title: ‘Framing the project’ of international human rights law: Reflections on the dysfunctional ‘family’ of the Universal Declaration

authors: Grear, Anna

subjects: law

abstract: The task of ‘framing the project’ of international human rights law is daunting to say the least. First, there is the sheer enormity and complexity of the international human rights law ‘project’: adequately mapping the subject and its key related issues is impossible in a whole book, let alone a short chapter. Secondly, it is daunting because of the sense of epistemic responsibility involved. Every framing inevitably involves selection – if not pre-selection – through the conscious (and/or unconscious) placing of focus upon features or factors considered to be significant and/or valuable. As Gitlin puts it, framing is a way of choosing, underlining and presenting ‘what exists, what happens and what matters’. In this sense, the founding document (or as Entman might put it, the inaugural ‘communicating text’) of international human rights law (the Universal Declaration of Human Rights, UDHR) functions as a particularly potent form of framing, for it selects aspects of perceived reality, making them not just salient but symbolically central to the entire philosophical, moral, juridical order designated by the term ‘international human rights law’.

text: ‘Framing the project’ of international human rights law: Reflections on the dysfunctional ‘family’ of the Universal Declaration The task of ‘framing the project’ of international human rights law is daunting to say the least. First, there is the sheer enormity and complexity of the international human rights law ‘project’: adequately mapping the subject and its key related issues is impossible in a whole book, let alone a short chapter. Secondly, it is daunting because of the sense of epistemic responsibility involved. Every framing inevitably involves selection – if not pre-selection – through the conscious (and/or unconscious) placing of focus upon features or factors considered to be significant and/or valuable. As Gitlin puts it, framing is a way of choosing, underlining and presenting ‘what exists, what happens and what matters’. In this sense, the founding document (or as Entman might put it, the inaugural ‘communicating text’) of international human rights law (the Universal Declaration of Human Rights, UDHR) functions as a particularly potent form of framing, for it selects aspects of perceived reality, making them not just salient but symbolically central to the entire philosophical, moral, juridical order designated by the term ‘international human rights law’.

year: 2012

title: Microbial community composition of transiently wetted Antarctic Dry Valley soils

authors: Niederberger, Thomas D.

subjects: Science & Technology

abstract: During the summer months, wet (hyporheic) soils associated with ephemeral streams and lake edges in the Antarctic Dry Valleys (DVs) become hotspots of biological activity and are hypothesized to be an important source of carbon and nitrogen for arid DV soils. Recent research in the DV has focused on the geochemistry and microbial ecology of lakes and arid soils, with substantially less information being available on hyporheic soils. Here, we determined the unique properties of hyporheic microbial communities, resolved their relationship to environmental parameters and compared them to archetypal arid DV soils. Generally, pH increased and chlorophyll a concentrations decreased along transects from wet to arid soils (9.0 to ~7.0 for pH and ~0.8 to ~5 μg/cm3 for chlorophyll a, respectively). Soil water content decreased to below ~3% in the arid soils. Community fingerprinting-based principle component analyses revealed that bacterial communities formed distinct clusters specific to arid and wet soils; however, eukaryotic communities that clustered together did not have similar soil moisture content nor did they group together based on sampling location. Collectively, rRNA pyrosequencing indicated a considerably higher abundance of Cyanobacteria in wet soils and a higher abundance of Acidobacterial, Actinobacterial, Deinococcus/Thermus, Bacteroidetes, Firmicutes, Gemmatimonadetes, Nitrospira, and Planctomycetes in arid soils. The two most significant differences at the genus level were Gillisia signatures present in arid soils and chloroplast signatures related to Streptophyta that were common in wet soils. Fungal dominance was observed in arid soils and Viridiplantae were more common in wet soils. This research represents an in-depth characterization of microbial communities inhabiting wet DV soils. Results indicate that the repeated wetting of hyporheic zones has a profound impact on the bacterial and eukaryotic communities inhabiting in these areas.

text: Microbial community composition of transiently wetted Antarctic Dry Valley soils During the summer months, wet (hyporheic) soils associated with ephemeral streams and lake edges in the Antarctic Dry Valleys (DVs) become hotspots of biological activity and are hypothesized to be an important source of carbon and nitrogen for arid DV soils. Recent research in the DV has focused on the geochemistry and microbial ecology of lakes and arid soils, with substantially less information being available on hyporheic soils. Here, we determined the unique properties of hyporheic microbial communities, resolved their relationship to environmental parameters and compared them to archetypal arid DV soils. Generally, pH increased and chlorophyll a concentrations decreased along transects from wet to arid soils (9.0 to ~7.0 for pH and ~0.8 to ~5 μg/cm3 for chlorophyll a, respectively). Soil water content decreased to below ~3% in the arid soils. Community fingerprinting-based principle component analyses revealed that bacterial communities formed distinct clusters specific to arid and wet soils; however, eukaryotic communities that clustered together did not have similar soil moisture content nor did they group together based on sampling location. Collectively, rRNA pyrosequencing indicated a considerably higher abundance of Cyanobacteria in wet soils and a higher abundance of Acidobacterial, Actinobacterial, Deinococcus/Thermus, Bacteroidetes, Firmicutes, Gemmatimonadetes, Nitrospira, and Planctomycetes in arid soils. The two most significant differences at the genus level were Gillisia signatures present in arid soils and chloroplast signatures related to Streptophyta that were common in wet soils. Fungal dominance was observed in arid soils and Viridiplantae were more common in wet soils. This research represents an in-depth characterization of microbial communities inhabiting wet DV soils. Results indicate that the repeated wetting of hyporheic zones has a profound impact on the bacterial and eukaryotic communities inhabiting in these areas.

year: 2015-01-28

title: Haumanu hauora: A commentary on strengthening health institution responsiveness to Māori health in the face of climate change

authors: Masters-Awatere, Bridgette

abstract: Climate change is the biggest threat to humanity through compounding ecological disasters. A focus on global averages tends to hide dramatic differences and mask health disparities that exist for Indigenous people. For 21 years, district health boards (DHBs) were responsible for providing or funding the provision of health services across Aotearoa. The introduction of the Pae Ora (Healthy Futures) Act 2022 disestablished DHBs and offered an opportunity to reshape health in ways that give serious consideration to climate change impacts. The need to give greater consideration to Indigenous people in climate change conversations is essential. The Waitangi Tribunal highlights areas where the Crown needs to work to improve Māori health outcomes. A clear deficit in existing policy process means a lack of preparedness for the intersecting health crises vulnerable Māori will experience in the face of climate change. Structural change is needed to strengthen health institution responsiveness to Māori health needs.

text: Haumanu hauora: A commentary on strengthening health institution responsiveness to Māori health in the face of climate change Climate change is the biggest threat to humanity through compounding ecological disasters. A focus on global averages tends to hide dramatic differences and mask health disparities that exist for Indigenous people. For 21 years, district health boards (DHBs) were responsible for providing or funding the provision of health services across Aotearoa. The introduction of the Pae Ora (Healthy Futures) Act 2022 disestablished DHBs and offered an opportunity to reshape health in ways that give serious consideration to climate change impacts. The need to give greater consideration to Indigenous people in climate change conversations is essential. The Waitangi Tribunal highlights areas where the Crown needs to work to improve Māori health outcomes. A clear deficit in existing policy process means a lack of preparedness for the intersecting health crises vulnerable Māori will experience in the face of climate change. Structural change is needed to strengthen health institution responsiveness to Māori health needs.

year: 2025