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Tongan translation realities across Tā ('Time') and Vā ('Space') 汤加语翻译的现实跨越了“时间”和“空间”。
Q2 Arts and Humanities Pub Date : 2019-10-01 DOI: 10.1386/nzps_00004_1
Telesia Kalavite
Abstract The kingdom of Tonga known as the Friendly Islands is a bilingual country where the official languages are Tongan (lea faka-Tonga) and English (lea faka-Pilitānia). In a bilingual environment like Tonga, the ability to translate effectively between the two languages is a fundamental skill to communicate well and to achieve academic success. The main focus of this article is to approach translation through a sociocultural lens, and more specifically, through a Tongan-inspired tāvāist perspective: 'Okusitino's Māhina's Tā‐Vā ('Time‐Space') Theory of Reality. This theory has influenced a range of practices from many disciplines and social activities, such as translation. Theorizing translation in and across Tā ('time') and Vā ('space') informs the relationships between languages, cultures and educational backgrounds in the transmission of 'ilo ('knowledge') and poto ('skills') among all members of the society. In exploring the theory this article will consider two translation case studies of English to Tongan literature: Lewis Carroll's Alice in Wonderland (1865) and Antoine de Saint-Exupéry's The Little Prince (1943).
摘要汤加王国被称为友好群岛,是一个双语国家,其官方语言为汤加语(lea faka Tonga)和英语(lea faka Pilitānia)。在汤加这样的双语环境中,在两种语言之间进行有效翻译是良好沟通和取得学术成功的基本技能。本文的主要关注点是从社会文化的角度来看待翻译,更具体地说,从汤加人启发的tāvā主义视角来看待翻译:“奥库西蒂诺的Māhina的时间-空间现实理论”。这一理论影响了许多学科和社会活动的实践,如翻译。Tā(时间)和Vā(空间)的理论化翻译为社会所有成员传递“ilo”(知识)和“poto”(技能)提供了语言、文化和教育背景之间的关系。在探索这一理论时,本文将考虑两个英语到汤加文学的翻译案例:刘易斯·卡罗尔的《爱丽丝梦游仙境》(1865)和安托万·德·圣埃克苏佩里的《小王子》(1943)。
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引用次数: 4
Review Article 评论文章
Q2 Arts and Humanities Pub Date : 2019-10-01 DOI: 10.1386/nzps_00009_4
S. S. More, M. Kasture, P. B. Vanave, A. Mukherjee
Phosphorus (P) is generally incorporated by plants through the root system from soil solution as orthophosphates, chiefly H2PO4 and HPO4 2, the latter to a somewhat lesser degree. As this depends on several innate factors, the precise recovery following an initial application of P-fertilizer can get affected. As stated by [1], the lowest concentration of P which the soil P content can get reduced to at the rhizosphere of terrestrial plants is around 1 μM. Since roots in the rhizosphere only exploit about 25 % of the topsoil, the P-contents there needs to be replenished often through fertilization to meet the nutritional demands of crops cultivated in such soils, as was observed by [2]. Nutrients acquisition by plant roots follows two different paths [3] mass flow (depends largely on the rate of water flow through the roots) and diffusion (the main process of nutrient mobilization across a concentration gradient). Diffusion depends on the absorption capability of the roots, creating a sink to which nutrient can get pooled [4] and even this process is heavily reliant upon the soil characteristics in addition to plant metabolism [5]. A sub-continental country like India is bestowed with a diverse array of soil types which is largely responsible for the plethora of agricultural produce obtained. At the same time phosphorus availability is limited (around 50%) in majority of the arable soil types found in India due to the P-fixation (as well as buffering) capacity of the various soils, none more so than in acidic soil, (mostly resultant of leaching of base forming cations) which incidentally dominates the global cultivable lands and is a matter of great concern due to its adverse effect on crop productivity [6]. Red (or omnibus group) and lateritic soils occupy an area of about 3.5 lakh sq. Km and 2.48 lakh sq. Km (1 lakh = 100,000) respectively, accounting for more than 26 % of the total arable land area (1.597 million sq. Km) of India. Productivity of these soils is usually low because of their clastic crystalline origin, sandy texture, moderate to high porosity, low organic matter content, low cation exchange capacity (CEC), low water retention and acidic products in reaction as well as inadequacy of nitrogen (N), phosphorus (P) and potassium (K), along with the presence of some micronutrients in toxic concentrations [7]. Abstract Phosphorus (P) is almost never found in elemental state owing to its highly reactive nature. It is available at a concentration of about 1000 mg per Kilogram in the Earth’s crust. Various soil types such as acidic, lateritic, calcareous etc are characteristically low in bioavailable phosphorus due to their veritable P-fixation rates. At the same time it also is quintessential to living organisms, being a structural component of nucleic acids and ATP as well as aiding in many physiological and biochemical processes. Hence, an adequate supply of phosphorus in the soil and water is required to sustain life on earth. Phosphor
磷(P)通常通过根系从土壤溶液中以正磷酸盐的形式被植物吸收,主要是H2PO4和HPO4 2,后者的程度略低。由于这取决于几个先天因素,初次施用磷肥后的精确恢复可能会受到影响。如[1]所述,陆地植物根际土壤磷含量可降至的最低磷浓度约为1μM。正如[2]所观察到的那样,由于根际的根只利用了约25%的表层土,因此需要经常通过施肥来补充那里的磷含量,以满足在这种土壤中种植的作物的营养需求。植物根系获取养分遵循两条不同的路径[3]质量流(主要取决于通过根系的水流速度)和扩散(养分在浓度梯度上调动的主要过程)。扩散取决于根系的吸收能力,形成一个养分可以汇集的库[4],即使这个过程也严重依赖于土壤特性以及植物代谢[5]。像印度这样的次大陆国家拥有各种各样的土壤类型,这在很大程度上是获得过多农产品的原因。同时,由于各种土壤的磷固定(以及缓冲)能力,在印度发现的大多数可耕地类型中,磷的有效性都是有限的(约50%),尤其是在酸性土壤中,(主要是形成碱的阳离子浸出的结果),它偶然占据了全球可耕地的主导地位,由于其对作物生产力的不利影响而备受关注[6]。红色(或综合群)和红土分别占据约350万平方公里和248万平方公里(10万=10万)的面积,占印度总耕地面积(159.7万平方公里)的26%以上。这些土壤的生产力通常较低,因为它们来源于碎屑结晶、沙质质地、中等至高孔隙度、低有机质含量、低阳离子交换能力(CEC)、低保水性和反应中的酸性产物,以及氮(N)、磷(P)和钾(K)的不足,以及一些有毒浓度的微量营养素的存在[7]。摘要磷(P)由于其高度反应性,几乎从未以元素状态存在。它在地壳中的浓度约为每公斤1000毫克。各种土壤类型,如酸性、红土、钙质等,由于其真正的磷固定率,其生物可利用磷含量低。同时,它也是生物体的精华,是核酸和ATP的结构成分,有助于许多生理和生化过程。因此,土壤和水中需要充足的磷来维持地球上的生命。磷派系在磷在各种土壤中的溶解和转化中起着重要作用,从而控制了基于土壤类型的磷施肥管理。各种微生物共生体,如细菌、真菌等,负责磷灰石和相关矿物中磷的溶解,但在许多情况下,它们不足以克服生物可利用磷供应不足的问题。正如我们所知,近几十年来,水体富营养化已经成为一个迫切需要解决的主要环境问题,在农业中谨慎使用磷从未像现在这样成为一项任务。在这种情况下,考虑到该国以农业为支撑的经济,关于印度各种土壤中磷的可用性的数据非常重要,可以作为未来制定补救生态疾病政策的参考。
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引用次数: 0
Reviews 评论
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/nzps.7.1.95_5
Linda Bryder
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引用次数: 0
Waving the flag, anchoring the shot: The National Film Unit’s colonizing optic in Showing the Flag... H.M.N.Z.S. “Arbutus” in Pacific (1947) 挥舞着国旗,固定镜头:国家电影单位在《展示国旗》中的殖民光学……《太平洋的杨梅》(1947)
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.33_1
Simon Sigley
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引用次数: 0
Special issue: Visual culture 特刊:视觉文化
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.3_2
I. Conrich, L. Sedgwick
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引用次数: 0
A portrait that asks questions: John Dempsey’s 1828 painting John Rutherford, the Tattooed Englishman 一幅提出问题的肖像画:约翰·邓普西1828年的画作《纹身的英国人约翰·卢瑟福》
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.7_1
L. Bell
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引用次数: 1
jane says, an exhibition of works by Ann Shelton 简说,安·谢尔顿的作品展
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.81_7
A. White
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引用次数: 1
The representation of the New Guinea tree house in the historical popular medium of the trade card 代表新几内亚树屋的历史流行媒介是交易卡
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.19_1
Hermann Mückler
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引用次数: 0
Deterritorialization and the landscape of New Zealand video games 去领土化和新西兰电子游戏的前景
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.63_1
D. Callahan
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引用次数: 0
Superfauna and superheroes: Re-imagining New Zealand and the Pacific in the impossible worlds of comic books 超级精灵和超级英雄:在漫画书的不可能世界中重新想象新西兰和太平洋
Q2 Arts and Humanities Pub Date : 2019-05-01 DOI: 10.1386/NZPS.7.1.47_1
I. Conrich
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引用次数: 0
期刊
Journal of New Zealand and Pacific Studies
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