Ochrophytes marines
Ochrophyta marines de France (métropole et outre-mer) : inclut les espèces strictement marines ainsi que celles pouvant également être trouvées en eau douce, en eau saumâtre ou à terre.
116 références bibliographiques sont utilisées pour les noms de rangs spécifiques de ce groupe.
| Référence | Total | Valides | Espèces | Taxons terminaux | ||||
|---|---|---|---|---|---|---|---|---|
| nb | % | nb | % | nb | % | nb | % | |
| Burel et al. (2019) | 182 | 6,79% | 174 | 29,64% | 174 | 31,69% | 162 | 28,88% |
| Payri (2007) | 86 | 3,21% | 68 | 11,58% | 66 | 12,02% | 63 | 11,23% |
| Delnatte & Wynne (2016) | 51 | 1,9% | 49 | 8,35% | 47 | 8,56% | 45 | 8,02% |
| Nelson-Smith et al. (2014) | 37 | 1,38% | 26 | 4,43% | 25 | 4,55% | 23 | 4,1% |
| N'Yeurt & Payri (2006) | 32 | 1,19% | 24 | 4,09% | 24 | 4,37% | 23 | 4,1% |
| Vroman (1968) | 32 | 1,19% | 16 | 2,73% | 16 | 2,91% | 14 | 2,5% |
| Vieira et al. (2014) | 25 | 0,93% | 24 | 4,09% | 24 | 4,37% | 24 | 4,28% |
| Knoepffler et al. (1990) | 24 | 0,89% | 14 | 2,39% | 14 | 2,55% | 13 | 2,32% |
| Le Gallo (1949) | 24 | 0,89% | 17 | 2,9% | 17 | 3,1% | 15 | 2,67% |
| Bourmaud (2003) | 21 | 0,78% | 12 | 2,04% | 12 | 2,19% | 10 | 1,78% |
| Mattio et al. (2015) | 21 | 0,78% | 21 | 3,58% | 20 | 3,64% | 18 | 3,21% |
| Rodríguez-Prieto et al. (1999) | 17 | 0,63% | 16 | 2,73% | 14 | 2,55% | 15 | 2,67% |
| MGnify (2017) | 16 | 0,6% | 14 | 2,39% | 14 | 2,55% | 14 | 2,5% |
| Féral et al. (2021) | 14 | 0,52% | 14 | 2,39% | 14 | 2,55% | 14 | 2,5% |
| Silva et al. (1996) | 14 | 0,52% | 9 | 1,53% | 9 | 1,64% | 9 | 1,6% |
| Rapport GIS "Lag-May" & Centre d'Océanologie de Marseille, pour le compte de DAF Mayotte, SPEM & FFEM. 126 pp.">Thomassin et al. (1999) | 14 | 0,52% | 7 | 1,19% | 7 | 1,28% | 6 | 1,07% |
| Goulletquer (2016) | 13 | 0,48% | 13 | 2,21% | 13 | 2,37% | 13 | 2,32% |
| Mattio et al. (2013) | 13 | 0,48% | 13 | 2,21% | 10 | 1,82% | 11 | 1,96% |
| Payri & N'yeurt (1997) | 11 | 0,41% | 7 | 1,19% | 7 | 1,28% | 6 | 1,07% |
| Vieira et al. (2020) | 11 | 0,41% | 11 | 1,87% | 11 | 2% | 11 | 1,96% |
| N'Yeurt & Payri (2004) | 10 | 0,37% | 10 | 1,7% | 10 | 1,82% | 9 | 1,6% |
| Payri et al. (2009) | 10 | 0,37% | 7 | 1,19% | 7 | 1,28% | 7 | 1,25% |
| Payri (comm. pers., 2012) | 9 | 0,34% | 9 | 1,53% | 9 | 1,64% | 9 | 1,6% |
| Rignault & Chevallier (2017) | 9 | 0,34% | 7 | 1,19% | 7 | 1,28% | 7 | 1,25% |
| Schultz et al. (2015) | 9 | 0,34% | 9 | 1,53% | 9 | 1,64% | 9 | 1,6% |
| Vieira et al. (2019) | 8 | 0,3% | 8 | 1,36% | 8 | 1,46% | 8 | 1,43% |
| CEVA (2011) | 7 | 0,26% | 6 | 1,02% | 6 | 1,09% | 5 | 0,89% |
| Diaz & Cuzange (2009) | 7 | 0,26% | 6 | 1,02% | 6 | 1,09% | 6 | 1,07% |
| Dizerbo & Herpe (2007) | 6 | 0,22% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Levring (1944) | 6 | 0,22% | 5 | 0,85% | 5 | 0,91% | 5 | 0,89% |
| Zubia et al. (2018) | 6 | 0,22% | 5 | 0,85% | 5 | 0,91% | 5 | 0,89% |
| Bijmoer et al. (2021) | 5 | 0,19% | 4 | 0,68% | 4 | 0,73% | 4 | 0,71% |
| Etcheberry & Abraham (2009) | 5 | 0,19% | 5 | 0,85% | 5 | 0,91% | 4 | 0,71% |
| Mgnify (2018) | 5 | 0,19% | 3 | 0,51% | 3 | 0,55% | 3 | 0,53% |
| Dewarumez et al. (2011) | 4 | 0,15% | 4 | 0,68% | 4 | 0,73% | 4 | 0,71% |
| Guilloux et al. (2013) | 4 | 0,15% | 2 | 0,34% | 2 | 0,36% | 1 | 0,18% |
| Mattio & Payri (2009) | 4 | 0,15% | 4 | 0,68% | 4 | 0,73% | 4 | 0,71% |
| Natural History Museum of London (2020) | 4 | 0,15% | 4 | 0,68% | 4 | 0,73% | 4 | 0,71% |
| Nicet & Denis (2011) | 4 | 0,15% | 4 | 0,68% | 2 | 0,36% | 4 | 0,71% |
| Pearman et al. (2020) | 4 | 0,15% | 3 | 0,51% | 3 | 0,55% | 3 | 0,53% |
| Thomassin et al. (1992) | 4 | 0,15% | 1 | 0,17% | 1 | 0,18% | 0 | 0% |
| Bernard et al. (2018) | 3 | 0,11% | 3 | 0,51% | 3 | 0,55% | 3 | 0,53% |
| Boisseau & Lubet (1955) | 3 | 0,11% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Boudouresque et al. (2022) | 3 | 0,11% | 3 | 0,51% | 0 | 0% | 3 | 0,53% |
| Brugneaux (2012) | 3 | 0,11% | 3 | 0,51% | 3 | 0,55% | 3 | 0,53% |
| Mcdevit & Saunders (2017) | 3 | 0,11% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Ricard (1985) | 3 | 0,11% | 2 | 0,34% | 1 | 0,18% | 1 | 0,18% |
| Beauchamp (1914) | 2 | 0,07% | 1 | 0,17% | 1 | 0,18% | 0 | 0% |
| Brugneaux & Pérès (2006) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 1 | 0,18% |
| Buyck et al. (2021) | 2 | 0,07% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Christensen (1969) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Crouan & Crouan (1867) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Dolan (2014) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Earle (1969) | 2 | 0,07% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Fourt et al. (2017) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Gómez et al. (2021) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Han et al. (2018) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Hédouin et al. (2008) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Hibberd & Chretiennot-dinet (1979) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Huisman et al. (2018) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Kitayama & Garrigue (1998) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Lann et al. (2013) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Mattio et al. (2008) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Monteiro et al. (2020) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Nemcova et al. (2022) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Taskin et al. (2012) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Taylor (1973) | 2 | 0,07% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Thibaut et al. (2016) | 2 | 0,07% | 2 | 0,34% | 1 | 0,18% | 2 | 0,36% |
| Thuret (1854) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Vaulot et al. (2004) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Verlaque (2001) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Zardi et al. (2011) | 2 | 0,07% | 2 | 0,34% | 2 | 0,36% | 2 | 0,36% |
| Bellissimo et al. (2024) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Billard (1992) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Blanfuné et al. (2022) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Bourdillon (1955) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 0 | 0% |
| Camacho et al. (2019) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Cantera & Arnaud (1985) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Certes (1893) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Couté & Perrette (2013) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| d'Hondt & Goyffon (1993) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Dumont et al. (2013) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| European Nucleotide Archive (2019) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Feldmann (1954) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Fletcher & Farrell (1999) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Gómez & Artigas (2014) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Gravier-Bonnet & Bourmaud (2005) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Gutt et al. (2007) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Ifremer (2020) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Klöpper et al. (79-92) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Laamraoui et al. (2024) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Linnaeus (1753) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Lowe et al. (2007) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Mgnify (2019) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Minchin & Nunn (2014) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Moussa et al. (1989) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 0 | 0% |
| Müller (1773) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Nemcova et al. (2012) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Noël (2015) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Noël (2015) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| N'Yeurt & Payri (2010) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Orrell (2019) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Payri, N'Yeurt & Orempuller (2000) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Peters et al. (2010) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Pyle et al. (2016) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Ribera et al. (1992) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Rimet (2011) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Rousseau et al. (2017) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Sales & Ballesteros (2010) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Santiañez et al. (2018) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Taylor & Bernatowicz (1952) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Verlaque et al. (1999) | 1 | 0,04% | 0 | 0% | 0 | 0% | 0 | 0% |
| Verlaque et al. (2009) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Verlaque et al. (2015) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Vieira et al. (2019) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
| Wiencke & Clayton (2002) | 1 | 0,04% | 1 | 0,17% | 1 | 0,18% | 1 | 0,18% |
