Main, Russell; ... - An investigation into robust s...

Basic information

Author	Main, Russell; Cho, Moses Azong; Mathieu, Renaud; Oâ€™Kennedy, Martha M.; Ramoelo, Abel; Koch, Susan
Title	An investigation into robust spectral indices for leaf chlorophyll estimation
Journal	ISPRS Journal of Photogrammetry and Remote Sensing
DOI	10.1016/j.isprsjprs.2011.08.001
Link	http://www.sciencedirect.com/science/article/pii/S092427161100089X
Date/Year	2011
Location
Publisher
Volume	66
Issue	6
Pages	751-761
Keywords	Leaf level reflectance; Leaf chlorophyll; Red-edge; Vegetation indices; Photosynthetic activity
Comment

Indices

Nr.	Name	General Formula
1	Chlorophyll Absorption Ratio Index	$(\frac{700nm}{670nm}) \frac{\sqrt{{(a \cdot 670 + 670nm + b)}^{2}}}{{(a^{2} + 1)}^{0.5}}$
2	Curvative Index	$675nm \frac{690nm}{{683nm}^{2}}$
3	Datt1	$\frac{850nm - 710nm}{850nm - 680nm}$
4	Datt4	$\frac{672nm}{550nm \cdot 708nm}$
5	Datt6	$\frac{860nm}{550nm \cdot 708nm}$
6	Double Difference Index	$(749nm - 720nm) - (701nm - 672nm)$
7	Double Peak Index	$\frac{688nm + 710nm}{{697nm}^{2}}$
8	Enhanced Vegetation Index	$2.5 \frac{NIR - RED}{(NIR + 6 RED - 7.5 BLUE) + 1}$
9	Gitelson2	$(\frac{750nm - 800nm}{695nm - 740nm}) - 1$
10	Green-Red NDVI	$\frac{NIR - (GREEN + RED)}{NIR + (GREEN + RED)}$
11	Maccioni	$\frac{780nm - 710nm}{780nm - 680nm}$
12	MCARI/OSAVI	$\frac{(700nm - 670nm) - 0.2 (700nm - 550nm) (\frac{700nm}{670nm})}{(1 + 0.16) \frac{800nm - 670nm}{800nm + 670nm + 0.16}}$
13	MCARI2/OSAVI2	$(\frac{1.5 \frac{2.5 (800nm - 670nm) - 1.3 (800nm - 550nm)}{\sqrt{{(2 800nm + 1)}^{2} - (6 800nm - 5 \sqrt{670nm}) - 0.5}}}{(1 + 0.16) \frac{750nm - 705nm}{750nm + 705nm + 0.16}})$
14	MERIS Terrestrial chlorophyll index	$\frac{754nm - 709nm}{709nm - 681nm}$
15	Modified anthocyanin reflectance index	$({[530:570]}^{(-1)} - {[690:710]}^{(-1)}) \cdot NIR$
16	Modified Chlorophyll Absorption in Reflectance Index 2	$(1.5 \frac{2.5 (800nm - 670nm) - 1.3 (800nm - 550nm)}{\sqrt{{(2 800nm + 1)}^{2} - (6 800nm - 5 \sqrt{670nm}) - 0.5}})$
17	Modified NDVI	$\frac{800nm - 680nm}{800nm + 680nm - 2 445nm}$
18	Modified Normalised Difference 734/747/715/726	$\frac{734nm - 747nm}{715nm + 726nm}$
19	Modified Normalised Difference 750/705	$\frac{750nm - 705nm}{750nm + 705nm - 2 445nm}$
20	Modified Simple Ratio	$\frac{800nm - 445nm}{680nm - 445nm}$
21	Modified Simple Ratio 705/445	$\frac{750nm - 445nm}{705nm - 445nm}$
22	Modified Soil Adjusted Vegetation Index hyper	$(0.5) ((2 800nm + 1) - \sqrt{{(2 800nm + 1)}^{2} - 8 (800nm - 670nm)})$
23	new Double Difference Index	$2 (710nm - 760nm - 760nm)$
24	Normalized Difference 680/430	$\frac{680nm - 430nm}{680nm + 430nm}$
25	Normalized Difference 682/553	$\frac{682nm - 553nm}{682nm - 553nm}$
26	Normalized Difference 750/705	$\frac{750nm - 705nm}{750nm + 705nm}$
27	Normalized Difference 800/550	$\frac{800nm - 550nm}{800nm + 550nm}$
28	Normalized Difference 800/680	$\frac{800nm - 680nm}{800nm + 680nm}$
29	Normalized Difference 819/1600	$\frac{819nm - 1600nm}{819nm + 1600nm}$
30	Normalized Difference NIR/Red	$\frac{NIR - RED}{NIR + RED}$
31	Optimized Soil Adjusted Vegetation Index	$(1 + Y) \frac{800nm - 670nm}{800nm + 670nm + Y}$
32	Optimized Soil Adjusted Vegetation Index 2	$(1 + 0.16) \frac{750nm - 705nm}{750nm + 705nm + 0.16}$
33	Red-Edge Position Linear Interpolation	$700 + 40 \frac{(\frac{670nm + 780nm}{2}) - 700nm}{740nm - 700nm}$
34	Renormalized Difference Vegetation Index	$\frac{800nm - 670nm}{\sqrt{800nm + 670nm}}$
35	Simple Ratio 430/680	$\frac{430nm}{680nm}$
36	Simple Ratio 440/690	$\frac{440nm}{690nm}$
37	Simple Ratio 554/677	$\frac{554nm}{677nm}$
38	Simple Ratio 605/420	$\frac{605nm}{420nm}$
39	Simple Ratio 605/670	$\frac{605nm}{670nm}$
40	Simple Ratio 605/760	$\frac{605nm}{760nm}$
41	Simple Ratio 672/550	$\frac{672nm}{550nm}$
42	Simple Ratio 675/700	$\frac{675nm}{700nm}$
43	Simple Ratio 685/735	$\frac{685nm}{735nm}$
44	Simple Ratio 694/840	$\frac{694nm}{840nm}$
45	Simple Ratio 695/420	$\frac{695nm}{420nm}$
46	Simple Ratio 695/670	$\frac{695nm}{670nm}$
47	Simple Ratio 695/760	$\frac{695nm}{760nm}$
48	Simple Ratio 700	$\frac{1}{700nm}$
49	Simple Ratio 700/670	$\frac{700nm}{670nm}$
50	Simple Ratio 705/722	$\frac{705nm}{722nm}$
51	Simple Ratio 710/420	$\frac{710nm}{420nm}$
52	Simple Ratio 710/760	$\frac{710nm}{760nm}$
53	Simple Ratio 715/705	$\frac{[710:720]}{[700:710]}$
54	Simple Ratio 715/705	$\frac{715nm}{705nm}$
55	Simple Ratio 730/706	$\frac{730nm}{706nm}$
56	Simple Ratio 740/720 hyper	$\frac{740nm}{720nm}$
57	Simple Ratio 750/550	$\frac{750nm}{550nm}$
58	Simple Ratio 750/700	$\frac{750nm}{700nm}$
59	Simple Ratio 750/710	$\frac{750nm}{710nm}$
60	Simple Ratio 752/690	$\frac{752nm}{690nm}$
61	Simple Ratio 754/704	$\frac{754nm}{704nm}$
62	Simple Ratio 800/680	$\frac{800nm}{680nm}$
63	Simple Ratio 850/710	$\frac{850nm}{710nm}$
64	Single Band 1788	$1788nm$
65	Single Band 550	$550nm$
66	Single Band 670	$670nm$
67	Single Band 703	$703nm$
68	Single Band 720	$720nm$
69	Spectral Polygon Vegetation Index	$0.4 (3.7 (800nm - 670nm) - 1.2 \| 530nm - 670nm \|)$
70	Structure Intensive Pigment Index 1	$\frac{800nm - 445nm}{800nm - 680nm}$
71	TCARI/OSAVI	$\frac{3 (700nm - 670nm) - 0.2 (700nm - 550nm) \frac{700nm}{670nm}}{(1 + 0.16) \frac{800nm - 670nm}{800nm + 670nm + 0.16}}$
72	TCARI/OSAVI 705,750	$\frac{3 (750nm - 705nm) - 0.2 (750nm - 550nm) (\frac{750nm}{705nm})}{(1 + 0.16) \frac{750nm - 705nm}{750nm + 705nm + 0.16}}$
73	Transformed Chlorophyll Absorbtion Ratio	$3 ((700nm - 670nm) - 0.2 (700nm - 550nm) (\frac{700nm}{670nm}))$
74	Transformed Chlorophyll Absorbtion Ratio 2	$3 ((750nm - 705nm) - 0, 2 (750nm - 550nm) (\frac{750nm}{705nm}))$
75	Triangular Vegetation Index	$0.5 (120 (750nm - 550nm) - 200 (670nm - 550nm))$

Sensors

Nr.	Name	Spectral Range	Bands
1	ASD Field Spec
2	RapidEye	440-850	5
3	WorldView-2	400-1040	9

Applications

Nr.	Name	Comment
1	Hyperspectral remote sensing
2	Hyperspectral remote sensing - Red-edge position
3	Vegetation
4	Vegetation - Chlorophyll

List of References