title: Population genetic structure of the New Zealand estuarine clam Austrovenus stutchburyi (Bivalvia: Veneridae) reveals population subdivision and partial congruence with biogeographic boundaries

authors: Ross, Philip M.

subjects: biogeography

abstract: We examined the population genetic structure of the New Zealand endemic clam, Austrovenus stutchburyi, to determine (1) whether populations of this estuarine taxon are genetically subdivided and (2) if the locations of genetic boundaries were congruent with known biogeographic break points. We obtained sequences of the mitochondrial gene cytochrome c oxidase I for 372 A. stutchburyi from 29 New Zealand estuaries and conducted analyses to identify population genetic structure. We detected a pattern of genetic isolation by distance and identified six A. stutchburyi subpopulations, a greater number of subpopulations than reported for much of New Zealand’s open coast benthos. Although these data indicate that long distance dispersal may be less frequent in estuarine than in open coast taxa, partial congruence between genetic and biogeographic boundaries suggests that historical events and natural selection may also contribute to the observed population genetic structure.

text: Population genetic structure of the New Zealand estuarine clam Austrovenus stutchburyi (Bivalvia: Veneridae) reveals population subdivision and partial congruence with biogeographic boundaries We examined the population genetic structure of the New Zealand endemic clam, Austrovenus stutchburyi, to determine (1) whether populations of this estuarine taxon are genetically subdivided and (2) if the locations of genetic boundaries were congruent with known biogeographic break points. We obtained sequences of the mitochondrial gene cytochrome c oxidase I for 372 A. stutchburyi from 29 New Zealand estuaries and conducted analyses to identify population genetic structure. We detected a pattern of genetic isolation by distance and identified six A. stutchburyi subpopulations, a greater number of subpopulations than reported for much of New Zealand’s open coast benthos. Although these data indicate that long distance dispersal may be less frequent in estuarine than in open coast taxa, partial congruence between genetic and biogeographic boundaries suggests that historical events and natural selection may also contribute to the observed population genetic structure.

year: 2011

title: Review: Conversational interaction in second language acquisition: A collection of empirical studies.

authors: Barnard, Roger

subjects: linguistic

abstract: This new book edited by Alison Mackey provides a clear overview of the state of research into the role of interaction in SLA, and includes 16 new studies especially written for this book. Altogether, 27 university-based authors contributed to these studies - two in New Zealand (Rod Ellis and Rebecca Adams), two in Japan, and the rest in the USA or Canada, which were also the settings for 10 of the 16 studies, while two others were carried out in Japan, two in South Korea, and one each in Thailand and New Zealand. All of the participants were adults, and the majority university students (most often, it seems, in the same sites as the researchers).

text: Review: Conversational interaction in second language acquisition: A collection of empirical studies. This new book edited by Alison Mackey provides a clear overview of the state of research into the role of interaction in SLA, and includes 16 new studies especially written for this book. Altogether, 27 university-based authors contributed to these studies - two in New Zealand (Rod Ellis and Rebecca Adams), two in Japan, and the rest in the USA or Canada, which were also the settings for 10 of the 16 studies, while two others were carried out in Japan, two in South Korea, and one each in Thailand and New Zealand. All of the participants were adults, and the majority university students (most often, it seems, in the same sites as the researchers).

year: 2008

title: E kui Rāwinia

authors: Maxwell, Te Kahautu

subjects: Waiata tangi

abstract: He waiata tangi tēnei mō Rāwinia Te Kani he uri nō Te Whakatōhea.  I whānau mai a Rāwinia ki roto o Ngāti Rua he hapū nō Te Whakatōhea, i pakeke mai ia ki roto o Ngāti Rua ki Ōmarumutu, ā, i kuraina ia ki reira.  He wahine rongonui a Rāwinia ki roto o Tūranga i moe ia i a Tokorua Te Kani he ariki nō roto o Tūranga.  Hoi anō he wahine haka a Rāwinia he kuia tāngia ki te moko kauae me te tautoko i ngā mokopū wānanga puta i te motu.  He waiata tangi tēnei mōna nā tana iwi a Te Whakatōhea.

text: E kui Rāwinia He waiata tangi tēnei mō Rāwinia Te Kani he uri nō Te Whakatōhea.  I whānau mai a Rāwinia ki roto o Ngāti Rua he hapū nō Te Whakatōhea, i pakeke mai ia ki roto o Ngāti Rua ki Ōmarumutu, ā, i kuraina ia ki reira.  He wahine rongonui a Rāwinia ki roto o Tūranga i moe ia i a Tokorua Te Kani he ariki nō roto o Tūranga.  Hoi anō he wahine haka a Rāwinia he kuia tāngia ki te moko kauae me te tautoko i ngā mokopū wānanga puta i te motu.  He waiata tangi tēnei mōna nā tana iwi a Te Whakatōhea.

year: 2016