147 research outputs found
Characterization of seediness attributes of blackberry genotypes
Fresh market blackberries can feel âseedyâ when consumed. This âseedinessâ is associated with the presence of pyrenes which are comprised of a single seed enclosed in an endocarp. Small pyrene size
Evaluating Consumer Sensory and Composition Attributes of Arkansas-Grown Fresh-Market Blackberries
Blackberries are grown worldwide for commercial fresh markets. Three Arkansas-grown fresh-market blackberry genotypes (âNatchezâ, âOuachitaâ, and A-2418) were evaluated for consumer sensory and compositional attributes at the University of Arkansas Food Science Department, Fayetteville. The compositional attributes of the blackberries were within an acceptable range for commercial markets (soluble solids=8.20-11.90%, pH=2.79-3.18, titratable acidity=1.09-1.32%). In terms of soluble solids to titratable acidity ratio, âOuachitaâ (10.92) had the highest ratio, followed by âNatchezâ (8.93) and A-2418 (6.25). A consumer sensory panel (n=80) evaluated fresh-market blackberry attributes using a 9-point hedonic scale for overall impression, overall flavor, sweetness, and sourness and a 5-point Just-about-Right (JAR) scale for sweetness and sourness. The participants also ranked the blackberries in order of overall liking from most to least liked. For overall impression, overall flavor, and sweetness, âNatchezâ scored higher than âOuachitaâ and A-2418, but the panelists did not detect differences in sourness. In terms of JAR for sweetness, 64% of consumers scored âNatchezâ JAR, followed by âOuachitaâ (39%) and A-2418 (34%). Whereas, 42% percent found A-2418 âToo Sourâ, followed by âOuachita (33%) and âNatchezâ (25%). In terms of ranking the blackberries, âNatchezâ was the most liked blackberry followed by âOuachitaâ and A-2418. When looking only at blackberries ranked first, 53% of consumers ranked âNatchezâ as their most liked berry, compared to A-2418 (26%) and âOuachitaâ (21%). The results from this research suggested that fresh-market blackberries with medium-level sweetness to sourness ratios were preferred though more consumers than expected preferred the blackberries with the more extreme ratios
The fractional integrated bi- parameter smooth transition autoregressive model
This paper introduces the fractionally integrated Bi-parameter smooth transition autoregressive model (FI-BSTAR model) as an extension of BSTAR model proposed by Siliverstovs (2005) and the fractionally integrated STAR model (FI-STAR model) proposed by van Dijk et al. (2002). Our FI-BSTAR model is able to simultaneously describe persistence and asymmetric smooth structural change in time series. An empirical application using monthly growth rates of the American producer price index is provided.Long Memory, Nonlinearity, Asymmetry, STAR models.
Alternatives to Ciprofloxacin Use for Enteric Fever, United Kingdom
Alternatives to Ciprofloxacin Use for Enteric Fever, United Kingdo
Grape Plant Named âIndulgenceâ
Description and specifications of a new and distinct cultivar of wine grapevine which originated from a hand-pollinated cross of âSeyval Blancâ (female parent) and âMuscat Ottonelâ (male parent) made in 1988. The seedlings fruited in the summer of 1992 in a vineyard near Clarksville, Ark. and one was selected for its potential as a wine grape for utilization in the Mid-South. The original vine was tested as âArk. 2359â. The new cultivar of grapevine is a white wine grape which is adapted to the Mid-South of the United States with good winter hardiness and distinct muscat flavor
Grape plant named `Opportunity`
Description and specifications of a new and distinct wine grape cultivar which originated from a hand-pollinated cross of `Cayuga White` (Vitis labrusca L. by V. vinifera L., developed by the New York State Agricultural Experiment Station, Geneva, N.Y.; female parent, non-patented) x A-1754 (non-patented, non-released breeding genotype; male parent). This new wine grape cultivar can be distinguished by its quality juice attributes for wine production with hardy and productive grapevines adapted to Arkansas and the Mid-South of the United States
Grape Plant Named âDazzleâ
Description and specifications of a new and distinct cultivar of grapevine which originated from a hand-pollinated cross of âGewĂŒrztraminerâ (female parent) x âMelodyâ (male parent) made in 1991. The seedlings fruited in the summer of 1992 in a vineyard near Clarksville, Ark. and one was selected for its potential as a wine grape for utilization in the Mid-South of the United States. The original vine was tested as âArk. 2574â. The new cultivar of grapevine is intended for wine production and provides advancements in cold hardiness
Grape plant named `Enchantment`
Description and specifications of a new and distinct wine grape cultivar which originated from a hand-pollinated cross of Ark. 1628 (non-patented, non-released breeding genotype; female parent) x Ark. 1481 (non-patented, non-released breeding genotype; male parent). This new wine grape cultivar can be distinguished by its quality juice attributes for wine production with hardy and productive grapevines adapted Arkansas and the Mid-South of the United States
Doubling Down on Wicked Problems: Ocean ArtScience Collaborations for a Sustainable Future
The UN Decade of Ocean Science for Sustainable Development recognizes the current ocean sustainability crisis and calls for a transformation of ocean science. Many of the key challenges recognized by the UN Decade are examples of wicked problems: intractable and messy situations with high stakeholder divergence. Addressing wicked ocean sustainability problems requires adaptable, iterative, and participatory approaches that can embrace multiple ways of knowing. It also requires a re-imagining of our relationship with the Ocean from extraction and resulting environmental degradation, towards the building of a sense of connection and stewardship. We propose ArtScience as a means to this end by highlighting how transdisciplinary collaborations can help create sustainable ocean futures. We reflect on a recent ArtScience event emerging from Ocean Networks Canadaâs Artist-in-Residence programme. By situating ArtScience in a broader context of inter- and transdisciplinary collaborations, we demonstrate how ArtScience collaborations can help transform ocean science by envisioning previously unimagined possibilities, and establishing and strengthening relationships with diverse stakeholders through long-term mission-driven or place-based inquiry. We conclude with a call to action to acknowledge the potential these collaborations hold for addressing the challenges of the UN Ocean Decade
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