title: Access to fertility preservation for trans and non-binary people in Aotearoa New Zealand

authors: Ker, Alex

subjects: Science & Technology

abstract: There is a growing need for healthcare professionals to discuss fertility preservation options with trans and non-binary people before commencing medical transition as part of informed consent-based models of care. In this article, we adapt the Five-A framework of healthcare access to examine fertility preservation information and services. To do so, we present an analysis of data from Counting Ourselves, the first comprehensive national survey in Aotearoa New Zealand of trans and non-binary people’s health and the first study exploring their access to cryopreservation information and services. Among 419 participants who had received gender-affirming hormones or surgery, 33.7% received information about options for fertility preservation and 15.8% accessed fertility preservation services. Findings from the study indicate the need for greater understanding of trans and non-binary people’s desire for genetically related children, and what type of information and form of delivery would be most helpful to ensure equitable outcomes in relation to decision-making around fertility and future family-building.

text: Access to fertility preservation for trans and non-binary people in Aotearoa New Zealand There is a growing need for healthcare professionals to discuss fertility preservation options with trans and non-binary people before commencing medical transition as part of informed consent-based models of care. In this article, we adapt the Five-A framework of healthcare access to examine fertility preservation information and services. To do so, we present an analysis of data from Counting Ourselves, the first comprehensive national survey in Aotearoa New Zealand of trans and non-binary people’s health and the first study exploring their access to cryopreservation information and services. Among 419 participants who had received gender-affirming hormones or surgery, 33.7% received information about options for fertility preservation and 15.8% accessed fertility preservation services. Findings from the study indicate the need for greater understanding of trans and non-binary people’s desire for genetically related children, and what type of information and form of delivery would be most helpful to ensure equitable outcomes in relation to decision-making around fertility and future family-building.

year: 2021-04-28

title: SHRIMP ion probe zircon geochronology and Sr and Nd isotope geochemistry for southern Longwood Range and Bluff Peninsula intrusive rocks of Southland, New Zealand

authors: Price, Richard C.

subjects: U-Pb geochronology

abstract: Permian–Jurassic ultramafic to felsic intrusive complexes at Bluff Peninsula and in the southern Longwood Range along the Southland coast represent a series of intraoceanic magmatic arcs with ages spanning a time interval of 110 m.y. New SHRIMP U-Pb zircon data for a quartz diorite from the Flat Hill complex, Bluff Peninsula, yield an age of 259 ± 4 Ma, consistent with other geochronological and paleontological evidence confirming a Late Permian age. The new data are consistent with an age of c. 260 Ma for the intrusive rocks of the Brook Street Terrane. SHRIMP U-Pb zircon ages for the southern Longwood Range confirm that intrusions become progressively younger from east to west across the complex. A gabbro at Oraka Point (eastern end of coastal section) has an age of 245 ± 4 Ma and shows virtually no evidence of zircon inheritance. The age is significantly different from that of the Brook Street Terrane intrusives. Zircon ages from the western parts of the section are younger and more varied (203–227 Ma), indicating more complex magmatic histories. A leucogabbro dike from Pahia Point gives the youngest emplacement age of 142 Ma, which is similar to published U-Pb zircon ages for the Anglem Complex and Paterson Group on Stewart Island.

text: SHRIMP ion probe zircon geochronology and Sr and Nd isotope geochemistry for southern Longwood Range and Bluff Peninsula intrusive rocks of Southland, New Zealand Permian–Jurassic ultramafic to felsic intrusive complexes at Bluff Peninsula and in the southern Longwood Range along the Southland coast represent a series of intraoceanic magmatic arcs with ages spanning a time interval of 110 m.y. New SHRIMP U-Pb zircon data for a quartz diorite from the Flat Hill complex, Bluff Peninsula, yield an age of 259 ± 4 Ma, consistent with other geochronological and paleontological evidence confirming a Late Permian age. The new data are consistent with an age of c. 260 Ma for the intrusive rocks of the Brook Street Terrane. SHRIMP U-Pb zircon ages for the southern Longwood Range confirm that intrusions become progressively younger from east to west across the complex. A gabbro at Oraka Point (eastern end of coastal section) has an age of 245 ± 4 Ma and shows virtually no evidence of zircon inheritance. The age is significantly different from that of the Brook Street Terrane intrusives. Zircon ages from the western parts of the section are younger and more varied (203–227 Ma), indicating more complex magmatic histories. A leucogabbro dike from Pahia Point gives the youngest emplacement age of 142 Ma, which is similar to published U-Pb zircon ages for the Anglem Complex and Paterson Group on Stewart Island.

year: 2006

title: Ue Waerea

authors: Tuaupiki, Jackie Whetumarama

subjects: Waerea

abstract: Mai i Mōkau ki Tāmaki, Mangatoatoa, Pare-Waikato, Pare-Hauraki, Te Kaokaoroa o Pātetere, ko te whakapono, nā Tāwhaki i piki te poutama ki te tāhuhu matapu, ka riro mai i a ia ngā kete o te wānanga. E kīngia ai, ko te pūtake tērā o te mātauranga Māori. Hei tā Wiri (2001), nā te mātauranga Māori, ko te mātauranga Māori ā-waha. Nāna, ko te waiata. Nā te waiata, ko te karakia. Kei raro i te karakia, ko te takere kaupapa tēnei, ko te waerea. Ko te whāinga o tēnei tuhituhinga, he rangahau i ngā pūtake o te waerea me te āta titiro ki ngā kaupapa kei a ia me tōna kawe i roto i aua kaupapa i ngā wā o mua, ā, nō nāianei hoki. Ko te waerea te pane o ngā karakia Māori ki roto o Tainui, otirā, ki roto i ngētehi o ngā whakaritenga, ā, ka tirohia ngēnei whakaritenga e rere ai te waerea, pēnei i te tomo whare, i te tomo urupā, i te takahi whare, i te whakamānu waka me te maha o ngā mahi a te ao Māori ki roto o Tainui.

text: Ue Waerea Mai i Mōkau ki Tāmaki, Mangatoatoa, Pare-Waikato, Pare-Hauraki, Te Kaokaoroa o Pātetere, ko te whakapono, nā Tāwhaki i piki te poutama ki te tāhuhu matapu, ka riro mai i a ia ngā kete o te wānanga. E kīngia ai, ko te pūtake tērā o te mātauranga Māori. Hei tā Wiri (2001), nā te mātauranga Māori, ko te mātauranga Māori ā-waha. Nāna, ko te waiata. Nā te waiata, ko te karakia. Kei raro i te karakia, ko te takere kaupapa tēnei, ko te waerea. Ko te whāinga o tēnei tuhituhinga, he rangahau i ngā pūtake o te waerea me te āta titiro ki ngā kaupapa kei a ia me tōna kawe i roto i aua kaupapa i ngā wā o mua, ā, nō nāianei hoki. Ko te waerea te pane o ngā karakia Māori ki roto o Tainui, otirā, ki roto i ngētehi o ngā whakaritenga, ā, ka tirohia ngēnei whakaritenga e rere ai te waerea, pēnei i te tomo whare, i te tomo urupā, i te takahi whare, i te whakamānu waka me te maha o ngā mahi a te ao Māori ki roto o Tainui.

year: 2011-04