title: Ki te kapu o taku ringa - In the palm of my hand [Photography exhibition at Gallagher Academy of Performing Arts]

authors: Hill, Rodrigo

subjects: Mātauranga Māori

abstract: (Exhibition catalogue)
The title Ki te kapu o taku ringa is taken from a line of
‘Maioha mō Waikato’ by Kīngi Tāwhiao. Ejected from their
homelands he and his Waikato brethren took refuge with
their Maniapoto relations in Te Nehenehenui. The maioha
was composed expressing Kīngi Tāwhiao’s love for his
homelands, and his solastalgic holding fast to those lands
‘... in the palm of his hand.’ The words from the song-poem
were used as guide to our research and photography practice.

text: Ki te kapu o taku ringa - In the palm of my hand [Photography exhibition at Gallagher Academy of Performing Arts] (Exhibition catalogue)
The title Ki te kapu o taku ringa is taken from a line of
‘Maioha mō Waikato’ by Kīngi Tāwhiao. Ejected from their
homelands he and his Waikato brethren took refuge with
their Maniapoto relations in Te Nehenehenui. The maioha
was composed expressing Kīngi Tāwhiao’s love for his
homelands, and his solastalgic holding fast to those lands
‘... in the palm of his hand.’ The words from the song-poem
were used as guide to our research and photography practice.

year: 2025

title: Breaking the browsing barrier for historic search of newspaper texts

authors: Keegan, Te Taka Adrian Gregory

subjects: computer science

abstract: Traditionally, to find information in a newspaper collection it has been necessary to painstakingly browse through the individual issues hoping that relevant words will catch your eye. Researchers of New Zealand’s encounter history received a boost when, in 1996, the Alexander Turnbull Library produced a collection on microfiche totaling almost 18,000 pages and covering a printing period from 1842 to 1933. While having all the newspapers in a single collection was a large step forward, browsing or searching for information in this microfiche collection was still time consuming.
By incorporating the collection into a digital library with an Internet interface, and by enabling full-text search, we have broken this browsing barrier. Making the information available this way is even more significant as the majority of the collection is written in the Māori language; we have created a Māori language resource that is sorely needed by education and research institutes, and one that provides quick and accurate access to the previously obscure source. The process involved in developing this unique digital library collection, the advantages of traditional newspaper stored in this medium, and the possibilities that we intend to investigate in the future, will be discussed in this paper.

text: Breaking the browsing barrier for historic search of newspaper texts Traditionally, to find information in a newspaper collection it has been necessary to painstakingly browse through the individual issues hoping that relevant words will catch your eye. Researchers of New Zealand’s encounter history received a boost when, in 1996, the Alexander Turnbull Library produced a collection on microfiche totaling almost 18,000 pages and covering a printing period from 1842 to 1933. While having all the newspapers in a single collection was a large step forward, browsing or searching for information in this microfiche collection was still time consuming.
By incorporating the collection into a digital library with an Internet interface, and by enabling full-text search, we have broken this browsing barrier. Making the information available this way is even more significant as the majority of the collection is written in the Māori language; we have created a Māori language resource that is sorely needed by education and research institutes, and one that provides quick and accurate access to the previously obscure source. The process involved in developing this unique digital library collection, the advantages of traditional newspaper stored in this medium, and the possibilities that we intend to investigate in the future, will be discussed in this paper.

year: 2001

title: Large leaves in warm, moist environments confer an advantage in seedling light interception efficiency.

authors: Lusk, Christopher H.

subjects: Yplant

abstract: Leaf size varies conspicuously along environmental gradients. Small leaves help plants cope with drought and frost, because of the effect of leaf size on boundary layer conductance; it is less clear what advantage large leaves confer in benign environments. We asked if large leaves give species of warm climates an advantage in seedling light interception efficiency over small-leaved species from colder environments. We measured seedling leaf, architectural and biomass distribution traits of 18 New Zealand temperate rainforest evergreens; we then used a 3-D digitiser and the Yplant program to model leaf area display and light interception. Species associated with mild climates on average had larger leaves and larger specific leaf areas (SLA) than those from cold climates, and displayed larger effective foliage areas per unit of aboveground biomass, indicating higher light interception efficiency at whole-plant level. This reflected differences in total foliage area, rather than in self-shading. Our findings advance the understanding of leaf size by showing that large leaves enable seedlings of species with highly conductive (but frost-sensitive) xylem to deploy large foliage areas without increasing self-shading. Leaf size variation along temperature gradients in humid forests may therefore reflect a trade-off between seedling light interception efficiency and susceptibility to frost.

text: Large leaves in warm, moist environments confer an advantage in seedling light interception efficiency. Leaf size varies conspicuously along environmental gradients. Small leaves help plants cope with drought and frost, because of the effect of leaf size on boundary layer conductance; it is less clear what advantage large leaves confer in benign environments. We asked if large leaves give species of warm climates an advantage in seedling light interception efficiency over small-leaved species from colder environments. We measured seedling leaf, architectural and biomass distribution traits of 18 New Zealand temperate rainforest evergreens; we then used a 3-D digitiser and the Yplant program to model leaf area display and light interception. Species associated with mild climates on average had larger leaves and larger specific leaf areas (SLA) than those from cold climates, and displayed larger effective foliage areas per unit of aboveground biomass, indicating higher light interception efficiency at whole-plant level. This reflected differences in total foliage area, rather than in self-shading. Our findings advance the understanding of leaf size by showing that large leaves enable seedlings of species with highly conductive (but frost-sensitive) xylem to deploy large foliage areas without increasing self-shading. Leaf size variation along temperature gradients in humid forests may therefore reflect a trade-off between seedling light interception efficiency and susceptibility to frost.

year: 2019