title: Qumran Textiles in the Palestine Exploration Fund, London: Radiocarbon Dating Results

authors: Taylor, Joan E.

subjects: charitable users, trusts and foundations

abstract: Three pieces of fabric from Qumran's Cave 1 have been stored in the Palestine Exploration Fund collection since the 1960s but have hitherto never been tested or re-examined. The fabric is made of linen, and was probably used for wrapping or packing scrolls, or sealing jars. New radiocarbon dating on one piece of fabric indicated a probability of 55% for it being made between 1 and 55 A.D., and a probability of 95.4% that it was made between 50 cal B.C.–80 cal A.D.

text: Qumran Textiles in the Palestine Exploration Fund, London: Radiocarbon Dating Results Three pieces of fabric from Qumran's Cave 1 have been stored in the Palestine Exploration Fund collection since the 1960s but have hitherto never been tested or re-examined. The fabric is made of linen, and was probably used for wrapping or packing scrolls, or sealing jars. New radiocarbon dating on one piece of fabric indicated a probability of 55% for it being made between 1 and 55 A.D., and a probability of 95.4% that it was made between 50 cal B.C.–80 cal A.D.

year: 2005-10

title: Empower innovations in routine soil testing

authors: Reijneveld, Jan Adriaan

abstract: Conventional soil tests are commonly used to assess single soil characteristics. Thus, many different tests are needed for a full soil fertility/soil quality assessment, which is laborious and expensive. New broad-spectrum soil tests offer the potential to assess many soil characteristics quickly, but often face challenges with calibration, validation, and acceptance in practice. Here, we describe the results of a 20 year research program aimed at overcoming the aforementioned challenges. A three-step approach was applied: (1) selecting and establishing two contrasting rapid broad-spectrum soil tests, (2) relating the results of these new tests to the results of conventional soil tests for a wide variety of soils, and (3) validating the results of the new soil tests through field trials and communicating the results. We selected Near Infrared Spectroscopy (NIRS) and multi-nutrient 0.01 M CaCl2 extraction (1:10 soil to solution ratio; w/v) as broad-spectrum techniques. NIRS was extensively calibrated and validated for the physical, chemical, and biological characteristics of soil. The CaCl2 extraction technique was extensively calibrated and validated for ‘plant available’ nutrients, often in combination with the results of NIRS. The results indicate that the accuracy of NIRS determinations is high for SOM, clay, SOC, ECEC, Ca-CEC, N-total, sand, and inorganic-C (R2 ≥ 0.95) and good for pH, Mg-CEC, and S-total (R2 ≥ 0.90). The combination of the CaCl2 extraction technique and NIRS gave results that related well (R2 > 0.80) to the results of conventional soil tests for P, K, Mg, Na, Mn, Cu, Co, and pH. In conclusion, the three-step approach has revolutionized soil testing in The Netherlands. These two broad-spectrum soil tests have improved soil testing; have contributed to increased insights into the physical, chemical, and biological characteristics of soil; and have thereby led to more sustainable soil management and cropping systems.

text: Empower innovations in routine soil testing Conventional soil tests are commonly used to assess single soil characteristics. Thus, many different tests are needed for a full soil fertility/soil quality assessment, which is laborious and expensive. New broad-spectrum soil tests offer the potential to assess many soil characteristics quickly, but often face challenges with calibration, validation, and acceptance in practice. Here, we describe the results of a 20 year research program aimed at overcoming the aforementioned challenges. A three-step approach was applied: (1) selecting and establishing two contrasting rapid broad-spectrum soil tests, (2) relating the results of these new tests to the results of conventional soil tests for a wide variety of soils, and (3) validating the results of the new soil tests through field trials and communicating the results. We selected Near Infrared Spectroscopy (NIRS) and multi-nutrient 0.01 M CaCl2 extraction (1:10 soil to solution ratio; w/v) as broad-spectrum techniques. NIRS was extensively calibrated and validated for the physical, chemical, and biological characteristics of soil. The CaCl2 extraction technique was extensively calibrated and validated for ‘plant available’ nutrients, often in combination with the results of NIRS. The results indicate that the accuracy of NIRS determinations is high for SOM, clay, SOC, ECEC, Ca-CEC, N-total, sand, and inorganic-C (R2 ≥ 0.95) and good for pH, Mg-CEC, and S-total (R2 ≥ 0.90). The combination of the CaCl2 extraction technique and NIRS gave results that related well (R2 > 0.80) to the results of conventional soil tests for P, K, Mg, Na, Mn, Cu, Co, and pH. In conclusion, the three-step approach has revolutionized soil testing in The Netherlands. These two broad-spectrum soil tests have improved soil testing; have contributed to increased insights into the physical, chemical, and biological characteristics of soil; and have thereby led to more sustainable soil management and cropping systems.

year: 2022-01-01

title: Ko wai tō ingoa? The transformative potential of Māori names

authors: Seed-Pihama, Joeliee Elizabeth

subjects: Māori names

abstract: Ingoa tangata (personal names) are an expression of te reo Māori, Māori identity, and tino rangatiratanga (self-determination). Nevertheless, our names are still mispronounced, marginalised and demeaned by individuals and institutions, such as schools, the health system, politics and media. This thesis argues that the gift of a Māori name and the assertion of that name over one’s lifetime is simultaneously a political act of resistance and an act of normalisation – an act of just being Māori. In particular, the thesis reveals how whānau naming practices endure and are important for whānau identity and belonging.

A Kaupapa Māori theoretical approach is used to highlight the mana of our ingoa tangata within te ao Māori (the Māori world). I analyse the experiences of six generations of one whānau and the ways in which they have resisted, reclaimed and regenerated our ingoa tangata and associated practices. Kaupapa Māori theory provides a much-needed theoretical framework that privileges te reo Māori and mātauranga Māori throughout this research. This theory also supports Māori researchers to critique and disrupt Western power dynamics within research as well as maintaining the political imperative of decolonisation and resurgence agendas within the research of Indigenous communities.

This thesis foregrounds Pūrākau as a research method to tell the kōrero ingoa (naming stories) of six generations of one whānau, totalling twenty-six different stories. I explore the possibilities of pūrākau as a method and ako (to teach/ learn) as a powerful component in the building and sharing of stories, as writing tools for the (re)presentation of that material and in expressing the researcher’s positionality. Pūrākau as method also enables the utilisation of our cosmogonies as important sources of mātauranga Māori and therefore as crucial to an analysis of our naming motivations and notions of belonging. Furthermore, I critically analyse the disruptions and interruptions to ingoa tangata caused by institutions of colonialism such as religion, law and education. This research argues for the transformative potential of our ingoa tangata and their associated kōrero ingoa in terms of enhancing identity, embedding whakapapa kōrero and keeping Māori values alive within whānau, and beyond.

text: Ko wai tō ingoa? The transformative potential of Māori names Ingoa tangata (personal names) are an expression of te reo Māori, Māori identity, and tino rangatiratanga (self-determination). Nevertheless, our names are still mispronounced, marginalised and demeaned by individuals and institutions, such as schools, the health system, politics and media. This thesis argues that the gift of a Māori name and the assertion of that name over one’s lifetime is simultaneously a political act of resistance and an act of normalisation – an act of just being Māori. In particular, the thesis reveals how whānau naming practices endure and are important for whānau identity and belonging.

A Kaupapa Māori theoretical approach is used to highlight the mana of our ingoa tangata within te ao Māori (the Māori world). I analyse the experiences of six generations of one whānau and the ways in which they have resisted, reclaimed and regenerated our ingoa tangata and associated practices. Kaupapa Māori theory provides a much-needed theoretical framework that privileges te reo Māori and mātauranga Māori throughout this research. This theory also supports Māori researchers to critique and disrupt Western power dynamics within research as well as maintaining the political imperative of decolonisation and resurgence agendas within the research of Indigenous communities.

This thesis foregrounds Pūrākau as a research method to tell the kōrero ingoa (naming stories) of six generations of one whānau, totalling twenty-six different stories. I explore the possibilities of pūrākau as a method and ako (to teach/ learn) as a powerful component in the building and sharing of stories, as writing tools for the (re)presentation of that material and in expressing the researcher’s positionality. Pūrākau as method also enables the utilisation of our cosmogonies as important sources of mātauranga Māori and therefore as crucial to an analysis of our naming motivations and notions of belonging. Furthermore, I critically analyse the disruptions and interruptions to ingoa tangata caused by institutions of colonialism such as religion, law and education. This research argues for the transformative potential of our ingoa tangata and their associated kōrero ingoa in terms of enhancing identity, embedding whakapapa kōrero and keeping Māori values alive within whānau, and beyond.

year: 2017