@article {558, title = {Original publication of Triglochin calcitrapa}, volume = {8}, year = {1845}, chapter = {t. 731}, author = {Hooker, William Jackson} } @article {455, title = {Original publication of Triglochin centrocarpa var. calcitrapa}, volume = {7}, year = {1878}, chapter = {167} } @article {452, title = {Original publication of Triglochin calcitrapa var. nana}, volume = {2(8)}, year = {1918}, chapter = {35} } @article {453, title = {Original publication of Triglochin calcitrapa var. sessiliflora}, volume = {16}, year = {1903}, chapter = {12} } @article {364, title = {Notes on some Australian Triglochin (Juncaginaceae) annuals: typification and nomenclature}, journal = {Muelleria}, volume = {26}, year = {2008}, pages = {98-100}, abstract = {

Type material of Triglochin calcitrapa Hook. var. pedunculata Buchenau and T. calcitrapa Hook. var. sessiliflora Buchenau is discussed and lectotypes are chosen for both varietal names. The var. pedunculata is placed in synonymy under T. isingiana (J.M.Black) Aston, stat. nov., and the var. sessiliflora is considered a synonym of the autonym T. calcitrapa Hook. var. calcitrapa. A further collection cited under T. calcitrapa Hook. by Buchenau is placed within an informally named taxon Triglochin sp. A (Aston ms.). The varieties T. calcitrapa var. isingiana J.M.Black and T. centrocarpa Hook. var. longicarpa Ostenf. are raised to specific rank as stat. nov. Reference is made to the exclusion of T. racemosa Endl. from Triglochin L. and from Juncaginaceae.

The gender treatment of Triglochin in published works has varied, but throughout this paper it is treated as feminine in accordance with a definitive ruling of the ICBN (McNeill et al., 2006, Art. 6.2 Ex. 5).

}, keywords = {annuals, Triglochin}, author = {Aston, Helen Isobel} } @article {339, title = {Juncaginaceae. In Flora of New South Wales 16}, journal = {Contributions from the New South Wales National Herbarium, Flora Series}, volume = {1-18}, year = {1961}, pages = {77-80}, keywords = {Maundia triglochinoides, Triglochin procera, T. turrifera, T. striata, T. calcitrapa, T. centrocarpa}, author = {Thompson, Joy} } @article {270, title = {A revision of the West Australian species of Triglochin, Crassula (Tillaea) and Frankenia}, journal = {Dansk Botanisk Arkiv}, volume = {2}, number = {8}, year = {1918}, note = {Contributions to West Australian Botany.Triglochin p. 30-39, plate IV}, pages = {30-55}, keywords = {A key to the annual species of Triglochin, plate IV, Triglochin pp. 30-39}, url = {http://biodiversitylibrary.org/page/5297240}, author = {Ostenfeld, C.E.H.} } @article {161, title = {Plants of Western Australian granite outcrops}, journal = {Journal of the Royal Society of Western Australia}, volume = {80}, year = {1997}, note = {several Triglochin species mentioned in Appendix (species list):Triglochin aff. minutissimumT. calcitrapum subsp. incurvumT. centrocarpumT. minutissimum}, pages = {141-158}, abstract = {

Outcropping granite rocks in Western Australia span a considerable climatic range, from the mediterranean south-west to inland desert and northern arid subtropics and tropics. At least 1320, and possibly 2000, plant taxa occur on Western Australian granite outcrops. Outcrop plant life is most diverse in the South West Botanical Province, with individual outcrops having up to 200 species, including many endemics not found in surrounding habitats. Species richness and local endemism declines with increasing aridity, to the point where Kimberley and Pilbara outcrops show little discontinuity in species from the surrounding landscape matrix. Outcrops are dominated by woody and herbaceous perennials, especially of the Myrtaceae, Orchidaceae, and Mimosaceae, and have an unusually rich diversity of annuals (Asteraceae, Stylidiaceae, Poaceae, Amaranthaceae etc.) compared with the flora as a whole. An unusual life form is found in resurrection plants capable of extreme desiccation and rehydration (e.g. Borya, Cheilanthes). Among woody perennials, bird pollination is frequent, and some outcrops harbour a high proportion of obligate seeder species due to the refuge from fire provided by bare rock barriers. The diversity of microhabitats and soil moisture regimes on outcrops has enabled the persistence of species beyond their main range in the face of climatic fluctuations. It has also facilitated the evolution of many endemics in the south-west. Major threatening processes facing outcrop plant communities include weed invasion, grazing by stock and feral animals, too-frequent fire, clearing, loss of shrub layer, salinity, and dieback. Conservation of these rich rare habitats needs the support of local communities.

}, keywords = {annuals, flora, granite outcrops, Triglochin, vegetation, Western Australia}, author = {Hopper, Stephen D. and Brown, A.P. and Marchant, N.G.} } @inbook {45, title = {Scheuchzeriaceae}, booktitle = {Das Pflanzenreich}, volume = {4, 14}, year = {1903}, pages = {1-20}, address = {Leipzig}, keywords = {Juncaginaceae, Lilaea, Maundia, Scheuchzeria, Scheuchzeriaceae, Tetroncium, Triglochin, Triglochin bulbosa, Triglochin calcitrapa, Triglochin centrocarpa, Triglochin elongata, Triglochin laxiflora, Triglochin maritima, Triglochin minutissima, Triglochin mucronata, Triglochin Muelleri, Triglochin nana, Triglochin palustris, Triglochin striata, Triglochin subg. Cycnogeton, Triglochin subg. Eutriglochin}, url = {http://biodiversitylibrary.org/page/20851580}, author = {Buchenau, Franz} }