News Article | November 2, 2016
Predictive Insight From WebFOCUS Vaults University to the Top of the Performance-Based Outcome Rankings NEW YORK, NY--(Marketwired - Nov 2, 2016) - Information Builders, a leader in business intelligence (BI) and analytics, data integrity, and integration solutions, today announced that Florida Atlantic University (FAU) used the WebFOCUS BI and analytics platform to meet the state's performance-based funding (PBF) objectives. As a result of FAU's journey to define new metrics, develop dashboards, and implement InfoApps™, the Florida Board of Governors (BOG), which oversees the State University System, ranked FAU as the top-performing public university in the state of Florida.1 Tweet This: .@InfoBldrs' WebFOCUS #analytics platform helps @FloridaAtlantic rank top-performing public university in the state http://ow.ly/8EzI305Ig7l FAU, a four-year college in southeast Florida that serves more than 30,000 students, relies on both public funding and tuition to support its mission. Recently, the State of Florida adopted performance-based funding, which meant the traditional enrollment metrics that colleges had been tracking for years were replaced by outcome metrics such as graduation rate, employment, and student success in the classroom. Like many public higher education institutions, FAU had to find ways to improve and document student outcomes and measures. To tackle this issue, FAU used Information Builders' WebFOCUS to automate the complex compliance reporting scenarios that are necessary for performance-based funding, as well as to operationalize its PBF strategy. "Information Builders supplied sophisticated analytic technology to drive our predictive models," said Mehran Basiratmand, chief technology officer at Florida Atlantic University. "Our BI and analytics system enables instructors, advisors, faculty, and other staff members to identify at-risk students while there is still time to get them on the right track to meet personal and institutional goals. WebFOCUS has been extremely instrumental generating reports that document critical metrics, such as student progress towards graduation." Information Builders' analytic technology provides information to faculty and staff about the status of each student, helping the university to promote students more effectively and meet their scholastic and career goals. Hundreds of staff members access a WebFOCUS portal to analyze data from the university's financial management system and student information systems, staying abreast of crucial business and financial trends and enabling them to plan accordingly. "To be successful at performance-based funding, with its complex rules and formulas, institutions need flexible analytic tools, not rigid packaged solutions," said Gerald Cohen, president and CEO of Information Builders. "WebFOCUS is well suited for this kind of application for a number of reasons, including its ability to embed business rules into reports, dashboards, and InfoApps. We are honored to play a role in FAU's success." To learn more about the benefits realized by implementing BI to support its PBF, join us for our webcast, "Florida Atlantic University: Maximizing Performance-Based Funding in Higher Education." About Florida Atlantic University Florida Atlantic University is a public university located in Boca Raton, Florida, with five satellite campuses located in the Florida cities of Dania Beach, Davie, Fort Lauderdale, Jupiter, and in Fort Pierce at the Harbor Branch Oceanographic Institution. FAU belongs to the 12-campus State University System of Florida and serves South Florida, which has a population of more than five million people. The university offers more than 180 undergraduate and graduate degree programs within its 10 colleges in addition to a professional degree from the College of Medicine. Programs of study cover arts and humanities, the sciences, medicine, nursing, accounting, business, education, public administration, social work, architecture, engineering, and computer science. About Information Builders Information Builders provides solutions for business intelligence (BI), analytics, data integration, and data quality that help drive performance improvements, innovation, and value. Through one set of powerful products, we enable organizations to serve everyone -- analysts, non-technical users, even partners, customers, and citizens -- with better data and analytics. Our dedication to customer success is unmatched with thousands of organizations relying on us as their trusted partner. Founded in 1975, Information Builders is headquartered in New York, NY, with global offices, and remains one of the largest independent, privately held companies in the industry. Visit us at informationbuilders.com, follow us on Twitter at @infobldrs, like us on Facebook, and visit our LinkedIn page.
Ortman B.D.,University of Connecticut |
Bucklin A.,University of Connecticut |
Pages F.,CSIC - Institute of Marine Sciences |
Youngbluth M.,Harbor Branch Oceanographic Institution
Deep-Sea Research Part II: Topical Studies in Oceanography | Year: 2010
The Medusozoa are a clade within the Cnidaria comprising the classes Hydrozoa, Scyphozoa, and Cubozoa. Identification of medusozoan species is challenging, even for taxonomic experts, due to their fragile forms and complex, morphologically-distinct life history stages. In this study 231 sequences for a portion of the mitochondrial Cytochrome Oxidase I (mtCOI) gene were obtained from 95 species of Medusozoans including; 84 hydrozoans (61 siphonophores, eight anthomedusae, four leptomedusae, seven trachymedusae, and four narcomedusae), 10 scyphozoans (three coronatae, four semaeostomae, two rhizostomae, and one stauromedusae), and one cubozoan. This region of mtCOI has been used as a DNA barcode (i.e., a molecular character for species recognition and discrimination) for a diverse array of taxa, including some Cnidaria. Kimura 2-parameter (K2P) genetic distances between sequence variants within species ranged from 0 to 0.057 (mean 0.013). Within the 13 genera for which multiple species were available, K2P distance between congeneric species ranged from 0.056 to 0.381. A cluster diagram generated by Neighbor Joining (NJ) using K2P distances reliably clustered all barcodes of the same species with ≥99% bootstrap support, ensuring accurate identification of species. Intra- and inter-specific variation of the mtCOI gene for the Medusozoa are appropriate for this gene to be used as a DNA barcode for species-level identification, but not for phylogenetic analysis or taxonomic classification of unknown sequences at higher taxonomic levels. This study provides a set of molecular tools that can be used to address questions of speciation, biodiversity, life-history, and population boundaries in the Medusozoa. © 2010 Elsevier Ltd.
Song H.Y.,University of Tokyo |
Mabuchi K.,University of Tokyo |
Satoh T.P.,Collection Center |
Moore J.A.,Florida Atlantic University |
And 5 more authors.
Gene | Year: 2014
Percomorpha, comprising about 60% of modern teleost fishes, has been described as the "(unresolved) bush at the top" of the tree, with its intrarelationships still being ambiguous owing to huge diversity (>. 15,000 species). Recent molecular phylogenetic studies based on extensive taxon and character sampling, however, have revealed a number of unexpected clades of Percomorpha, and one of which is composed of Syngnathoidei (seahorses, pipefishes, and their relatives) plus several groups distributed across three different orders. To circumscribe the clade more definitely, we sampled several candidate taxa with reference to the previous studies and newly determined whole mitochondrial genome (mitogenome) sequences for 16 percomorph species across syngnathoids, dactylopterids, and their putatively closely-related fishes (Mullidae, Callionymoidei, Malacanthidae). Unambiguously aligned sequences (13,872. bp) from those 16 species plus 78 percomorphs and two outgroups (total 96 species) were subjected to partitioned Bayesian and maximum likelihood analyses. The resulting trees revealed a highly supported clade comprising seven families in Syngnathoidei (Gasterosteiformes), Dactylopteridae (Scorpaeniformes), Mullidae in Percoidei and two families in Callionymoidei (Perciformes). We herein proposed to call this clade "Syngnathiformes" following the latest nuclear DNA studies with some revisions on the included families. © 2014 Elsevier B.V.
Zechman F.W.,California State University, Fresno |
Verbruggen H.,Ghent University |
Leliaert F.,Ghent University |
Ashworth M.,University of Texas at Austin |
And 8 more authors.
Journal of Phycology | Year: 2010
We provide molecular phylogenetic evidence that the obscure genera Palmophyllum Kütz. and Verdigellas D. L. Ballant. et J. N. Norris form a distinct and early diverging lineage of green algae. These palmelloid seaweeds generally persist in deep waters, where grazing pressure and competition for space are reduced. Their distinctness warrants recognition as a new order, the Palmophyllales. Although phylogenetic analyses of both the 18S rRNA gene and two chloroplast genes (atpB and rbcL) are in agreement with a deep-branching Palmophyllales, the genes are in conflict about its exact phylogenetic placement. Analysis of the nuclear ribosomal DNA allies the Palmophyllales with the prasinophyte genera Prasinococcus and Prasinoderma (Prasinococcales), while the plastid gene phylogeny placed Palmophyllum and Verdigellas as sister clade to all other Chlorophyta. © 2010 Phycological Society of America.
Rehtanz M.,Harbor Branch Oceanographic Institution |
Rehtanz M.,University of Louisville |
Rehtanz M.,New York University |
Ghim S.-J.,University of Louisville |
And 7 more authors.
Journal of Wildlife Diseases | Year: 2010
Genital epithelial tumors of Atlantic bottlenose dolphins (Tursiops truncatus [Tt]) and Burmeister's porpoises (Phocoena spinipinnis) were formerly shown to be associated with papillomavirus (PV) infection. Papillomaviruses are highly prevalent viruses involved in the development of various tumor types in a wide range of animals, and so-called high-risk PVs contribute to malignant progression. In marine mammals, the incidence and prevalence of PV infection, transmission pathways, and persistence of infection are largely unknown. Using viruslike particles of bottlenose dolphin PV type 1 (TtPVl) as the antigen, enzyme-linked immunosorbent assay (ELISA) studies were conducted to evaluate PV antibody prevalence in bottlenose dolphins. In total, sera obtained from 115 dolphins were examined. Fifty-one percent of captive dolphins (n = 18 of 35) and 90% of free-ranging dolphins (n = 72 of 80) were antibody positive. Higher ELISA reactivity was observed among males compared with females. Sexually immature dolphins appeared more likely to seroconvert with age. Besides determining their PV antibody prevalence, each animal was also assessed for the presence of orogenital tumors. Interestingly, the mean age of free-ranging dolphins with tumors (n=21) was 11.2 yr compared with 29.9 yr in captive dolphins with tumors (n=9). Results from the current study suggest PV infection in bottlenose dolphins is common, that the main route of PV transmission among them may be horizontal, and that orogenital neoplasia may develop in early life stages of certain freeranging bottlenose dolphins. © Wildlife Disease Association 2010.
McFee W.E.,National Oceanic and Atmospheric Administration |
Adams J.D.,National Oceanic and Atmospheric Administration |
Fair P.A.,National Oceanic and Atmospheric Administration |
Bossart G.D.,Harbor Branch Oceanographic Institution
Aquatic Mammals | Year: 2012
Information regarding the growth parameters of wild bottlenose dolphins (Tursiops truncatus) is sparse despite increased captures of wild bottlenose dolphins for research over the last two decades. The present study investigated age distribution and growth parameters (e.g., length, age, body-mass index [BMI], mass, and girth) of dolphins examined during health assessment studies performed from 2003 to 2007 in the Indian River Lagoon (IRL), Florida, and Charleston Estuary (CHS), South Carolina. Age distributions of 94 dolphins from the IRL and 71 dolphins from CHS showed that significantly younger dolphins were caught in the IRL than in the CHS, though this may be a sampling issue. CHS female dolphins reached a higher girth asymptote than IRL females, whereas both IRL sexes attained higher mass asymptotes than their CHS counterparts. No significant differences in BMI, mass, or girth were detected between IRL and CHS dolphins when accounting for age. Male growth rates obtained from longitudinal data showed IRL dolphins exceeded growth rates of CHS dolphins throughout life. IRL dolphins captured in the northern region of the IRL showed significantly lower mean BMI, mass, and girth than their counterparts captured in the central and southern IRL. While this study demonstrated the varied growth patterns of wild bottlenose dolphins between two geographically separate populations, continued use of longitudinal data on growth parameters may provide for more subtle variations in growth between populations.
Raskoff K.A.,Monterey Peninsula College |
Hopcroft R.R.,University of Alaska Fairbanks |
Kosobokova K.N.,RAS Shirshov Institute of Oceanology |
Purcell J.E.,Western Washington University |
Youngbluth M.,Harbor Branch Oceanographic Institution
Deep-Sea Research Part II: Topical Studies in Oceanography | Year: 2010
In order to provide a baseline understanding of gelatinous zooplankton biodiversity and distribution in the rapidly changing Arctic Ocean, 12 stations were sampled across the Canada Basin, Northwind Ridge, and Chukchi Plateau with detailed deep-water ROV observations and multinet tows down to 3000 m. The complex, multi-origin water layers of the Arctic Ocean provided the backdrop for examining the vertical and horizontal distributions of the poorly understood meso and bathypelagic gelatinous taxa. Over 50 different gelatinous taxa were observed across the stations, with cnidarians being the most common group. Medusae accounted for 60% of all observations, siphonophores for 24%, larvaceans for 10%, ctenophores for 5%, and numerous interesting and rarer taxa constituted the remaining 1% of observations. Several new species were found and many major range extensions were observed. Both the vertical and horizontal distribution of species appear to be linked to water mass characteristics, as well as bottom topography and geographic location within the study area. Shallow slope and ridge areas around the Canada Basin and Chukchi Plateau appear to harbor substantially lower gelatinous zooplankton biomass and diversity than the deeper locations. Shallow stations not only show reduced abundance, but also different relative abundance of the major taxa, where the shallow water stations are dominated by large numbers of siphonophores and ctenophores, the deep stations are dominated by medusae. Taxonomic issues and ecological observations of several important species are discussed, aided by the live collection of many undamaged and fragile species. © 2009 Elsevier Ltd. All rights reserved.
Putland J.,Harbor Branch Oceanographic Institution |
Sutton T.,Harbor Branch Oceanographic Institution
Polar Science | Year: 2011
A survey of larval Euphausia superba (furcilia stages four and six) was conducted in waters along the western Antarctic Peninsula during late autumn (May and June 2006). Larvae were collected from stations in four regions to estimate dry weight and lipid content. There were no statistically significant differences in the dry weight or lipid content among the regions sampled. The overall average (±S.D.) dry weight was 1.51 ± 0.32 mg indiv. -1 and 0.85 ± 0.12 mg indiv. -1 for F6 and F4 larvae, respectively. The average (±S.D.) lipid content was 21.6 ± 9.6 %DW and 27.9 ± 13.7 %DW for F6 and F4 larvae, respectively. © 2011 Elsevier B.V. and NIPR.
PubMed | Harbor Branch Oceanographic Institution
Type: Journal Article | Journal: Journal of wildlife diseases | Year: 2010
Genital epithelial tumors of Atlantic bottlenose dolphins (Tursiops truncatus [Tt]) and Burmeisters porpoises (Phocoena spinipinnis) were formerly shown to be associated with papillomavirus (PV) infection. Papillomaviruses are highly prevalent viruses involved in the development of various tumor types in a wide range of animals, and so-called high-risk PVs contribute to malignant progression. In marine mammals, the incidence and prevalence of PV infection, transmission pathways, and persistence of infection are largely unknown. Using virus-like particles of bottlenose dolphin PV type 1 (TtPV1) as the antigen, enzyme-linked immunosorbent assay (ELISA) studies were conducted to evaluate PV antibody prevalence in bottlenose dolphins. In total, sera obtained from 115 dolphins were examined. Fifty-one percent of captive dolphins (n=18 of 35) and 90% of free-ranging dolphins (n=72 of 80) were antibody positive. Higher ELISA reactivity was observed among males compared with females. Sexually immature dolphins appeared more likely to seroconvert with age. Besides determining their PV antibody prevalence, each animal was also assessed for the presence of orogenital tumors. Interestingly, the mean age of free-ranging dolphins with tumors (n=21) was 11.2 yr compared with 29.9 yr in captive dolphins with tumors (n=9). Results from the current study suggest PV infection in bottlenose dolphins is common, that the main route of PV transmission among them may be horizontal, and that orogenital neoplasia may develop in early life stages of certain free-ranging bottlenose dolphins.