[760:800]}}{\mathrm{[540:560]}}\right)}^{\left(-1\right)}$		Original Formula	79	3	1
57	Chlorophyll Red-Edge	Chlred-edge	${\left(\frac{\mathrm{[760:800]}}{\mathrm{[690:720]}}\right)}^{\left(-1\right)}$		Original Formula	63	4	1
58	Coloration Index	CI	$\frac{\mathrm{RED}-\mathrm{BLUE}}{\mathrm{RED}}$		Original Formula	71	1	1
59	Curvative Index	CI	$\mathrm{675nm}\frac{\mathrm{690nm}}{{\mathrm{683nm}}^2}$		Original Formula	12	0	2
60	Chlorophyll Index Green	CIgreen	$\frac{\mathrm{NIR}}{\mathrm{GREEN}}-1$		Original Formula	86	3	3
61	Chlorophyll IndexRedEdge	CIrededge	$\frac{\mathrm{NIR}}{\mathrm{rededge}}-1$		Original Formula	69	4	3
62	Chlorophyll Index RedEdge 710	CIrededge710	$\frac{\mathrm{750nm}}{\mathrm{710nm}}-1$		Original Formula	27	4	1
63	CRI550	CRI550	${\mathrm{[510]}}^{\left(-1\right)}-{\mathrm{[550]}}^{\left(-1\right)}$		Original Formula	47	0	1
64	CRI700	CRI700	${\mathrm{[510]}}^{\left(-1\right)}-{\mathrm{[700]}}^{\left(-1\right)}$		Original Formula	33	0	1
65	Simple Ratio 695/420 Carter1	Ctr1	$\frac{\mathrm{695nm}}{\mathrm{420nm}}$		Original Formula	23	3	7
66	Simple Ratio 695/760 Carter2	Ctr2	$\frac{\mathrm{695nm}}{\mathrm{760nm}}$		Original Formula	33	3	8
67	Simple Ratio 605/760 Carter3	Ctr3	$\frac{\mathrm{605nm}}{\mathrm{760nm}}$		Original Formula	29	2	3
68	Simple Ratio 710/760 Carter4	Ctr4	$\frac{\mathrm{710nm}}{\mathrm{760nm}}$		Original Formula	28	2	3
69	Simple Ratio 695/670 Carter5	Ctr5	$\frac{\mathrm{695nm}}{\mathrm{670nm}}$		Original Formula	29	2	3
70	Simple Ratio 550/420 Carter6	Ctr6	$\frac{\mathrm{550nm}}{\mathrm{420nm}}$		Original Formula	25	0	2
71	Corrected Transformed Vegetation Index	CTVI	$\frac{\mathrm{NDVI}+0,5}{\left|\mathrm{NDVI}+0,5\right|}·\sqrt{\left|\left(\mathrm{NDVI}\right)+0,5\right|}$		Derived	85	1	1
72	Chlorophyll vegetation index	CVI	$\mathrm{NIR}\frac{\mathrm{RED}}{{\mathrm{GREEN}}^2}$		Original Formula	82	3	2
73	Crop water stress index	CWSI	$\frac{C-A}{B-A}$		Original Formula	0	6	6
74	Simple Ratio 730/706	D1	$\frac{\mathrm{730nm}}{\mathrm{706nm}}$		Original Formula	19	0	1
75	Simple Ratio 705/722	D2	$\frac{\mathrm{705nm}}{\mathrm{722nm}}$		Original Formula	17	0	1
76	Difference 678/500	D678/500	$\mathrm{678nm}-\mathrm{500nm}$		Original Formula	59	0	1
77	Difference 800/550	D800/550	$\mathrm{800nm}-\mathrm{550nm}$		Original Formula	62	2	2
78	Difference 800/680	D800/680	$\mathrm{800nm}-\mathrm{680nm}$		Original Formula	66	2	2
79	Difference 833/658	D833/658	$\mathrm{833nm}-\mathrm{658nm}$		Original Formula	63	0	1
80	Datt1	Datt1	$\frac{\mathrm{850nm}-\mathrm{710nm}}{\mathrm{850nm}-\mathrm{680nm}}$		Original Formula	27	2	3
81	Simple Ratio 850/710 Datt2	Datt2	$\frac{\mathrm{850nm}}{\mathrm{710nm}}$		Original Formula	32	0	1
82	Simple Ratio 754/704 Datt3	Datt3	$\frac{\mathrm{754nm}}{\mathrm{704nm}}$		Original Formula	24	2	3
83	Datt4	Datt4	$\frac{\mathrm{672nm}}{\mathrm{550nm}·\mathrm{708nm}}$		Original Formula	32	2	3
84	Datt6	Datt6	$\frac{\mathrm{860nm}}{\mathrm{550nm}·\mathrm{708nm}}$		Original Formula	28	2	3
85	Double Difference Index	DD	$\left(\mathrm{749nm}-\mathrm{720nm}\right)-\left(\mathrm{701nm}-\mathrm{672nm}\right)$		Original Formula	16	2	2
86	new Double Difference Index	DDn	$2\left(\mathrm{710nm}-\mathrm{760nm}-\mathrm{760nm}\right)$		Original Formula	28	0	2
87	Difference 1725/970 Difference LAI	DLAI	$\mathrm{1725nm}-\mathrm{970nm}$		Original Formula	16	2	1
88	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
89	Double Peak Index	DPI	$\frac{\mathrm{688nm}+\mathrm{710nm}}{{\mathrm{697nm}}^2}$		Original Formula	16	3	2
90	Disease water stress index	DSWI	$\frac{\mathrm{802nm}+\mathrm{547nm}}{\mathrm{1657nm}+\mathrm{682nm}}$		Original Formula	20	3	1
91	Simple Ratio 800/1660 Disease-Water Stress Index 1	DSWI-1	$\frac{\mathrm{800nm}}{\mathrm{1660nm}}$		Original Formula	28	3	1
92	Simple Ratio 1660/550 Disease-Water Stress Index 2	DSWI-2	$\frac{\mathrm{1660nm}}{\mathrm{550nm}}$		Original Formula	26	3	1
93	Simple Ratio 1660/680 Disease-Water Stress Index 3	DSWI-3	$\frac{\mathrm{1660nm}}{\mathrm{680nm}}$		Original Formula	28	3	1
94	Simple Ratio 550/680 Disease-Water Stress Index 4	DSWI-4	$\frac{\mathrm{550nm}}{\mathrm{680nm}}$		Original Formula	70	3	1
95	Disease-Water Stress Index 5	DSWI-5	$\frac{\mathrm{800nm}-\mathrm{550nm}}{\mathrm{1660nm}+\mathrm{680nm}}$		Original Formula	24	3	1
96	Simple Ratio NIR/RED Difference Vegetation Index, Vegetation Index Number (VIN)	DVI	$\frac{\mathrm{NIR}}{\mathrm{RED}}$		Original Formula	87	8	26
97	Differenced Vegetation Index MSS	DVIMSS	$2.4\mathrm{[800:1100]}-\mathrm{[600:700]}$		Original Formula	84	0	2
98	EPI	EPI	$a\frac{\mathrm{[672]}}{{\left(\mathrm{[550]}·\mathrm{[708]}\right)}^b}$		Original Formula	32	0	1
99	Enhanced Vegetation Index	EVI	$2.5\frac{\mathrm{NIR}-\mathrm{RED}}{\left(\mathrm{NIR}+6\mathrm{RED}-7.5\mathrm{BLUE}\right)+1}$		Original Formula	69	3	13
100	Enhanced Vegetation Index 2	EVI2	$2.4\frac{\mathrm{NIR}-\mathrm{RED}}{\mathrm{NIR}+\mathrm{RED}+1}$		Original Formula	87	0	1
101	Enhanced Vegetation Index 2 -2	EVI2	$2.5\frac{\mathrm{NIR}-\mathrm{RED}}{\mathrm{NIR}+2.4\mathrm{RED}+1}$		Original Formula	87	0	1
102	Ferric iron, Fe2+	Fe2+	$\frac{\mathrm{[2145:2185]}}{\mathrm{[760:860]}}+\frac{\mathrm{[520:600]}}{\mathrm{[630:690]}}$		Derived	23	3	1
103	Ferric iron, Fe3+	Fe3+	$\frac{\mathrm{[630:690]}}{\mathrm{[520:600]}}$		Derived	84	3	1
104	Simple Ratio 690/735 Fluorescence ratio	FR	$\frac{\mathrm{690nm}}{\mathrm{735nm}}$		Original Formula	30	2	2
105	Simple Ratio 690/740 Fluorescence ratio 2	FR2	$\frac{\mathrm{690nm}}{\mathrm{740nm}}$		Original Formula	30	2	1
106	Green atmospherically resistant vegetation index	GARI	$\frac{\mathrm{NIR}-\left(\mathrm{GREEN}-\left(\mathrm{BLUE}-\mathrm{RED}\right)\right)}{\mathrm{NIR}-\left(\mathrm{GREEN}+\left(\mathrm{BLUE}-\mathrm{RED}\right)\right)}$		Original Formula	67	0	2
107	Green-Blue NDVI	GBNDVI	$\frac{\mathrm{NIR}-\left(\mathrm{GREEN}+\mathrm{BLUE}\right)}{\mathrm{NIR}+\left(\mathrm{GREEN}+\mathrm{BLUE}\right)}$		Original Formula	68	1	1
108	Difference NIR/Green Green Difference Vegetation Index	GDVI	$\mathrm{NIR}-G$		Original Formula	86	1	1
109	Global Environment Monitoring Index	GEMI	$\left(n\left(1-0.25n\right)-\frac{\mathrm{RED}-0.125}{1-\mathrm{RED}}\right)$	n = ( 2 * ( NIR ^2 - RED ^2) + 1.5 * NIR + 0.5 * RED ) / ( NIR + RED + 0.5 )	Original Formula	87	1	11
110	Simple Ratio 554/677 Greenness Index	GI	$\frac{\mathrm{554nm}}{\mathrm{677nm}}$		Original Formula	71	2	5
111	Green leaf index	GLI	$\frac{2\mathrm{GREEN}-\mathrm{RED}-\mathrm{BLUE}}{2\mathrm{GREEN}+\mathrm{RED}+\mathrm{BLUE}}$		Original Formula	68	4	2
112	Green Normalized Difference Vegetation Index	GNDVI	$\frac{\mathrm{NIR}-\mathrm{[540:570]}}{\mathrm{NIR}+\mathrm{[540:570]}}$		Original Formula	86	1	13
113	Normalized Difference NIR/Green Green NDVI	GNDVI	$\frac{\mathrm{NIR}-\mathrm{GREEN}}{\mathrm{NIR}+\mathrm{GREEN}}$		Original Formula	86	2	5
114	Normalized Difference 780/550 Green NDVI hyper	GNDVIhyper	$\frac{\mathrm{780nm}-\mathrm{550nm}}{\mathrm{780nm}+\mathrm{550nm}}$		Original Formula	65	2	2
115	Normalized Difference 800/550 Green NDVI hyper 2	GNDVIhyper2	$\frac{\mathrm{800nm}-\mathrm{550nm}}{\mathrm{800nm}+\mathrm{550nm}}$		Original Formula	62	1	1
116	Green Optimized Soil Adjusted Vegetation Index	GOSAVI	$\frac{\mathrm{NIR}-G}{\mathrm{NIR}+G+Y}$		Original Formula	86	2	0
117	Greenness Above Bare Soil	GRABS	$\mathrm{GVI}-0.09178\mathrm{SBI}+5.58959$		Original Formula	0	0	2
118	Green-Red NDVI	GRNDVI	$\frac{\mathrm{NIR}-\left(\mathrm{GREEN}+\mathrm{RED}\right)}{\mathrm{NIR}+\left(\mathrm{GREEN}+\mathrm{RED}\right)}$		Original Formula	82	1	2
119	Simple Ratio NIR/G Green Ratio Vegetation Index	GRVI	$\frac{\mathrm{NIR}}{G}$		Original Formula	86	1	1
120	Green Soil Adjusted Vegetation Index	GSAVI	$\frac{\mathrm{NIR}-G}{\mathrm{NIR}+G+L}\left(1+L\right)$		Original Formula	86	2	0
121	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
122	Tasselled Cap - Green Vegetation Index MSS	GVIMSS	$-0.283\mathrm{[500:600]}-0.660\mathrm{[600:700]}+0.577\mathrm{[700:800]}+0.388\mathrm{[800:1100]}$		Original Formula	44	0	2
123	Global Vegetation Moisture Index	GVMI	$\frac{\left(\mathrm{NIR}+0.1\right)-\left(\mathrm{SWIR}+0.02\right)}{\left(\mathrm{NIR}+0.1\right)+\left(\mathrm{SWIR}+0.02\right)}$		Original Formula	42	0	2
124	Hue	H	$\arctan \left(\frac{2R-G-B}{30.5}\left(G-B\right)\right)$		Original Formula	68	1	1
125	Intensity	I	$\left(\frac{1}{30.5}\right)\left(R+G+B\right)$		Original Formula	68	1	1
126	Shape Index	IF	$\frac{2R-G-B}{G-B}$		Original Formula	68	1	1
127	Simple Ratio Red/Blue Iron Oxide	IO	$\frac{\mathrm{RED}}{\mathrm{BLUE}}$		Original Formula	71	3	1
128	Infrared percentage vegetation index	IPVI	$\frac{\frac{\mathrm{NIR}}{\mathrm{NIR}+\mathrm{RED}}}{2}\left(\mathrm{NDVI}+1\right)$		Original Formula	82	1	2
129	Inverse reflectance 550	IR550	${\mathrm{550nm}}^{\left(-1\right)}$		Original Formula	89	0	1
130	Inverse reflectance 700	IR700	${\mathrm{700nm}}^{\left(-1\right)}$		Original Formula	58	0	1
131	Ideal vegetation index	IVI	$\frac{\mathrm{NIR}-b}{a·\mathrm{RED}}$		Original Formula	87	1	1
132	Simple Ratio 1250/1050 LAI determining index	LAIDI	$\frac{\mathrm{1250nm}}{\mathrm{1050nm}}$		Original Formula	14	3	0
133	Leaf Chlorophyll Index	LCI	$\frac{\mathrm{[850]}-\mathrm{[710]}}{\mathrm{[850]}+\mathrm{[680]}}$		Original Formula	27	3	2
134	Simple Ratio 440/690 Lichtenthaler indices 2	Lic2	$\frac{\mathrm{440nm}}{\mathrm{690nm}}$		Original Formula	33	2	3
135	Log Ratio	LogR	$\log \left(\frac{\mathrm{NIR}}{\mathrm{RED}}\right)$		Derived	87	0	0
136	Leaf Water Content Index	LWCI	$\frac{\log \left(1-\left(\mathrm{NIR}-\mathrm{MIDIR}\right)\right)}{-\log \left(1-\left(\mathrm{NIR}-\mathrm{MIDIR}\right)\right)}$		Original Formula	46	3	3
137	Normalized Difference 1094/983 Leaf water VI 1	LWVI-1	$\frac{\mathrm{1094nm}-\mathrm{893nm}}{\mathrm{1094nm}+\mathrm{893nm}}$		Original Formula	11	2	1
138	Normalized Difference 1094/1205 Leaf water VI 2	LWVI-2	$\frac{\mathrm{1094nm}-\mathrm{1205nm}}{\mathrm{1094nm}+\mathrm{1205nm}}$		Original Formula	9	2	1
139	Modified anthocyanin reflectance index	mARI	$\left({\mathrm{[530:570]}}^{\left(-1\right)}-{\mathrm{[690:710]}}^{\left(-1\right)}\right)·\mathrm{NIR}$		Original Formula	65	0	2
140	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
141	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
142	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
143	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
144	Modified Chlorophyll Absorption in Reflectance Index 1	MCARI1	$1.2\left(2.5\left(\mathrm{800nm}-\mathrm{670nm}\right)-1.3\left(\mathrm{800nm}-\mathrm{550nm}\right)\right)$		Original Formula	59	2	1
145	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
146	Modified Chlorophyll Absorption in Reflectance Index 2	MCARI2	$\left(1.5\frac{2.5\left(\mathrm{800nm}-\mathrm{670nm}\right)-1.3\left(\mathrm{800nm}-\mathrm{550nm}\right)}{\sqrt{{\left(2\mathrm{800nm}+1\right)}^2-\left(6\mathrm{800nm}-5\sqrt{\mathrm{670nm}}\right)-0.5}}\right)$		Original Formula	59	2	2
147	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
148	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
149	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
150	mCRIG	mCRIG	$\left({\mathrm{[510:520]}}^{\left(-1\right)}-{\mathrm{[560:570]}}^{\left(-1\right)}\right)·\mathrm{NIR}$		Original Formula	54	0	1
151	mCRIRE	mCRIRE	$\left({\mathrm{[510:520]}}^{\left(-1\right)}-{\mathrm{[690:700]}}^{\left(-1\right)}\right)·\mathrm{NIR}$		Original Formula	55	0	1
152	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
153	Misra Green Vegetation Index	MGVI	$-0.386\mathrm{[500:600]}-0.530\mathrm{[600:700]}+0.535\mathrm{[700:800]}+0.532\mathrm{[800:1100]}$		Original Formula	44	0	2
154	mND680	mND680	$\frac{\mathrm{800nm}-\mathrm{680nm}}{\mathrm{800nm}+\mathrm{680nm}-2\mathrm{445nm}}$		Original Formula	32	0	1
155	Modified Normalised Difference 750/705	MND750/705	$\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}-2\mathrm{445nm}}$		Original Formula	21	2	4
156	Modified NDVI	mNDVI	$\frac{\mathrm{800nm}-\mathrm{680nm}}{\mathrm{800nm}+\mathrm{680nm}-2\mathrm{445nm}}$		Original Formula	32	1	2
157	Normalized Difference NIR/MIR Modified Normalized Difference Vegetation Index	MNDVI	$\frac{\mathrm{NIR}-\mathrm{MIR}}{\mathrm{NIR}+\mathrm{MIR}}$		Derived	42	1	2
158	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
159	Misra Non Such Index	MNSI	$0.404\mathrm{[500:600]}-0.039\mathrm{[600:700]}-0.505\mathrm{[700:800]}+0.762\mathrm{[800:1100]}$		Original Formula	44	0	2
160	Modified Normalized Difference Vegetation Index RVI	MRVI	$\frac{\mathrm{RVI}-1}{\mathrm{RVI}+1}$		Original Formula	0	1	1
161	Modified Soil Adjusted Vegetation Index	MSAVI	$\frac{2\mathrm{NIR}+1-\sqrt{{\left(2\mathrm{NIR}+1\right)}^2-8\left(\mathrm{NIR}-\mathrm{RED}\right)}}{2}$		Original Formula	87	1	8
162	Modified Soil Adjusted Vegetation Index hyper	MSAVIhyper	$\left(0.5\right)\left(\left(2\mathrm{800nm}+1\right)-\sqrt{{\left(2\mathrm{800nm}+1\right)}^2-8\left(\mathrm{800nm}-\mathrm{670nm}\right)}\right)$		Original Formula	65	1	9
163	Misra Soil Brightness Index	MSBI	$0.406\mathrm{[500:600]}+0.600\mathrm{[600:700]}+0.645\mathrm{[700:800]}+0.243\mathrm{[800:1100]}$		Original Formula	44	0	2
164	Simple Ratio 1600/820 Moisture Stress Index	MSI	$\frac{\mathrm{1600nm}}{\mathrm{820nm}}$		Original Formula	31	2	7
165	Simple Ratio 1599/819 Moisture Stress Index 2	MSI2	$\frac{\mathrm{1599nm}}{\mathrm{819nm}}$		Original Formula	29	0	1
166	Modified Simple Ratio	mSR	$\frac{\mathrm{800nm}-\mathrm{445nm}}{\mathrm{680nm}-\mathrm{445nm}}$		Original Formula	32	1	3
167	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
168	Modified Simple Ratio 670,800	MSR670	$\frac{\frac{\mathrm{800nm}}{\mathrm{670nm}}-1}{\sqrt{\frac{\mathrm{800nm}}{\mathrm{670nm}}+1}}$		Original Formula	65	1	3
169	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
170	Modified Simple Ratio 705/445	MSR705/445	$\frac{\mathrm{750nm}-\mathrm{445nm}}{\mathrm{705nm}-\mathrm{445nm}}$		Original Formula	21	2	4
171	Modified Simple Ratio NIR/RED	MSRNir/Red	$\frac{\left(\frac{\mathrm{NIR}}{\mathrm{RED}}\right)-1}{\sqrt{\left(\frac{\mathrm{NIR}}{\mathrm{RED}}\right)+1}}$		Original Formula	87	0	3
172	MERIS Terrestrial chlorophyll index	MTCI	$\frac{\mathrm{754nm}-\mathrm{709nm}}{\mathrm{709nm}-\mathrm{681nm}}$		Original Formula	25	2	5
173	Modified Triangular Vegetation Index 1	MTVI1	$1.2\left(1.2\left(\mathrm{800nm}-\mathrm{550nm}\right)-2.5\left(\mathrm{670nm}-\mathrm{550nm}\right)\right)$		Original Formula	59	1	1
174	Modified Triangular Vegetation Index 2	MTVI2	$\left(1.5\frac{1.2\left(\mathrm{800nm}-\mathrm{550nm}\right)-2.5\left(\mathrm{670nm}-\mathrm{550nm}\right)}{\sqrt{{\left(2\mathrm{800nm}+1\right)}^2-\left(6\mathrm{800nm}-5\sqrt{\mathrm{670nm}}\right)-0.5}}\right)$		Original Formula	59	1	3
175	Mid-infrared vegetation index	MVI	$\frac{\mathrm{[700:1300]}}{\mathrm{[1570:1780]}}$		Original Formula	41	1	2
176	Misra Yellow Vegetation Index	MYVI	$0.723\mathrm{[500:600]}-0.597\mathrm{[600:700]}+0.206\mathrm{[700:800]}-0.278\mathrm{[800:1100]}$		Original Formula	44	0	2
177	Normalized Difference NIR/SWIR Normalized Burn Ratio	NBR	$\frac{\mathrm{NIR}-\mathrm{SWIR}}{\mathrm{NIR}+\mathrm{SWIR}}$		Original Formula	42	1	1
178	Normalized Difference 1080/1180	ND1080/1180	$\frac{\mathrm{1080nm}-\mathrm{1180nm}}{\mathrm{1080nm}+\mathrm{1180nm}}$		Original Formula	9	0	1
179	Normalized Difference 1080/1260	ND1080/1260	$\frac{\mathrm{1080nm}-\mathrm{1260nm}}{\mathrm{1080nm}+\mathrm{1260nm}}$		Original Formula	11	0	1
180	Normalized Difference 1080/1450	ND1080/1450	$\frac{\mathrm{1080nm}-\mathrm{1450nm}}{\mathrm{1080nm}+\mathrm{1450nm}}$		Original Formula	10	0	1
181	Normalized Difference 1080/1675	ND1080/1675	$\frac{\mathrm{1080nm}-\mathrm{1675nm}}{\mathrm{1080nm}+\mathrm{1675nm}}$		Original Formula	12	0	1
182	Normalized Difference 1080/2170	ND1080/2170	$\frac{\mathrm{1080nm}-\mathrm{2170nm}}{\mathrm{1080nm}+\mathrm{2170nm}}$		Original Formula	10	0	1
183	Normalized Difference 1180/1450	ND1180/1450	$\frac{\mathrm{1180nm}-\mathrm{1450nm}}{\mathrm{1180nm}+\mathrm{1450nm}}$		Original Formula	9	0	1
184	Normalized Difference 1180/1675	ND1180/1675	$\frac{\mathrm{1180nm}-\mathrm{1675nm}}{\mathrm{1180nm}+\mathrm{1675nm}}$		Original Formula	11	0	1
185	Normalized Difference 1180/2170	ND1180/2170	$\frac{\mathrm{1180nm}-\mathrm{2170nm}}{\mathrm{1180nm}+\mathrm{2170nm}}$		Original Formula	10	0	1
186	Normalized Difference 1260/1450	ND1260/1450	$\frac{\mathrm{1260nm}-\mathrm{1450nm}}{\mathrm{1260nm}+\mathrm{1450nm}}$		Original Formula	9	0	1
187	Normalized Difference 1260/1675	ND1260/1675	$\frac{\mathrm{1260nm}-\mathrm{1675nm}}{\mathrm{1260nm}+\mathrm{1675nm}}$		Original Formula	13	0	1
188	Normalized Difference 1260/2170	ND1260/2170	$\frac{\mathrm{1260nm}-\mathrm{2170nm}}{\mathrm{1260nm}+\mathrm{2170nm}}$		Original Formula	12	0	1
189	Normalized Difference 1510/660 NRI1510	ND1510/660	$\frac{\mathrm{1510nm}-\mathrm{660nm}}{\mathrm{1510nm}+\mathrm{660nm}}$		Original Formula	13	0	1
190	Normalized Difference 550/531	ND550/531	$\frac{\mathrm{550nm}-\mathrm{531nm}}{\mathrm{550nm}+\mathrm{531nm}}$		Original Formula	22	0	1
191	Normalized Difference 570/539	ND570/539	$\frac{\mathrm{570nm}-\mathrm{539nm}}{\mathrm{570nm}+\mathrm{539nm}}$		Original Formula	18	0	1
192	Normalized Difference 682/553	ND682/553	$\frac{\mathrm{682nm}-\mathrm{553nm}}{\mathrm{682nm}-\mathrm{553nm}}$		Original Formula	58	1	2
193	Normalized Difference 750/660	ND750/660	$\frac{\mathrm{750nm–660nm}}{\mathrm{750nm}+\mathrm{660nm}}$		Derived	37	0	1
194	Normalized Difference 750/680	ND750/680	$\frac{\mathrm{750nm}-\mathrm{680nm}}{\mathrm{750nm}+\mathrm{680nm}}$		Original Formula	37	0	1
195	Normalized Difference 774/677	ND774/677	$\frac{\mathrm{774nm}-\mathrm{677nm}}{\mathrm{774nm}+\mathrm{677nm}}$		Original Formula	65	0	1
196	Normalized Difference 782/666	ND782/666	$\frac{\mathrm{782nm}-\mathrm{666nm}}{\mathrm{782nm}+\mathrm{666nm}}$		Original Formula	72	0	1
197	Normalized Difference 790/670	ND790/670	$\frac{\mathrm{790nm}-\mathrm{670nm}}{\mathrm{790nm}+\mathrm{670nm}}$		Original Formula	69	2	1
198	Normalized Difference 800/1180	ND800/1180	$\frac{\mathrm{800nm}-\mathrm{1180nm}}{\mathrm{800nm}+\mathrm{1180nm}}$		Original Formula	10	0	1
199	Normalized Difference 800/1260	ND800/1260	$\frac{\mathrm{800nm}-\mathrm{1260nm}}{\mathrm{800nm}+\mathrm{1260nm}}$		Original Formula	14	0	1
200	Normalized Difference 800/1450	ND800/1450	$\frac{\mathrm{800nm}-\mathrm{1450nm}}{\mathrm{800nm}+\mathrm{1450nm}}$		Original Formula	11	0	1
201	Normalized Difference 800/1675	ND800/1675	$\frac{\mathrm{800nm}-\mathrm{1675nm}}{\mathrm{800nm}+\mathrm{1675nm}}$		Original Formula	28	0	1
202	Normalized Difference 800/2170	ND800/2170	$\frac{\mathrm{800nm}-\mathrm{2170nm}}{\mathrm{800nm}+\mathrm{2170nm}}$		Original Formula	21	0	0
203	Normalized Difference 800/680 Pigment specific normalised difference A2, Lichtenthaler indices 1, NDVIhyper	ND800/680	$\frac{\mathrm{800nm}-\mathrm{680nm}}{\mathrm{800nm}+\mathrm{680nm}}$		Original Formula	66	9	10
204	Normalized Difference 827/668	ND827/668	$\frac{\mathrm{827nm}-\mathrm{668nm}}{\mathrm{827nm}+\mathrm{668nm}}$		Original Formula	61	0	1
205	Normalized Difference 833/1649 Infrared Index	ND833/1649	$\frac{\mathrm{833nm}-\mathrm{1649nm}}{\mathrm{833nm}+\mathrm{1649nm}}$		Original Formula	30	0	1
206	Normalized Difference 833/658	ND833/658	$\frac{\mathrm{833nm}-\mathrm{658nm}}{\mathrm{833nm}+\mathrm{658nm}}$		Original Formula	63	0	1
207	Modified Normalized Difference 850/1788/1928	ND850/1788/1928	$\frac{\mathrm{850nm–1788nm}}{\mathrm{850nm}+\mathrm{1928nm}}$		Original Formula	8	0	1
208	Modified Normalized Difference 850/2218/1928	ND850/2218/1928	$\frac{\mathrm{850nm–2218nm}}{\mathrm{850nm}+\mathrm{1928nm}}$		Original Formula	8	0	1
209	Normalized Difference 895/675	ND895/675	$\frac{\mathrm{895nm}-\mathrm{675nm}}{\mathrm{895nm}+\mathrm{675nm}}$		Original Formula	47	0	2
210	Normalized Difference 900/680	ND900/680	$\frac{\mathrm{900nm}-\mathrm{680nm}}{\mathrm{900nm}+\mathrm{680nm}}$		Original Formula	48	0	2
211	Normalized Difference 960/1180	ND960/1180	$\frac{\mathrm{960nm}-\mathrm{1180nm}}{\mathrm{960nm}+\mathrm{1180nm}}$		Original Formula	10	0	1
212	Normalized Difference 960/1260	ND960/1260	$\frac{\mathrm{960nm}-\mathrm{1260nm}}{\mathrm{960nm}+\mathrm{1260nm}}$		Original Formula	12	0	1
213	Normalized Difference 960/1450	ND960/1450	$\frac{\mathrm{960nm}-\mathrm{1450nm}}{\mathrm{960nm}+\mathrm{1450nm}}$		Original Formula	11	0	1
214	Normalized Difference 960/1675	ND960/1675	$\frac{\mathrm{960nm}-\mathrm{1675nm}}{\mathrm{960nm}+\mathrm{1675nm}}$		Original Formula	17	0	1
215	Normalized Difference 960/2170	ND960/2170	$\frac{\mathrm{960nm}-\mathrm{2170nm}}{\mathrm{960nm}+\mathrm{2170nm}}$		Original Formula	15	0	1
216	Normalized Difference 2160/1540 Normalized Difference leaf canopy biomass	NDBleaf	$\frac{\mathrm{2160nm-1540nm}}{\mathrm{2160nm}+\mathrm{1540nm}}$		Original Formula	11	2	0
217	Normalized Difference 925/710 Normalized Difference Chlorophyll	NDchl	$\frac{\mathrm{925nm-710nm}}{\mathrm{925nm}+\mathrm{710nm}}$		Original Formula	23	2	1
218	Normalized Difference 819/1600 NDII	NDII	$\frac{\mathrm{819nm}-\mathrm{1600nm}}{\mathrm{819nm}+\mathrm{1600nm}}$		Original Formula	31	0	3
219	Normalized Difference 850/1650 Normalized Difference Infrared Index	NDII	$\frac{\mathrm{850nm}-\mathrm{1650nm}}{\mathrm{850nm}+\mathrm{1650nm}}$		Original Formula	14	2	1
220	Normalized Difference 819/1649 NDII 2	NDII2	$\frac{\mathrm{819nm}-\mathrm{1649nm}}{\mathrm{819nm}+\mathrm{1649nm}}$		Original Formula	31	0	1
221	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
222	Normalized Difference 2260/1490 Normalized Difference leaf mass per area	NDlma	$\frac{\mathrm{2260nm-1490nm}}{\mathrm{2260nm}+\mathrm{1490nm}}$		Original Formula	10	2	1
223	Normalized Difference 820/1600 Normalized Difference Moisture Index	NDMI	$\frac{\mathrm{820nm}-\mathrm{1600nm}}{\mathrm{820nm}+\mathrm{1600nm}}$		Original Formula	31	1	4
224	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
225	Normalized Difference 790/720 Normalized difference red edge index	NDRE	$\frac{\mathrm{790nm}-\mathrm{720nm}}{\mathrm{790nm}+\mathrm{720nm}}$		Original Formula	30	1	2
226	Normalized Difference NIR/Rededge Normalized Difference Red-Edge	NDRE	$\frac{\mathrm{NIR}-\mathrm{rededge}}{\mathrm{NIR}+\mathrm{rededge}}$		Original Formula	69	1	3
227	Normalized Difference Salinity Index	NDSI	$\frac{\mathrm{[1600:1700]}-\mathrm{[2145:2185]}}{\mathrm{[1600:1700]}+\mathrm{[2145:2185]}}$		Derived	25	1	2
228	Normalized Difference MIR/NIR Normalized Difference Vegetation Index (in case of strong atmospheric disturbances)	NDVI	$\frac{\mathrm{MIR}-\mathrm{NIR}}{\mathrm{MIR}+\mathrm{NIR}}$	MIR=[1300:3000],NIR=[800;10;10]	Original Formula	35	2	5
229	Normalized Difference NIR/Red Normalized Difference Vegetation Index, Calibrated NDVI - CDVI	NDVI	$\frac{\mathrm{NIR}-\mathrm{RED}}{\mathrm{NIR}+\mathrm{RED}}$	RED=[670;50;30],NIR=[800;10;10]	Original Formula	71	13	116
230	Normalized Difference Rededge/Red	NDVI rededge	$\frac{\mathrm{rededge}-\mathrm{RED}}{\mathrm{rededge}+\mathrm{RED}}$		Original Formula	31	2	2
231	Normalized Difference Vegetation Index 690-710	NDVI690-710	$\frac{\mathrm{NIR}-\mathrm{[690:710]}}{\mathrm{NIR}+\mathrm{[690:710]}}$		Original Formula	69	3	1
232	Normalized Difference 750/705 Chl NDI	NDVI705	$\frac{\mathrm{750nm}-\mathrm{705nm}}{\mathrm{750nm}+\mathrm{705nm}}$		Original Formula	27	2	6
233	Normalized Difference 750/650	NDVI750/650	$\frac{\mathrm{750nm}-\mathrm{650nm}}{\mathrm{750nm}+\mathrm{650nm}}$		Original Formula	31	0	1
234	Normalized Difference Vegetation Index C	NDVIc	$\frac{\mathrm{NIR}-\mathrm{RED}}{\mathrm{NIR}+\mathrm{RED}}\left(1-\frac{\mathrm{SWIR}-\mathrm{SWIIRmin}}{\mathrm{SWIRmax}-\mathrm{SWIRmin}}\right)$		Derived	41	0	1
235	Normalized Difference 750/550 Green NDVI	NDVIg	$\frac{\mathrm{750nm}-\mathrm{550nm}}{\mathrm{750nm}+\mathrm{550nm}}$		Original Formula	37	1	1
236	Normalized Difference 860/1240 Normalized Difference Water Index	NDWI	$\frac{\mathrm{860nm}-\mathrm{1240nm}}{\mathrm{860nm}+\mathrm{1240nm}}$		Original Formula	16	2	9
237	Normalized Difference 1070/1200 NDWI-Hyperion	NDWI-Hyp	$\frac{\mathrm{1070nm}-\mathrm{1200nm}}{\mathrm{1070nm}+\mathrm{1200nm}}$		Original Formula	10	0	2
238	Normalized Difference 857/1241 Normalized Difference Water Index	NDWI2	$\frac{\mathrm{857nm}-\mathrm{1241nm}}{\mathrm{857nm}+\mathrm{1241nm}}$		Original Formula	17	2	1
239	Normalized Difference Green/Red Normalized green red difference index, Visible Atmospherically Resistant Indices Green (VIgreen)	NGRDI	$\frac{\mathrm{GREEN}-\mathrm{RED}}{\mathrm{GREEN}+\mathrm{RED}}$		Original Formula	85	1	5
240	Nonlinear vegetation index	NLI	$\frac{{\mathrm{[780:1400]}}^2-\mathrm{RED}}{{\mathrm{[780:1400]}}^2+\mathrm{RED}}$		Original Formula	87	0	3
241	Norm G	Norm G	$\frac{G}{\mathrm{NIR}+R+G}$		Original Formula	82	1	0
242	Norm NIR	Norm NIR	$\frac{\mathrm{NIR}}{\mathrm{NIR}+R+G}$		Original Formula	82	1	0
243	Norm R	Norm R	$\frac{R}{\mathrm{NIR}+R+G}$		Original Formula	82	1	0
244	Normalized Difference 680/430 Normalized Pigment Chlorophyll Index	NPCI	$\frac{\mathrm{680nm}-\mathrm{430nm}}{\mathrm{680nm}+\mathrm{430nm}}$		Original Formula	31	2	10
245	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
246	Tasselled Cap - Non Such Index MSS	NSIMSS	$-0.016\mathrm{[500:600]}+0.131\mathrm{[600:700]}-0.425\mathrm{[700:800]}+0.882\mathrm{[800:1100]}$		Original Formula	44	0	2
247	Optimized Soil Adjusted Vegetation Index	OSAVI	$\left(1+Y\right)\frac{\mathrm{800nm}-\mathrm{670nm}}{\mathrm{800nm}+\mathrm{670nm}+Y}$	Y=0.16	Original Formula	65	1	12
248	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
249	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
250	Optimized vegetation normalized index	OVNI			Original Formula	0	0	1
251	Simple Ratio 810/560 Plant biochemical index	PBI	$\frac{\mathrm{810nm}}{\mathrm{560nm}}$		Original Formula	61	1	0
252	Pan NDVI	PNDVI	$\frac{\mathrm{NIR}-\left(\mathrm{GREEN}+\mathrm{RED}+\mathrm{BLUE}\right)}{\mathrm{NIR}+\left(\mathrm{GREEN}+\mathrm{RED}+\mathrm{BLUE}\right)}$		Original Formula	67	1	1
253	Normalized Difference 550/450 Plant pigment ratio	PPR	$\frac{\mathrm{550nm}-\mathrm{450nm}}{\mathrm{550nm}+\mathrm{450nm}}$		Original Formula	54	0	1
254	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
255	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
256	Normalized Difference 550/530 Physiological reflectance index	PRI550/530	$\frac{\mathrm{550nm}-\mathrm{530nm}}{\mathrm{550nm}+\mathrm{530nm}}$		Original Formula	27	0	1
257	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
258	Normalized Difference 800/675 Pigment specific normalised difference A1	PSNDa1	$\frac{\mathrm{800nm}-\mathrm{675nm}}{\mathrm{800nm}+\mathrm{675nm}}$		Original Formula	65	2	1
259	Normalized Difference 800/650 Pigment specific normalised difference B1	PSNDb1	$\frac{\mathrm{800nm}-\mathrm{650nm}}{\mathrm{800nm}+\mathrm{650nm}}$		Original Formula	62	2	1
260	Normalized Difference 800/635 Pigment specific normalised difference B2	PSNDb2	$\frac{\mathrm{800nm}-\mathrm{635nm}}{\mathrm{800nm}-\mathrm{635nm}}$		Original Formula	60	2	2
261	Normalized Difference 800/500 Pigment specific normalised difference C1	PSNDc1	$\frac{\mathrm{800nm}-\mathrm{500nm}}{\mathrm{800nm}+\mathrm{500nm}}$		Original Formula	53	2	1
262	Normalized Difference 800/470 Pigment specific normalised difference C2	PSNDc2	$\frac{\mathrm{800nm}-\mathrm{470nm}}{\mathrm{800nm}+\mathrm{470nm}}$		Original Formula	47	2	2
263	Plant Senescence Reflectance Index	PSRI	$\frac{\mathrm{678nm}-\mathrm{500nm}}{\mathrm{750nm}}$		Original Formula	25	1	3
264	Simple Ratio 800/675 Pigment specific simple ratio A1	PSSRa1	$\frac{\mathrm{800nm}}{\mathrm{675nm}}$		Original Formula	65	2	3
265	Simple Ratio 800/650 Pigment specific simple ratio B1	PSSRb1	$\frac{\mathrm{800nm}}{\mathrm{650nm}}$		Original Formula	62	2	2
266	Simple Ratio 800/500 Pigment specific simple ratio C1	PSSRc1	$\frac{\mathrm{800nm}}{\mathrm{500nm}}$		Original Formula	53	2	2
267	Simple Ratio 800/470 Pigment specific simple ratio C2	PSSRc2	$\frac{\mathrm{800nm}}{\mathrm{470nm}}$		Original Formula	47	2	3
268	Perpendicular Vegetation Index	PVI	$\left(\frac{1}{\sqrt{a^2+1}}\right)\left(\mathrm{NIR}-\mathrm{ar}-b\right)$		Original Formula	46	1	18
269	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
270	Normalized Difference 550/650 Photosynthetic vigour ratio	PVR	$\frac{\mathrm{550nm}-\mathrm{650nm}}{\mathrm{550nm}+\mathrm{650nm}}$		Original Formula	64	0	1
271	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
272	Ratio 675/700/650	R675/700/650	$\frac{\mathrm{675nm}}{\mathrm{700nm}·\mathrm{650nm}}$		Original Formula	17	2	2
273	Simple Ratio 760/500 Ratio Analysis of Reflectance Spectra	RARS	$\frac{\mathrm{760nm}}{\mathrm{500nm}}$		Original Formula	43	0	1
274	Ratio Analysis of Reflectance Spectra A1	RARSa1	$\frac{\frac{\mathrm{675nm}}{\mathrm{700nm}}}{\frac{\mathrm{r675}}{\mathrm{r700}}}$		Original Formula	34	2	1
275	Ratio Analysis of Reflectance Spectra A2	RARSa2	$\frac{\frac{\mathrm{680nm}}{\mathrm{700nm}}}{\frac{\mathrm{r680}}{\mathrm{r700}}}$		Original Formula	35	2	1
276	Ratio Analysis of Reflectance Spectra A3	RARSa3	$\frac{\frac{\mathrm{675nm}}{\mathrm{800nm}}}{\frac{\mathrm{r670}}{\mathrm{r800}}}$		Original Formula	65	2	1
277	Ratio Analysis of Reflectance Spectra A4	RARSa4	$\frac{\frac{\mathrm{680nm}}{\mathrm{800nm}}}{\frac{\mathrm{r680}}{\mathrm{r800}}}$		Original Formula	66	2	1
278	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
279	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
280	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
281	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
282	Ratio Analysis of Reflectance Spectra C1	RARSc1	$\frac{\frac{\mathrm{760nm}}{\mathrm{500nm}}}{\frac{\mathrm{r760}}{\mathrm{r500}}}$		Original Formula	43	2	1
283	Ratio Analysis of Reflectance Spectra C2	RARSc2	$\frac{\frac{\mathrm{760nm}}{\mathrm{470nm}}}{\frac{\mathrm{r760}}{\mathrm{r470}}}$		Original Formula	41	2	1
284	Ratio Analysis of Reflectance Spectra C3	RARSc3	$\frac{\frac{\mathrm{800nm}}{\mathrm{500nm}}}{\frac{\mathrm{r800}}{\mathrm{r500}}}$		Original Formula	53	2	1
285	Ratio Analysis of Reflectance Spectra C4	RARSc4	$\frac{\frac{\mathrm{800nm}}{\mathrm{470nm}}}{\frac{\mathrm{r800}}{\mathrm{r470}}}$		Original Formula	47	1	1
286	Three-Band Ratio 1200	RATIO1200	$2\frac{\mathrm{[1180:1220]}}{\mathrm{[1090:1110]}+\left(\mathrm{[1265:1285]}\right)}$		Original Formula	10	1	1
287	Three-Band Ratio 975	RATIO975	$2\frac{\mathrm{[960:990]}}{\mathrm{[920:940]}+\mathrm{[1090:1110]}}$		Original Formula	9	2	1
288	Red-Blue NDVI	RBNDVI	$\frac{\mathrm{NIR}-\left(\mathrm{RED}+\mathrm{BLUE}\right)}{\mathrm{NIR}+\left(\mathrm{RED}+\mathrm{BLUE}\right)}$		Original Formula	69	1	1
289	Relative Drought Index	RDI	$\frac{\mathrm{WSDact}}{\mathrm{WSDcrit}}$		Original Formula	0	0	0
290	Simple Ratio MIR/NIR Ratio Drought Index	RDI	$\frac{\mathrm{MIR}}{\mathrm{NIR}}$		Original Formula	42	1	1
291	RDVI	RDVI	$\frac{\mathrm{800nm}-\mathrm{670nm}}{{\left(\mathrm{800nm}+\mathrm{670nm}\right)}^{0.5}}$		Original Formula	65	1	4
292	Renormalized Difference Vegetation Index	RDVI	$\frac{\mathrm{800nm}-\mathrm{670nm}}{\sqrt{\mathrm{800nm}+\mathrm{670nm}}}$		Original Formula	65	2	7
293	RDVI2	RDVI2	$\frac{\mathrm{833nm}-\mathrm{658nm}}{\sqrt{\mathrm{833nm}+\mathrm{658nm}}}$		Original Formula	63	1	1
294	Red edge 1	Rededge1	$\frac{\mathrm{[708:716]}}{\mathrm{[676:685]}}$		Original Formula	41	1	1
295	Red edge 2	Rededge2	$\frac{\mathrm{[708:716]}-\mathrm{[676:685]}}{\mathrm{[708:716]}+\mathrm{[676:685]}}$		Original Formula	41	1	1
296	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
297	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
298	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
299	Normalized Difference 750/710 Red Edge NDVI	reNDVI	$\frac{\mathrm{750nm}-\mathrm{710nm}}{\mathrm{750nm}+\mathrm{710nm}}$		Original Formula	27	1	2
300	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

Page 1 of 2 [1] [2] · > · >|