Chapter 1 Taxonomy of Seagrasses
21
Les DH, Moody ML, Jacobs, SWL and Bayer RJ (2002) Systematics of seagrasses (Zosteraceae) in Australia and New
Zealand. Syst Bot 27: 468–484
Linnaeus C (1753) Species Plantarum. Vol 1, Laurenti Salvii,
Stockholm
Lotsy JP (1911) Vortr¨ age ¨
uber Botanische Stammesgeschichte,
gehalten an der Reichsuniversit¨ at zu Leiden. 3, p 658, Gustav
Fischer, Jena
Lumbert SH, den Hartog C, Phillips RC and Olsen FS (1984)
The occurrence of fossil seagrasses in the Avon Park Formation (Late Middle Eocene), Levy County, Florida, USA).
Aquat Bot 20: 121–129
L¨ uning K (1990) Seaweeds, their Environment, Biogeography,
and Ecophysiology. Wiley-Interscience. New York, Chichester
Luther H (1951a) Verbreitung und ¨
Okologie der h¨ oheren
Wasserpflanzen im Brackwasser der Eken¨ as-Gegend in
S¨ udfinnland I Allgemeiner Teil. Acta Botanica Fennica 49:
1–231
Luther H (1951b) Verbreitung und ¨
Okologie der h¨ oheren
Wasserpflanzen im Brackwasser der Eken¨ as-Gegend in
S¨ udfinnland II Spezieller Teil. Acta Botanica Fennica 50: 1–
370
Mason R (1967) The species of Ruppia in New Zealand. NZ J
Bot 5: 519–531
McDermid KJ, Gregoritza MC, Reeves JW and Freshwater
DW (2003) Morphological and genetic variation in the endemic seagrass Halophila hawaiiana (Hydrocharitaceae) in
the Hawaiian Archipelago. Pac Sci 57: 199–299
McMillan C (1980) Isozymes of tropical seagrasses from the
Indo-Pacific and the Gulf of Mexico-Caribbean. Aquat Bot 8:
163–172
McMillan C (1982) Isozymes in seagrasses. Aquat Bot 14: 231–
243
McMillan C (1983) Sulfated flavonoids and leaf morphology of
the Halophila ovalis-H. minor complex (Hydrocharitaceae) in
the Pacific Islands and Australia. Aquat Bot 16: 337–347
McMillan C (1986) Sulfated flavonoids and leaf morphology in
the Halophila ovalis–H. minor complex (Hydrocharitaceae)
of the Indo-Pacific Ocean. Aquat Bot 25: 63–72
McMillan C (1991) Isozyme patterning in marine spermatophytes. In: Triest L (ed) Isozymes in Water Plants. Opera
Botanica Belgica 4: 193–200
McMillan C and Williams SC (1980) Systematic implications of
isozymes in Halophila section Halophila. Aquat Bot 9: 21–31
McMillan C, Zapata O and Escobar L (1980) Sulphated phenolic
compounds in seagrasses. Aquat Bot 8: 267–278
Miki S (1934) On the seagrasses in Japan II. Cymodoceaceae and
marine Hydrocharitaceae. The Botanical Magazine Tokyo 48:
131–142
Milchakova NA (1999) On the status of seagrass communities
in the Black Sea. Aquat Bot 65: 21–32
Miquel FAW (1855) Flora Indiae Batavae 3, p 227
Nakai T (1943) Ordines, familiae, tribi, genera, sectiones,
species, varietates, formae et combinationes novae. Prof.
Nakai-Takenoshin adhuc ut nova edita, Tokyo
Ostenfeld CH (1915) On the geographical distribution of the
seagrasses. A preliminary communication. Proceedings of the
Royal Society of Victoria 27: 179–191
Ostenfeld CH (1927a) Meeresgr¨ aser I. Marine Hydrocharitaceae.
In: E. Hannig and H. Winkler (eds) Pflanzenareale 1(3): 35–38
(maps 21-24)
Ostenfeld CH (1927b) Meeresgr¨ aser II. Marine Potamogetonaceae. In: Hannig E and Winkler H (eds) Pflanzenareale
1 (4): 46–50 (maps 34-39)
Phillips RC and Willey-Echeverria S (1990) Zostera asiatica
Miki on the Pacific coast of North America. Pacific Science
44: 130–134
Procaccini G, Mazzella L, Alberte RS and Les DH (1999a)
Chloroplast tRNA
Leu (UAA) intron sequences provide phylogenetic resolution of seagrass relationships. Aquat Bot 62:
269–283
Procaccini G, Acunto S, Fama P and Maltagliati F (1999b)
Morphological and genetic variability of Mediterranean
populations of Halophila stipulacea (Forssk.) Aschers. (Hydrocharitaceae) at different spatial scale. Marine Biology 135:
181–189
Reese G (1962) Zur intragenerische Taxonomie der Gattung Ruppia L. Ein cytosystematischer Beitrag. Zeitschrift f¨ ur Botanik
50: 237–264
Richard LC (1812) M´ emoires de la classe des Sciences
Math´ ematiques et Physiques de l’Institut Imp´ erial de France,
Paris, series 12, 2, p. 64, 71, 74
Robertson EL (1984) Seagrasses In: Womersley HBS (ed)
The Marine Benthic Flora of Southern Australia, Part I,
pp 57–122
Robertson EL (1986) Family Zannichelliaceae In: Jessop JP
and Toelken HR (eds) Flora of South Australia IV, pp
1733–1739. South Australian Government Printing Division,
Adelaide
Ruggieri G (1952) Segnalazion di frutti fossili di “Cymodocea
maior” (Cavol.) Grande. Webbia 8: 141–146
Samuelsson G (1934) Die Verbreitung der h¨ oheren Wasserpflanzen in Nordeuropa (Fennoskandien und D¨ anemark). Acta
Phytogeographica Suecica 6: 1–211
Setchell WA (1920) Geographical distribution of the marine
Spermatophytes. Bull Torrey Botanical Club 47: 563–579
Setchell WA (1935) Geographic elements of the marine flora of
the North Pacific Ocean. Am Nat 69: 560–577
Steinheil A (1838) Observations sur la sp´ ecification des Zannichellia et sur le genre Diplanthera de Du Petit-Thouars.—
Annales des sciences naturelles, Botanique, Paris, II, 9, 87–99
Steudel ET (1840) Nomenclator botanicus. Ed. 2, p. 515
Talavera S, Garc´ ıa Murillo P and Smit H (1986) Sobre el genero
Zannichellia L. (Zannichelliaceae), Lagascalia 14: 241–271
Tanaka N, Setoguchi H and Murata J (1997) Phylogeny of the
family of Hydrocharitaceae inferred from rbcL and matK gene
squencee data. J Plant Res 110: 329–337
Tanaka N, Kuo J, Omori Y, Nakaoka M and Aioi K (2003) Phylogenetic relationships in the genera Zostera and Heterozostera
(Zosteraceae) based on matK sequence data. J Plant Res 116:
273–279
Taylor N (1909) Cymodoceaceae. In: North American Flora, Vol
17, Part 1, pp 31–32. New York Botanical Garden, New York
Tomlinson PB (1982) Anatomy of the Monocotyledons, VII
Helobiae (Alismatidae), Clarendon Press, Oxford
Tomlinson PB and Posluszny U (1976) Generic limits in the
Zannichelliaceae (sensu Dumortier). Taxon 25: 273–279
Tomlinson PB and Posluszny U (2001) Generic limits in the
seagrass family Zosteraceae. Taxon 50: 429–437
Tsvelev NN (1981) Zosteraceae Dumort. Florae Orientis Extremi. In: Novitates Systematicae Plantarum Vascularum 18:
50–57. (Academia Scientiarum URSS)
21
Les DH, Moody ML, Jacobs, SWL and Bayer RJ (2002) Systematics of seagrasses (Zosteraceae) in Australia and New
Zealand. Syst Bot 27: 468–484
Linnaeus C (1753) Species Plantarum. Vol 1, Laurenti Salvii,
Stockholm
Lotsy JP (1911) Vortr¨ age ¨
uber Botanische Stammesgeschichte,
gehalten an der Reichsuniversit¨ at zu Leiden. 3, p 658, Gustav
Fischer, Jena
Lumbert SH, den Hartog C, Phillips RC and Olsen FS (1984)
The occurrence of fossil seagrasses in the Avon Park Formation (Late Middle Eocene), Levy County, Florida, USA).
Aquat Bot 20: 121–129
L¨ uning K (1990) Seaweeds, their Environment, Biogeography,
and Ecophysiology. Wiley-Interscience. New York, Chichester
Luther H (1951a) Verbreitung und ¨
Okologie der h¨ oheren
Wasserpflanzen im Brackwasser der Eken¨ as-Gegend in
S¨ udfinnland I Allgemeiner Teil. Acta Botanica Fennica 49:
1–231
Luther H (1951b) Verbreitung und ¨
Okologie der h¨ oheren
Wasserpflanzen im Brackwasser der Eken¨ as-Gegend in
S¨ udfinnland II Spezieller Teil. Acta Botanica Fennica 50: 1–
370
Mason R (1967) The species of Ruppia in New Zealand. NZ J
Bot 5: 519–531
McDermid KJ, Gregoritza MC, Reeves JW and Freshwater
DW (2003) Morphological and genetic variation in the endemic seagrass Halophila hawaiiana (Hydrocharitaceae) in
the Hawaiian Archipelago. Pac Sci 57: 199–299
McMillan C (1980) Isozymes of tropical seagrasses from the
Indo-Pacific and the Gulf of Mexico-Caribbean. Aquat Bot 8:
163–172
McMillan C (1982) Isozymes in seagrasses. Aquat Bot 14: 231–
243
McMillan C (1983) Sulfated flavonoids and leaf morphology of
the Halophila ovalis-H. minor complex (Hydrocharitaceae) in
the Pacific Islands and Australia. Aquat Bot 16: 337–347
McMillan C (1986) Sulfated flavonoids and leaf morphology in
the Halophila ovalis–H. minor complex (Hydrocharitaceae)
of the Indo-Pacific Ocean. Aquat Bot 25: 63–72
McMillan C (1991) Isozyme patterning in marine spermatophytes. In: Triest L (ed) Isozymes in Water Plants. Opera
Botanica Belgica 4: 193–200
McMillan C and Williams SC (1980) Systematic implications of
isozymes in Halophila section Halophila. Aquat Bot 9: 21–31
McMillan C, Zapata O and Escobar L (1980) Sulphated phenolic
compounds in seagrasses. Aquat Bot 8: 267–278
Miki S (1934) On the seagrasses in Japan II. Cymodoceaceae and
marine Hydrocharitaceae. The Botanical Magazine Tokyo 48:
131–142
Milchakova NA (1999) On the status of seagrass communities
in the Black Sea. Aquat Bot 65: 21–32
Miquel FAW (1855) Flora Indiae Batavae 3, p 227
Nakai T (1943) Ordines, familiae, tribi, genera, sectiones,
species, varietates, formae et combinationes novae. Prof.
Nakai-Takenoshin adhuc ut nova edita, Tokyo
Ostenfeld CH (1915) On the geographical distribution of the
seagrasses. A preliminary communication. Proceedings of the
Royal Society of Victoria 27: 179–191
Ostenfeld CH (1927a) Meeresgr¨ aser I. Marine Hydrocharitaceae.
In: E. Hannig and H. Winkler (eds) Pflanzenareale 1(3): 35–38
(maps 21-24)
Ostenfeld CH (1927b) Meeresgr¨ aser II. Marine Potamogetonaceae. In: Hannig E and Winkler H (eds) Pflanzenareale
1 (4): 46–50 (maps 34-39)
Phillips RC and Willey-Echeverria S (1990) Zostera asiatica
Miki on the Pacific coast of North America. Pacific Science
44: 130–134
Procaccini G, Mazzella L, Alberte RS and Les DH (1999a)
Chloroplast tRNA
Leu (UAA) intron sequences provide phylogenetic resolution of seagrass relationships. Aquat Bot 62:
269–283
Procaccini G, Acunto S, Fama P and Maltagliati F (1999b)
Morphological and genetic variability of Mediterranean
populations of Halophila stipulacea (Forssk.) Aschers. (Hydrocharitaceae) at different spatial scale. Marine Biology 135:
181–189
Reese G (1962) Zur intragenerische Taxonomie der Gattung Ruppia L. Ein cytosystematischer Beitrag. Zeitschrift f¨ ur Botanik
50: 237–264
Richard LC (1812) M´ emoires de la classe des Sciences
Math´ ematiques et Physiques de l’Institut Imp´ erial de France,
Paris, series 12, 2, p. 64, 71, 74
Robertson EL (1984) Seagrasses In: Womersley HBS (ed)
The Marine Benthic Flora of Southern Australia, Part I,
pp 57–122
Robertson EL (1986) Family Zannichelliaceae In: Jessop JP
and Toelken HR (eds) Flora of South Australia IV, pp
1733–1739. South Australian Government Printing Division,
Adelaide
Ruggieri G (1952) Segnalazion di frutti fossili di “Cymodocea
maior” (Cavol.) Grande. Webbia 8: 141–146
Samuelsson G (1934) Die Verbreitung der h¨ oheren Wasserpflanzen in Nordeuropa (Fennoskandien und D¨ anemark). Acta
Phytogeographica Suecica 6: 1–211
Setchell WA (1920) Geographical distribution of the marine
Spermatophytes. Bull Torrey Botanical Club 47: 563–579
Setchell WA (1935) Geographic elements of the marine flora of
the North Pacific Ocean. Am Nat 69: 560–577
Steinheil A (1838) Observations sur la sp´ ecification des Zannichellia et sur le genre Diplanthera de Du Petit-Thouars.—
Annales des sciences naturelles, Botanique, Paris, II, 9, 87–99
Steudel ET (1840) Nomenclator botanicus. Ed. 2, p. 515
Talavera S, Garc´ ıa Murillo P and Smit H (1986) Sobre el genero
Zannichellia L. (Zannichelliaceae), Lagascalia 14: 241–271
Tanaka N, Setoguchi H and Murata J (1997) Phylogeny of the
family of Hydrocharitaceae inferred from rbcL and matK gene
squencee data. J Plant Res 110: 329–337
Tanaka N, Kuo J, Omori Y, Nakaoka M and Aioi K (2003) Phylogenetic relationships in the genera Zostera and Heterozostera
(Zosteraceae) based on matK sequence data. J Plant Res 116:
273–279
Taylor N (1909) Cymodoceaceae. In: North American Flora, Vol
17, Part 1, pp 31–32. New York Botanical Garden, New York
Tomlinson PB (1982) Anatomy of the Monocotyledons, VII
Helobiae (Alismatidae), Clarendon Press, Oxford
Tomlinson PB and Posluszny U (1976) Generic limits in the
Zannichelliaceae (sensu Dumortier). Taxon 25: 273–279
Tomlinson PB and Posluszny U (2001) Generic limits in the
seagrass family Zosteraceae. Taxon 50: 429–437
Tsvelev NN (1981) Zosteraceae Dumort. Florae Orientis Extremi. In: Novitates Systematicae Plantarum Vascularum 18:
50–57. (Academia Scientiarum URSS)