more than one combination of data types and/or processing/mapping technique as
part of a comparison study or as additional information.
Table 14.3 demonstrates that, of the 80 studies reviewed, the main remote
sensing data type used was medium spatial resolution multispectral (e.g., Landsat
Thematic Mapper) (27 papers), followed by aerial photography (19 papers), high
spatial resolution multispectral (e.g., Ikonos) (17 papers), hyperspectral (e.g.,
CASI, Hyperion) (11 papers), and acoustic data (e.g., Roxan) (6 papers). From the
54 coral reef habitat mapping papers, 20 papers used moderate spatial resolution
Table 14.2 Compendium of publications included in remote sensing methods and validation
review (Roelfsema 2009): numbers represent citations used in Tables 14.3–14.5
[1] Capolsini et al. (2003)
[2] Cuevas-Jimenez and Ardisson (2002)
[3] Fornes et al. (2006)
[4] Newman et al. (2007)
[5] Young et al. (2008)
[6] Isoun et al. (2003)
[7] Andréfouët and Dirberg (2006)
[8] Andréfouët et al. (2003)
[9] Dekker et al. (2005)
[10] Call et al. (2003)
[11] Mumby and Edwards (2002)
[12] Pasqualini et al. (2005)
[13] Peneva et al. (2008)
[14] Riegl and Purkis (2005)
[15] Mumby et al. (1998)
[16] Roelfsema et al. (2002)
[17] Roelfsema et al. (2006)
[18] Sheppard et al. (1995)
[19] Zharikov et al. (2005)
[20] Wabnitz et al. (2008)
[21] Dierssen et al. (2003)
[22] Habeeb et al. (2007)
[23] Palandro et al. (2003)
[24] Rowlands et al. (2008)
[25] Bouvet et al. (2003)
[26] Chauvaud et al. (1998)
[27] Hochberg and Atkinson (2003)
[28] Goodman and Ustin (2007)
[29] Chauvaud et al. (2001)
[30] Armstrong (1993)
[31] Meehan et al. (2005)
[32] Gullstrom et al. (2006)
[33] Franklin et al. (2003)
[34] Naseer and Hatcher (2004)
[35] Sagawa et al. (2008)
[36] Garza-Perez et al. (2004)
[37] Andréfouët et al. (2004)
[38] Bainbridge and Reichelt (1998)
[39] Bertels et al. (2008)
[40] Holmes et al. (2007)
[41] Maeder and Narumalani (2002)
[42] Mishra et al. (2006)
[43] Purkis and Riegl (2005)
[44] Riegl et al. (2005)
[45] Purkis et al. (2008)
[46] Houk and van Woesik (2008)
[47] Benfield et al. (2007)
[48] Phinn et al. (2008)
[49] Joyce et al. (2004)
[50] Roelfsema et al. (2009)
[51] Schweizer et al. (2005)
[52] Klonowski et al. (2007)
[53] Palandro et al. (2008)
[54] Prada et al. (2008)
[55] Lesser and Mobley (2007)
[56] Louchard et al. (2003)
[57] Cassata and Collins (2008)
[58] Matarrese et al. (2004)
[59] Kvernevik et al. (2002)
[60] Pergent et al. (2002)
[61] Dahdouh-Guebas et al. (1999)
[62] Kutser et al. (2006)
[63] Vanderstraete et al. (2006)
[64] Jordan et al. (2005)
[65] Kendrick et al. (2002)
[66] Moore et al. (2002)
[67] Andréfouët and Guzman (2005)
[68] Lauer and Aswani (2008)
[69] Ahmad and Neil (1994)
[70] Ackleson and Klemas (1987)
[71] Aswani and Lauer (2006)
[72] Alexander (2008)
[73] Benton and Newman (1976)
[74] Jupp et al. (1985)
[75] Andréfouët et al. (2005)
[76] Lathrop et al. (2006)
[77] Lennon and Luck (1989)
[78] Murdoch et al. (2007)
[79] Orth et al. (2006)
[80] Pasqualini et al. (2000)
14 Validation
383
part of a comparison study or as additional information.
Table 14.3 demonstrates that, of the 80 studies reviewed, the main remote
sensing data type used was medium spatial resolution multispectral (e.g., Landsat
Thematic Mapper) (27 papers), followed by aerial photography (19 papers), high
spatial resolution multispectral (e.g., Ikonos) (17 papers), hyperspectral (e.g.,
CASI, Hyperion) (11 papers), and acoustic data (e.g., Roxan) (6 papers). From the
54 coral reef habitat mapping papers, 20 papers used moderate spatial resolution
Table 14.2 Compendium of publications included in remote sensing methods and validation
review (Roelfsema 2009): numbers represent citations used in Tables 14.3–14.5
[1] Capolsini et al. (2003)
[2] Cuevas-Jimenez and Ardisson (2002)
[3] Fornes et al. (2006)
[4] Newman et al. (2007)
[5] Young et al. (2008)
[6] Isoun et al. (2003)
[7] Andréfouët and Dirberg (2006)
[8] Andréfouët et al. (2003)
[9] Dekker et al. (2005)
[10] Call et al. (2003)
[11] Mumby and Edwards (2002)
[12] Pasqualini et al. (2005)
[13] Peneva et al. (2008)
[14] Riegl and Purkis (2005)
[15] Mumby et al. (1998)
[16] Roelfsema et al. (2002)
[17] Roelfsema et al. (2006)
[18] Sheppard et al. (1995)
[19] Zharikov et al. (2005)
[20] Wabnitz et al. (2008)
[21] Dierssen et al. (2003)
[22] Habeeb et al. (2007)
[23] Palandro et al. (2003)
[24] Rowlands et al. (2008)
[25] Bouvet et al. (2003)
[26] Chauvaud et al. (1998)
[27] Hochberg and Atkinson (2003)
[28] Goodman and Ustin (2007)
[29] Chauvaud et al. (2001)
[30] Armstrong (1993)
[31] Meehan et al. (2005)
[32] Gullstrom et al. (2006)
[33] Franklin et al. (2003)
[34] Naseer and Hatcher (2004)
[35] Sagawa et al. (2008)
[36] Garza-Perez et al. (2004)
[37] Andréfouët et al. (2004)
[38] Bainbridge and Reichelt (1998)
[39] Bertels et al. (2008)
[40] Holmes et al. (2007)
[41] Maeder and Narumalani (2002)
[42] Mishra et al. (2006)
[43] Purkis and Riegl (2005)
[44] Riegl et al. (2005)
[45] Purkis et al. (2008)
[46] Houk and van Woesik (2008)
[47] Benfield et al. (2007)
[48] Phinn et al. (2008)
[49] Joyce et al. (2004)
[50] Roelfsema et al. (2009)
[51] Schweizer et al. (2005)
[52] Klonowski et al. (2007)
[53] Palandro et al. (2008)
[54] Prada et al. (2008)
[55] Lesser and Mobley (2007)
[56] Louchard et al. (2003)
[57] Cassata and Collins (2008)
[58] Matarrese et al. (2004)
[59] Kvernevik et al. (2002)
[60] Pergent et al. (2002)
[61] Dahdouh-Guebas et al. (1999)
[62] Kutser et al. (2006)
[63] Vanderstraete et al. (2006)
[64] Jordan et al. (2005)
[65] Kendrick et al. (2002)
[66] Moore et al. (2002)
[67] Andréfouët and Guzman (2005)
[68] Lauer and Aswani (2008)
[69] Ahmad and Neil (1994)
[70] Ackleson and Klemas (1987)
[71] Aswani and Lauer (2006)
[72] Alexander (2008)
[73] Benton and Newman (1976)
[74] Jupp et al. (1985)
[75] Andréfouët et al. (2005)
[76] Lathrop et al. (2006)
[77] Lennon and Luck (1989)
[78] Murdoch et al. (2007)
[79] Orth et al. (2006)
[80] Pasqualini et al. (2000)
14 Validation
383