A Hedonic Price Analysis for the New Zealand Wine Industry: Preliminary Results

This paper presents preliminary results from a hedonic price analysis of premium wines in New Zealand over the vintages 1994 – 2003. Implicit prices are presented for a sensory quality rating, as well as wine variety and regional reputation. Results show that the price premium associated with Michael Cooper's five-star quality rating is highly significant and increasing in magnitude over the study period. Trends in regional and varietal preferences are also explored.Hedonic pricing, New Zealand wine, quality, Agribusiness, Agricultural and Food Policy, Environmental Economics and Policy, Food Consumption/Nutrition/Food Safety, Research Methods/ Statistical Methods, Resource /Energy Economics and Policy,

Why Are Native Hawaiians Underrepresented in Hawai‘i's Older Adult Population? Exploring Social and Behavioral Factors of Longevity

Native Hawaiians comprise 24.3% of Hawai‘i's population, but only 12.6% of the state's older adults. Few published studies have compared health indicators across ethnicities for the state's older adult population or focused on disparities of Native Hawaiian elders. The current study examines data from two state surveillance programs, with attention to cause of death and social-behavioral factors relevant to elders. Findings reveal that Native Hawaiians have the largest years of productive life lost and the lowest life expectancy, when compared to the state's other major ethnic groups. Heart disease and cancer are leading causes of premature mortality. Native Hawaiian elders are more likely to report behavioral health risks such as smoking and obesity, live within/below 100–199% of the poverty level, and find cost a barrier to seeking care. Indicated is the need for affordable care across the lifespan and health services continuum. Future research might explain behavioral factors as influenced by social determinants, including historical trauma on Native Hawaiian longevity

Native Hawaiian Grandparents: Exploring Benefits and Challenges in the Caregiving Experience

Background: Increasingly, U.S. grandparents are raising their grandchildren. In Hawai‘i, 12% of Native Hawaiian grandparents live with grandchildren, compared to 7% of grandparents in all races combined in the state, and to 3.6% of grandparents in the total U.S. Although strong family-centric cultural values may provide Native Hawaiian grandparents with caregiving benefits, a generally poor health profile suggests they may also face challenges in this role. In this study, we talked to Native Hawaiian grandparents raising grandchildren (GRG) about the benefits and challenges of their caregiving experiences. Method: Three focus groups were conducted with Native Hawaiian grandparents (n=33) in Hawai‘i who were 55 years of age or older and caregivers to their grandchildren. Findings: The most prevalent themes voiced by grandparents spoke of the benefits of being a grandparent caregiver (the greatest being the experience of mutual, unconditional love) and the enjoyment of passing on “life lessons” to their grandchildren. Grandparents identified concrete examples of what they provided to grandchildren and also spoke of their role in transmission of Native Hawaiian cultural values, practices, and stories to their grandchildren. A number of challenges pertaining to grandparent caregiving were identified along with needed services—respite care, financial assistance, children’s programs, and information on grandparent legal rights. Despite these challenges, grandparents preferred to seek help from extended family rather than from formal supports. Our results support previous research on a number of universal GRG needs and services (i.e., legal rights of GRG) but also suggest potential directions to meeting the needs of Native Hawaiian GRG that are responsive to indigenous cultural values and preferences. Given the number of unmet needs expressed, further research is needed to design interventions for this population of grandparents raising grandchildren

USER EXPERIENCE JOURNEY WITH MULTIPLE DEVICES AND TELEPRESENCE DURING QUARANTINE

Many cities and countries around the world started quarantine and city lockdowns to diminish the spread of Covid-19, configuring the end of the 20th century: the century of technology. The fast growing technology and communication possibilities upgrades human-computer interactions from industrial development before computing to connecting users to many computers in a dynamic ecosystem in pervasive experiences. The new social challenges from quarantine and self-preservation takes home isolation, technology, Internet, family, education, work and communication to surface new sense of things and interactions. Each generation has their own perspectives and mental models about the pandemic times and the use of technology, creating themselves the necessary bridges between channels to make their experience journeys easier and to reach objectives. This research focus on understanding how quarantine and social isolation in Rio de Janeiro affected the 4 generations’ interaction with digital devices and he diversity of channels, how it affected their own sense of space and isolation, influencing communication, entertainment, work and learning. The research was conducted during the quarantine official decree in the city – from March 16th to June 1st

Metamorphism and exhumation of basement gneiss domes in the Quadrilátero Ferrífero: two stage dome-and-keel evolution?

The presence of dome-and-keel provinces in Archean cratons has been connected with the initiation of plate tectonics on Earth as these features are most commonly observed in Archean rocks. The Quadril\ue1tero Ferr\uedfero in Brazil has been identified as a Paleoproterozoic dome-and-keel province for more than three decades. The prevailing model suggests that it formed during the Rhyacian Transamazonian orogeny, making it unique among dome-and-keel provinces. However, a lack of appropriate lithologies, datable minerals and the metamorphic overprint of later orogenesis has resulted in a cryptic metamorphic record for the formation of this dome-and-keel province. A clinopyroxene-bearing migmatite from the core of the Ba\ue7\ue3o dome has peak P\u2013T conditions of 5\u20137 kbar and 700\u2013750 \ub0C and a published age of ca. 2730 Ma based on U\u2013Pb ages of zircon from leucosomes, suggesting that this age represents the migmatisation event. A fine-grained epidote-albite-titanite assemblage overprints the coarse-grained clinopyroxene and amphibole, giving P\u2013T conditions of 8\u20139 kbar and 550 \ub0C with an associated titanite age of ca. 2050 Ma. A garnet-bearing amphibolite sample also from the core of the dome has peak P\u2013T conditions of 7\u20138 kbar and 650\u2013700 \ub0C, and texturally late titanite from this sample produces an age of ca. 2060 Ma. Three additional samples were collected from the edges of the dome. A garnet-gedrite bearing felsic schist produces peak P\u2013T conditions of 8\u20139 kbar and 650\u2013700 \ub0C on a clockwise P\u2013T evolution. This sample has a U\u2013Pb zircon age of ca. 2775 Ma, which could date metamorphism or be the age of its volcaniclastic protolith. Texturally unconstrained titanite from the sample gives an age of ca. 2040 Ma. A garnet-bearing amphibolite that occurs as a boudin within the felsic schist gives both zircon and titanite ages of ca. 2050 Ma and has peak P\u2013T conditions of 5\u20136 kbar and 650\u2013700 \ub0C on a near isobaric P\u2013T path. An amphibolite dike, observed to cross-cut the felsic schist produces a zircon U\u2013Pb age of ca. 2760 Ma. Altogether this data suggests that the samples were metamorphosed in the Archean (ca. 2775\u20132730 Ma) and again during the Transamazonian event. The most plausible explanation for this data is that dome-and-keel formation occurred in the Archean with migmatisation and high-temperature metamorphism occurring at this time. The Paleoproterozoic event is interpreted as a reactivation of the dome-and-keel formation structures, with Paleoproterozoic keels crosscutting Archean keels and producing metamorphic aureoles. The high radiogenic heat production and the presence of dense sedimentary successions in Archean terranes make dome-and-keel provinces a uniquely Archean feature, but they are susceptible to reworking, resulting in an enigmatic record of formation

Emerging Innovations and Professional Skills Needed Within Pharmacy Curricula

To ensure students are prepared for the rapidly evolving world of health care, curricula must be aligned with emerging innovations, as well as professional skills likely to influence students’ abilities to be successful. At the 2019 annual meeting of PharmAlliance institutions, we asked experts to identify innovations and professional skills necessary for the future of pharmacy practice. Experts identified a wide range of topics, including personalized and precision medicine, digital health, interprofessional collaboration, clinical decision making, and overcoming complexity and ambiguity. While these findings are useful for informing curriculum content, we must also commit to ensuring our pharmacy curricula are emerging, forward thinking, and effective at preparing students for the challenges in health care

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Native Hawaiians comprise 24.3% of Hawai'i's population, but only 12.6% of the state's older adults. Few published studies have compared health indicators across ethnicities for the state's older adult population or focused on disparities of Native Hawaiian elders. The current study examines data from two state surveillance programs, with attention to cause of death and socialbehavioral factors relevant to elders. Findings reveal that Native Hawaiians have the largest years of productive life lost and the lowest life expectancy, when compared to the state's other major ethnic groups. Heart disease and cancer are leading causes of premature mortality. Native Hawaiian elders are more likely to report behavioral health risks such as smoking and obesity, live within/below 100-199% of the poverty level, and find cost a barrier to seeking care. Indicated is the need for affordable care across the lifespan and health services continuum. Future research might explain behavioral factors as influenced by social determinants, including historical trauma on Native Hawaiian longevity

Sex-Dependent Effects of Dietary Genistein on Echocardiographic Profile and Cardiac GLUT4 Signaling in Mice

This study aimed to determine whether genistein diet resulted in changes in cardiac function, using echocardiography, and expression of key proteins involved in glucose uptake by the myocardium. Intact male and female C57BL/6J mice (aged 4–6 weeks) were fed either 600 mg genistein/kg diet (600 G) or 0 mg genistein/kg diet (0 G) for 4 weeks. Echocardiography data revealed sex-dependent differences in the absence of genistein: compared to females, hearts from males exhibited increased systolic left ventricle internal dimension (LVIDs), producing a decrease in function, expressed as fractional shortening (FS). Genistein diet also induced echocardiographic changes in function: in female hearts, 600G induced a 1.5-fold (P<0.05) increase in LVIDs, resulting in a significant decrease in FS and whole heart surface area when compared to controls (fed 0 G). Genistein diet increased cardiac GLUT4 protein expression in both males (1.51-fold, P<0.05) and females (1.76-fold, P<0.05). However, no effects on the expression of notable intracellular signaling glucose uptake-regulated proteins were observed. Our data indicate that consumption of genistein diet for 4 weeks induces echocardiographic changes in indices of systolic function in females and has beneficial effects on cardiac GLUT4 protein expression in both males and females

Genomes of diverse isolates of the marine cyanobacterium Prochlorococcus

The marine cyanobacterium Prochlorococcus is the numerically dominant photosynthetic organism in the oligotrophic oceans, and a model system in marine microbial ecology. Here we report 27 new whole genome sequences (2 complete and closed; 25 of draft quality) of cultured isolates, representing five major phylogenetic clades of Prochlorococcus. The sequenced strains were isolated from diverse regions of the oceans, facilitating studies of the drivers of microbial diversity—both in the lab and in the field. To improve the utility of these genomes for comparative genomics, we also define pre-computed clusters of orthologous groups of proteins (COGs), indicating how genes are distributed among these and other publicly available Prochlorococcus genomes. These data represent a significant expansion of Prochlorococcus reference genomes that are useful for numerous applications in microbial ecology, evolution and oceanography.Gordon and Betty Moore Foundation (Grant GBMR #495.01)National Science Foundation (U.S.) (Grant OCE-1153588)National Science Foundation (U.S.) (Grant OCE-0425602)National Science Foundation (U.S.) (Grant DBI-0424599)Center for Microbial Oceanography: Research and Educatio

Metamorphism and exhumation of basement gneiss domes in the Quadril?tero Ferr?fero : two stage dome-and-keel evolution?

The presence of dome-and-keel provinces in Archean cratons has been connected with the initiation of plate tectonics on Earth as these features are most commonly observed in Archean rocks. The Quadril?tero Ferr?fero in Brazil has been identified as a Paleoproterozoic dome-and-keel province for more than three decades. The prevailing model suggests that it formed during the Rhyacian Transamazonian orogeny, making it unique among dome-and-keel provinces. However, a lack of appropriate lithologies, datable minerals and the metamorphic overprint of later orogenesis has resulted in a cryptic metamorphic record for the formation of this dome-and-keel province. A clinopyroxene-bearing migmatite from the core of the Ba??o dome has peak PeT conditions of 5e7 kbar and 700e750 C and a published age of ca. 2730 Ma based on UePb ages of zircon from leucosomes, suggesting that this age represents the migmatisation event. A fine-grained epidote-albite-titanite assemblage overprints the coarse-grained clinopyroxene and amphibole, giving PeT conditions of 8e9 kbar and 550 C with an associated titanite age of ca. 2050 Ma. A garnet-bearing amphibolite sample also from the core of the dome has peak PeT conditions of 7e8 kbar and 650e700 C, and texturally late titanite from this sample produces an age of ca. 2060 Ma. Three additional samples were collected from the edges of the dome. A garnet-gedrite bearing felsic schist produces peak PeT conditions of 8e9 kbar and 650e700 C on a clockwise PeT evolution. This sample has a UePb zircon age of ca. 2775 Ma, which could date metamorphism or be the age of its volcaniclastic protolith. Texturally unconstrained titanite from the sample gives an age of ca. 2040 Ma. A garnet-bearing amphibolite that occurs as a boudin within the felsic schist gives both zircon and titanite ages of ca. 2050 Ma and has peak PeT conditions of 5e6 kbar and 650e700 C on a near isobaric PeT path. An amphibolite dike, observed to cross-cut the felsic schist produces a zircon UePb age of ca. 2760 Ma. Altogether this data suggests that the samples were metamorphosed in the Archean (ca. 2775e2730 Ma) and again during the Transamazonian event. The most plausible explanation for this data is that dome-and-keel formation occurred in the Archean with migmatisation and high-temperature metamorphism occurring at this time. The Paleoproterozoic event is interpreted as a reactivation of the dome-and-keel formation structures, with Paleoproterozoic keels crosscutting Archean keels and producing metamorphic aureoles. The high radiogenic heat production and the presence of dense sedimentary successions in Archean terranes make dome-and-keel provinces a uniquely Archean feature, but they are susceptible to reworking, resulting in an enigmatic record of formation