@article {297,
	title = {Zur Nomenklatur der Farn- und Bl{\"u}tenpflanzen Deutschlands (IV)},
	journal = {Feddes Repertorium},
	volume = {85},
	year = {1974},
	note = {Gattungsname Triglochin L. ist als Neutrum zu behandeln!ICBN 75 A (3) - Triglochin bekommt Geschlecht, das der Gattungsautor (Linnaeus) ihm gegeben hat},
	pages = {654-655 (Triglochin L. - neuter)},
	author = {Rauschert, S.}
}
@article {246,
	title = {Catalogo de las plantas nativas de Tierra del Fuego},
	journal = {Anales del Instituto de la Patagonia, Serie Ciencias Naturales, Punta Arenas (Chile) },
	volume = {5},
	number = {1-2},
	year = {1974},
	note = {Juncaginaceae: Tetroncium magellanicum, Triglochin concinna, Triglochin palustre},
	pages = {105-121},
	abstract = {A taxonomic catalogue is given of the vascular plants known to be native to Tierra del Fuego. The currently accepted names together with appropriate synonyms, cover most of the names appearing in the botanical literature of the region.A brief indication of the distribution of  each taxon within the archipelago is given by reference to its occurrence in the four principal vegetational and phytogeographical zones which can be recognized.},
	keywords = {checklist, vascular plants, Tierra del Fuego, Feuerland},
	author = {Moore, David M.}
}
@article {267,
	title = {Observations on Two Coastal Ecotypes of Selliera radicans Cav. (Goodeniaceae) Growing in the Manawatu District of New Zealand},
	journal = {New Zealand Journal of BotanyNew Zealand Journal of Botany},
	volume = {12},
	year = {1974},
	note = {Discussion p. 549:"Two other species common to both habitats, Scirpus cernuus and Triglochin striatum*, also have dwarf forms on the sand plain."* Mentioned by Burrows (1964) as a species with marked inland/coastal disjunctions in its distribution.},
	pages = {541-550},
	abstract = {Morphologically distinct forms of Selliera radicans Cav. growing on silty flats in the estuary of the Rangitikei River and on sand plains in the dunes c. 1.3 km to the south are described.Small pieces of S. radicans rhizome were collected from these two areas and planted in pots containing either sand from the sand plain site, sandy-silt from the estuary site, or a standard potting mix. All were grown for 10 months under identical conditions in a glasshouse. Measurements of leaf dimensions at the beginning and end of the experiment support the view that the two forms are genetically distinct, and can be regarded as ecotypes. A clone of the sand plain form was grown for 34 months in a garden, and the resulting changes in leaf form are illustrated.Several other species have dwarf forms on the sand plains, and it is tentatively suggested that ecotypic differentiation has occurred in these species also. },
	author = {Ogden, John}
}
@article {280,
	title = {Reproductive dynamics of four plant communities of southwestern British Columbia},
	journal = {Canadian Journal of Botany},
	volume = {52},
	year = {1974},
	note = {Triglochin maritimumReproductive features: - vegetative reproduction (rhizomes)- self-compatible- flower colour inconspicuous- no nectar- no odor- markedly protogynous- pollinating agents: wind or self-pollination- propagule type: Sporochore (diaspore light enough to be carried by breeze (0.001-0.049 mg) ??? - mode of dispersal: hydrochory (floating seedlings), anemochory, epizoochory in mud},
	pages = {1819-1834},
	abstract = {<p>A study of angiosperm reproductive biology was made in four plant communities in southwestern British Columbia. Species of all four communities have staggered, peak flowering times, resulting in phenological spectra. Anemophily is the major mode of pollination in a salt marsh, while entomophily predominates in a subalpine meadow. Two sphagnum bogs have more of a balance between wind and insect pollination. There are corresponding differences in the proportions of showy-flowered species in the communities. It is proposed that interspecific competition has greatly influenced the evolution of both species and community flowering strategies. Biotic seed dispersal prevails in the salt marsh and bogs, while most of the subalpine meadow species are wind-dispersed. Species and community modes of dispersal depend on the nature of the vegetation and the relative availability of dispersal vectors, as well as on diaspore morphology. Although vegetative reproduction and self-compatibility are fairly common, the bulb of the flora and vegetation at all four sites has breeding systems promoting outcrossing. There is little evidence that the physical environments of these communities, all harsh in at least some respect, have selectively favored autogamous or agamospermous species.</p>
},
	keywords = {breeding systems, flowering times, phenology, pollination, reproductive dynamics, seed dispersal, diaspores},
	doi = {10.1139/b74-234},
	author = {Pojar, Jim}
}
@inbook {224,
	title = {Juncaginaceae},
	booktitle = {Cytotaxonomical Atlas of the Slovenian Flora},
	year = {1974},
	note = {Triglochin x=6T. palustre 2n=24T. martimum 2n=48},
	publisher = {J. Cramer},
	organization = {J. Cramer},
	address = {Lehre},
	keywords = {Chromosomenzahlen, Juncaginaceae, Slowenien, Triglochin, T. palustre, T. maritimum s.str.},
	author = {L{\"o}ve, Askell and L{\"o}ve, Doris}
}
@article {182,
	title = {Mississippi Flora. I. Monocotyledon families with aquatic or wetland species},
	journal = {Gulf Research Reports (Gulf Res. Rep.)},
	volume = {4},
	number = {3},
	year = {1974},
	note = {p. 365 map Triglochin striatap. 367 Juncaginaceae (T. striata)T. striata: Apr.-Sept., sandy or mucky soil, salt marshes. map (fig. 4): nur ein Vorkommen der Art eingezeichnet (an der K{\"u}ste, SO)paper nicht vollst{\"a}ndig kopiert!},
	pages = {357-379},
	abstract = {Keys, distribution maps, habitats, references, nomenclature, and notes are given for some 16 families of monocotyledons occurring naturally or naturalized in Mississippi. These families all contain one or more species which are found in aquatic or wetland habitats. They are: Alismataceae, Araceae, Cannaceae, Haemodoraceae, Hydrocharitaceae, Juncaginaceae, Lemnaceae, Marantaceae, Mayacaceae, Najadaceae, Pontederiaceae, Potamogetonaceae, Ruppiaceae, Sparganiaceae, Typhaceae, Zannichelliaceae.},
	author = {Jones, Samuel B. Jr.}
}
@inbook {121,
	title = {Alismatales},
	booktitle = {Chemotaxonomy of flowering plants},
	volume = {3},
	year = {1974},
	pages = {1854-1862},
	publisher = {McGill-Queen{\textquoteright}s University Press},
	organization = {McGill-Queen{\textquoteright}s University Press},
	address = {Montreal},
	author = {Gibbs, R. Darnley}
}
@book {70,
	title = {Water plants of the world. A manual for the identification of the genera of freshwater macrophytes.},
	year = {1974},
	publisher = {Dr. W. Junk b.v.},
	organization = {Dr. W. Junk b.v.},
	address = {The Hague},
	author = {Cook, Christopher D.K. and Gut, Bernardo J. and Rix, E. Martyn and Schneller, Jakob and Seitz, Marta}
}
