@article {20411, title = {Second-step lectotypification of the Linnaean name Laurus cassia (Lauraceae) enabling its unambiguous use as Neolitsea cassia}, journal = {Phytotaxa}, volume = {379}, year = {2018}, pages = {274-276}, chapter = {274}, doi = {10.11646/phytotaxa.379.3.8}, author = {Chakrabarty, Tapas} } @article {20403, title = {Phylogeography and genetic diversity of East Asian Neolitsea sericea (Lauraceae) based on variations in chloroplast DNA sequences}, journal = {Journal of Plant Research}, volume = {126}, year = {2013}, pages = {193-202}, chapter = {193}, abstract = {

Neolitsea sericea is an evergreen broad leaved tree in the warm-temperate regions of East Asia. This area is a hotspot for plant species richness and endemism caused by dynamic changes in land configuration during the Quaternary. However, the historical migration of such evergreen tree species is still poorly understood. In an attempt to reconstruct the phylogeographic history of N. sericea during the Quaternary, we identified the chloroplast DNA haplotypes of 287 individuals from 33 populations covering almost all of its geographic range. Analyses were based on sequence data from the trnL\–F, psbC\–trnS, and rps16 regions. Nine haplotypes were identified. The majority included ancestral types in the southwestern part of the main islands of Japan, with other region-specific haplotypes being found in populations on the Korean Peninsula, Taiwan (Isl. Lanyu), and elsewhere in Japan. A statistical parsimony network revealed two lineages derived from Japanese main islands. One was represented on the Korean Peninsula, the other on Isl. Lanyu. The current distribution of N. sericea has been shaped by colonization via land bridges. During the glacial periods, two primary, but separate migration routes were followed\—from the southwestern part of the Japanese main islands to either the Korean Peninsula or Taiwan. In addition, we believe the Zhoushan populations were shaped by post-glacial processes through an ECS land bridge (East China Sea basin) from northern refugia that existed during the late Pleistocene.

}, keywords = {Chloroplast DNA, East Asia, Evergreen broad leaved tree, Genetic diversity, Haplotype, Neolitsea sericea, Phylogeography}, doi = {10.1007/s10265-012-0519-1}, author = {Lee, Jung-Hyun and Lee, Dong-Hyuk and Choi, Byoung-Hee} } @article {20390, title = {Notes on Indian Neolitsea (Lauraceae){\textemdash}two new varietal combinations under N. cassia and N. foliosa and typification of five names}, journal = {Phytotaxa}, volume = {419}, year = {2019}, month = {10/2019}, pages = {209-214}, chapter = {209}, author = {Chakrabarty, Tapas} } @article {20364, title = {New names in Cinnamomoides, Cinnamomum and Neolitsea (Lauraceae), and Pterospermum (Malvaceae), fossil and living}, journal = {Phytotaxa}, volume = {326}, year = {2017}, month = {10/2017}, pages = {189-201}, chapter = {189}, abstract = {

The homonymy of some fossil and extant species names of Cinnamomum is resolved. Cinnamomum gracile (Geyler) Ettingshausen (fossil) is replaced by a new name C. camphoricum nom. nov., because of the earlier homonym C. gracile Miquel (extant); C. costulatum nom. nov. is proposed to replace the later homonym C. apiculatum Saporta (fossil fruits) non C. apiculatum Pilar (fossil leaves); C. fajumicum nom. nov. is proposed instead of C. africanum Engelhardt (fossil) non C. africanum Lukmanoff (extant); C. kalbaricum nom. nov. instead of C. grandifolium Cammerloher (extant) non C. grandifolium (Ettingshausen) Schimper (fossil); C. weddellii nom. nov. in place of C. orbiculatum Lukmanoff (extant) non C. orbiculatum Saporta (fossil). Cinnamomum camphoricarpum sp. nov. is validated instead of the invalidly published C. macropodum Miki (lacking holotype designation when published) based on fossil fruits and seeds from Pliocene sediments of Japan. Cinnamomum goeppertii Ettingshausen is rehabilitated as a legitimate substitute for Daphnogene javanica G\öppert,
because the combination C. javanicum (G\öppert) van Konijnenburg-van Cittert, van Waveren \& Jonkers is illegitimate due to the existence of an earlier homonym, C. javanicum Blume (extant). Pterospermum wilkieanum nom. nov. (Malvaceae) is proposed instead of P. gracile Wilkie (extant) non P. gracile Geyler (fossil) (\≡ C. gracile (Geyler) Ettingshausen). Cinnamomum salicifolium (Nees) Kostermans and C. trinerve (Lundell) Kostermans (extant) were found to be later illegitimate homonyms of fossil-species, C. salicifolium Staub and C. trinerve Bell respectively. Furthermore Cinnamomiphyllum Nathorst, Daphnogene grandifolia, D. lanceolata, Cinnamomum broteroi, C. orbiculatum, C. salicifolium Staub (non (Nees) Kostermans), C. trinerve Bell (non (Lundell) Kostermans), and C. ucrainicum are lectotypified. New combinations are validated: Cinnamomoides broteroi comb. nov., C. ellipticum comb. nov., C. humei comb. nov., C. jordanicum comb. nov., Cinnamomum duabicum comb. nov., Neolitsea marginata comb. nov., N. pannonica comb. nov., N. staubii comb. nov. As an addition to Taxonomic Literature II records, the precise dates of publication of the taxonomic works of G\öppert\’s Die Terti\ärflora auf der Insel Java (1854), Lukmanoff\’s Nomenclature et iconographie des Canneliers et Camphriers (1878, not 1889), Ettingshausen\’s Beitrag zur Kenntnis der Terti\ärflora der Insel Java (1883) and Zur Terti\ärflora von Borneo (1883, not 1884) are established here.

}, keywords = {botanical nomenclature, Cinnamomiphyllum, Cinnamomophyllum, Daphnogene, Laurales, Neolitsea, palaeobotany, Pterospermum, taxonomic literature}, doi = {10.11646/phytotaxa.326.3.3}, author = {Doweld, Alexander B} } @article {20347, title = {Phylogeny of Neolitsea (Lauraceae) inferred from Bayesian analysis of nrDNA ITS and ETS sequences}, journal = {Plant Systematics and Evolution}, volume = {269}, year = {2007}, month = {10/2007}, pages = {203-221}, chapter = {203}, abstract = {

ITS and ETS-based sequence analyses of 29 Neolitsea, six Actinodaphne and five outgroup \‘core\’ Laureae taxa show that Neolitsea is monophyletic with two large subclades, whereas most of the sampled Actinodaphne are paraphyletic below it. Inflorescence features appear to be among the more reliable morphological characters for explaining relationships between Neolitsea and other genera within the \‘core\’ Laureae, with the Neolitsea/Actinodaphne clade defined by inflorescences lacking vegetative terminal buds in the main axis. Although the relationships within Neolitsea are still poorly resolved, there is enough structure to suggest that the genus seems to divide into two groups based on fruit shape: elliptic or ovoid, versus globose, although more evidence (both molecular and morphological) and wider taxon sampling are required to confirm this.

}, doi = {DOI 10.1007/s00606-007-0580-8}, author = {Li, Lang and Li, Jie and Conran, J. G. and Li, Xi-wen} } @article {20346, title = {Phylogenetic study of the genus Nectandra (Lauraceae), and reinstatement of Damburneya}, journal = {Taxon}, volume = {65}, year = {2016}, month = {10/2016}, pages = {980-996}, chapter = {980}, abstract = {

Earlier studies indicated that the genus Nectandra, currently the second-largest genus of the Neotropical Lauraceae, might be diphyletic in its traditional circumscription, but the evidence was not quite conclusive. Our phylogenetic analyses based on nuclear (ITS) and chloroplast (psbA-trnH) sequences of 45 Nectandra species as well as 42 representatives of 18 genera of the core Lauraceae (Ocotea complex, Laureae, Aiouea, Asian Cinnamomum and Persea groups) confirm the suspicion that Nectandra is diphyletic. The two groups, Nectandra s.str. and the N. coriacea group, are each well supported in the maximum parsimony and Bayesian analyses, but they are not sister to each other. Nectandra s.str. is sister to Pleurothyrium, and the clade including Nectandra s.str. and Pleurothyrium is very likely closer to the dioecious taxa of the Ocotea complex. The N. coriacea group, on the other hand, appears to be closer to bisexual taxa known as the Ocotea helicterifolia group. In addition, Nectandra s.str. is characterized by a large deletion in the psbA-trnH spacer compared to all other core Lauraceae, including its sister group Pleurothyrium. Considering these facts, Nectandra cannot be maintained in the traditional sense. We therefore transfer the species of the N. coriacea group to the oldest generic name applied to this group, Damburneya . On the basis of fossil records from the American subcontinents and in accordance with previous phylogenetic and molecular clock studies we suggest a scenario of a climate-driven migration from North to South America, with a subsequent rapid radiation of Nectandra s.str. in South America.

}, author = {Trofimov, Dimitrij and Rudolph, Barbara and Rohwer, Jens G.} } @article {20223, title = {New Lauraceae from Southern India}, journal = {Bulletin of Miscellaneous Information, Royal Gardens, Kew}, volume = {1925}, year = {1925}, month = {04/1925}, pages = {126-132}, chapter = {126}, author = {Gamble, J.S.} } @book {19887, title = {Prodromus Florae Nepalensis}, year = {1825}, publisher = {J. Gale}, organization = {J. Gale}, address = {London}, url = {http://www.biodiversitylibrary.org/item/1820$\#$page/2/mode/1up}, author = {Don, David} } @article {19869, title = {New species and new combinations of Chinese plants}, journal = {Journal of the Arnold Arboretum}, volume = {8}, year = {1927}, pages = {19-22}, chapter = {19}, url = {http://www.biodiversitylibrary.org/page/8367210$\#$page/299/mode/1up}, author = {Woon-Young Chun} } @article {19867, title = {Quelques Laurac{\'e}es d{\textquoteright}Extr{\^e}me-Orient}, journal = {Notulae Systematicae}, volume = {2}, year = {1913}, pages = {329-336}, chapter = {329}, url = {http://www.biodiversitylibrary.org/item/7369$\#$page/340/mode/1up}, author = {Lecomte, Henri} } @article {19829, title = {Lauraceae from Mt. Apo and Mt. Giting-Giting}, journal = {Leaflets of Philippine Botany}, volume = {2}, year = {1910}, pages = {703-728}, chapter = {703}, url = {http://www.biodiversitylibrary.org/item/6761$\#$page/322/mode/1up}, author = {Elmer, Adolph D.E.} }