title: Systemic racism and oppression in psychology: Voices from psychologists, academic staff, and students

authors: Waitoki, Waikaremoana

subjects: psychology

abstract: Psychology must reassess its training approach, as the current monocultural paradigm not only causes harm, but also fails to equip psychologists with the knowledge needed to provide culturally appropriate care for Māori, Pacific, Asian, and other minoritised groups. Findings from this report contribute to the growing evidence of the urgent need to address barriers preventing Māori, Pacific, Asian, and other minoritised groups from participating effectively in professional psychology programmes. This 
report calls for action for everyone in psychology to embrace the changes needed to improve the cultural safety of the discipline and hold ourselves accountable for supporting the development of Te Tiriti-aligned psychology.

text: Systemic racism and oppression in psychology: Voices from psychologists, academic staff, and students Psychology must reassess its training approach, as the current monocultural paradigm not only causes harm, but also fails to equip psychologists with the knowledge needed to provide culturally appropriate care for Māori, Pacific, Asian, and other minoritised groups. Findings from this report contribute to the growing evidence of the urgent need to address barriers preventing Māori, Pacific, Asian, and other minoritised groups from participating effectively in professional psychology programmes. This 
report calls for action for everyone in psychology to embrace the changes needed to improve the cultural safety of the discipline and hold ourselves accountable for supporting the development of Te Tiriti-aligned psychology.

year: 2024

title: Bay of Plenty Region and its Territorial Authorities: Demographic Profile 1986 - 2031

authors: Jackson, Natalie

subjects: Bay of Plenty Region

abstract: This report outlines the demographic changes that have occurred in Bay of Plenty Region, as well as what trends are expected in the future.

text: Bay of Plenty Region and its Territorial Authorities: Demographic Profile 1986 - 2031 This report outlines the demographic changes that have occurred in Bay of Plenty Region, as well as what trends are expected in the future.

year: 2013-12

title: The chemistry and metallurgy of beryllium

authors: Raymond, Onyekachi

subjects: beryllium

abstract: Beryllium (Be), the first of the group 2 alkali-earth ele­ments, is a silver-gray metal possessing an unmatched combination of physical and mechanical properties, which are vital for a variety of applications that offer tre­mendous benefits to society. It is the lightest workable metal, only two-thirds the weight of aluminium, yet it has six times the stiffness of steel, making it an ideal mate­rial for stiffness-dependent and weight-limited applica­tions. The chart in Fig. 1 illustrates how much beryllium outclasses other engineering materials with respect to thermal conductivity and dimensional stability (ability of a material to retain its uniformity under stress measured as the Young's modulus to density ratio). These unique properties of beryllium translate into performance en­hancement in the end product, for instance the James Webb Space Telescope (JWST: see Fig. 2). The next gen­eration James Webb Space Telescope, scheduled to be launched in 2018 as NASA's replacement for the Hubble telescope, will utilise a 6.5 meter wide beryllium mirror to reveal images of distant galaxies 200 times beyond what has ever been sighted.

text: The chemistry and metallurgy of beryllium Beryllium (Be), the first of the group 2 alkali-earth ele­ments, is a silver-gray metal possessing an unmatched combination of physical and mechanical properties, which are vital for a variety of applications that offer tre­mendous benefits to society. It is the lightest workable metal, only two-thirds the weight of aluminium, yet it has six times the stiffness of steel, making it an ideal mate­rial for stiffness-dependent and weight-limited applica­tions. The chart in Fig. 1 illustrates how much beryllium outclasses other engineering materials with respect to thermal conductivity and dimensional stability (ability of a material to retain its uniformity under stress measured as the Young's modulus to density ratio). These unique properties of beryllium translate into performance en­hancement in the end product, for instance the James Webb Space Telescope (JWST: see Fig. 2). The next gen­eration James Webb Space Telescope, scheduled to be launched in 2018 as NASA's replacement for the Hubble telescope, will utilise a 6.5 meter wide beryllium mirror to reveal images of distant galaxies 200 times beyond what has ever been sighted.

year: 2015-07