News Article | May 5, 2017
US food retailer Albertsons is expanding its Fair Trade Certified seafood program by becoming the first major grocer to carry Fair Trade-certified scallops. The new product, Santa Monica Seafood Signature Sea Scallops, is sourced from New Bedford and is available at Albertsons, Vons and Pavilions supermarkets in southern California and will be available at Safeway stores in northern California this summer. The Fair Trade Certified program addresses the social and environmental needs of fishing communities across the globe by protecting fundamental human rights of workers, preventing forced and child labor, establishing safe working conditions, regulating work hours and benefits, and enabling responsible, sustainable resource management. "By providing Fair Trade-certified seafood, we are able to support the domestic industry, provide our customers with the highest quality product, and support the health of ocean ecosystems and communities that depend upon them," said Buster Houston, group director of seafood at Albertsons Companies. Like all Fair Trade Certified products, producers of Santa Monica Seafood's scallops receive a Community Development Premium -- 10 percent of the dockside price -- which they can collectively invest in much-needed community projects. "The premium received by NWASSF will augment the scallop fisheries advocacy group Fisherman Survival Fund and promote industry research partners UMass Dartmouth's School for Marine Science & Technology and Coonamessett Farm," said David Ferreira, secretary of the Northwest Atlantic Sea Scallop Fisheries (NWASSF), In 2015, Albertsons became the world's first retailer to sell Fair Trade-certified seafood, with the introduction of Fair Trade yellowfin tuna from Indonesia. For more seafood news and updates, follow us on Facebook and Twitter or sign up for our daily newsletter.
News Article | May 4, 2017
"Albertsons Companies takes our commitment to socially and environmentally responsible seafood seriously," said Buster Houston, Group Director of Seafood at Albertsons Companies. "By providing Fair Trade Certified™ seafood, we are able to support the domestic industry, provide our customers with the highest quality product, and support the health of ocean ecosystems and communities that depend upon them." The new product, Santa Monica Seafood® Signature Sea Scallops, is sourced from the Port of New Bedford, Massachusetts, an iconic fishing village with a rich history of American seafood production. These large scallops are not only responsibly sourced, but are also recognized worldwide as having unparalleled texture and flavor. Santa Monica Seafood® Signature Sea Scallops are available at Albertsons, Vons and Pavilions stores in Southern California and will be available at Safeway stores in Northern California this summer. Like all Fair Trade Certified™ products, producers of Santa Monica Seafood's scallops receive a Community Development Premium — 10 percent of the dockside price — which they can collectively invest in much-needed community projects. According to David Ferreira, the Secretary of The Northwest Atlantic Sea Scallop Fisheries (NWASSF), "The premium received by NWASSF will augment the scallop fisheries advocacy group Fisherman Survival Fund and promote industry research partners UMass Dartmouth's School for Marine Science & Technology and Coonamessett Farm." This new product continues Albertsons Companies' tradition of leadership in sourcing socially and environmentally responsible seafood. In 2015, Albertsons Companies became the world's first retailer to sell Fair Trade Certified™ seafood, with the introduction of Fair Trade yellowfin tuna from Indonesia. In addition to meeting rigorous social standards, the Fair Trade Certified™ seafood products in Albertsons Companies stores also meet the high environmental bar set by its Responsible Seafood Policy in partnership with FishWise. Albertsons Companies pioneered the Responsible Choice program whereby seafood products marked "Responsible Choice" are favorably rated by the Monterey Bay Aquarium's Seafood Watch program, or are sourced from fisheries or farms making measurable and time-bound improvements. About Albertsons Companies Albertsons Companies is one of the largest food and drug retailers in the United States, with both a strong local presence and national scale. We operate stores across 35 states and the District of Columbia under 19 well-known banners including Albertsons, Safeway, Vons, Jewel-Osco, Shaw's, Acme, Tom Thumb, Randalls, United Supermarkets, Pavilions, Star Market, Haggen and Carrs. Albertsons Companies is committed to helping people across the country live better lives by making a meaningful difference, neighborhood by neighborhood. In 2016 alone, along with the Albertsons Companies Foundation, the company gave nearly $300 million in food and financial support. These efforts helped millions of people in the areas of hunger relief, education, cancer research and treatment, programs for people with disabilities and veterans outreach. About FishWise FishWise is a non-profit sustainable seafood consultancy based in Santa Cruz, CA. Uniquely positioned between the seafood industry and marine conservation organizations, FishWise offers a range of services that create trust between seafood vendors and their customers, enabling businesses to sell more sustainable seafood, more profitably. For more information, please visit http://www.fishwise.org. To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/albertsons-companies-becomes-first-major-grocer-to-sell-fair-trade-certified-scallops-300451278.html
Etheridge F.S.,Case Western Reserve University |
Fernando R.,Case Western Reserve University |
Golen J.A.,UMass Dartmouth |
Rheingold A.L.,University of California at San Diego |
Sauve G.,Case Western Reserve University
RSC Advances | Year: 2015
Selective sulfur substitution of the distal carbonyls of a core-substituted naphthalene diimide was obtained when a combination of core and imide substituents were used. The substituents appear to inhibit thionation of the proximal carbonyl by steric hindrance. Each thionation caused a 50 nm bathochromic shift of the visible absorption band and an anodic shift of the reduction potentials. The dithionated compound has a λmax in the near-IR at 733 nm and an optical gap of 1.59 eV, which is unusually low for this type of molecule. Thionation of carbonyls offers a useful avenue for tuning optoelectronic properties of NDI-based materials. © The Royal Society of Chemistry 2015.
Randic S.,UMass Dartmouth |
Connor R.C.,UMass Dartmouth |
Connor R.C.,University of New South Wales |
Sherwin W.B.,University of New South Wales |
And 2 more authors.
Proceedings of the Royal Society B: Biological Sciences | Year: 2012
Terrestrial mammals with differentiated social relationships live in 'semi-closed groups' that occasionally accept new members emigrating from other groups. Bottlenose dolphins (Tursiops sp.) in Shark Bay, Western Australia, exhibit a fission-fusion grouping pattern with strongly differentiated relationships, including nested male alliances. Previous studies failed to detect a group membership 'boundary', suggesting that the dolphins live in an open social network. However, two alternative hypotheses have not been excluded. The community defence model posits that the dolphins live in a large semi-closed 'chimpanzee- like' community defended by males and predicts that a dominant alliance(s) will range over the entire community range. The mating season defence model predicts that alliances will defend matingseason territories or sets of females. Here, both models are tested and rejected: no alliances ranged over the entire community range and alliances showed extensive overlap in mating season ranges and consorted females. The Shark Bay dolphins, therefore, present a combination of traits that is unique among mammals: complex male alliances in an open social network. The open social network of dolphins is linked to their relatively low costs of locomotion. This reveals a surprising and previously unrecognized convergence between adaptations reducing travel costs and complex intergroup-alliance relationships in dolphins, elephants and humans. © 2012 The Royal Society.
Connor R.C.,UMASS Dartmouth |
Watson-Capps J.J.,University of Colorado at Boulder |
Sherwin W.B.,University of New South Wales |
Krutzen M.,University of Zürich
Biology Letters | Year: 2011
Male bottlenose dolphins in Shark Bay, Western Australia form two levels of alliances; two to three males cooperate to herd individual females and teams of greater than three males compete with other groups for females. Previous observation suggested two alliance tactics: small four to six member teams of relatives that formed stable pairs or trios and unrelated males in a large 14-member second-order alliance that had labile trio formation. Here, we present evidence for a third level of alliance formation, a continuum of second-order alliance sizes and no relationship between first-order alliance stability and second-order alliance size. These findings challenge the 'two alliance tactics' hypothesis and add to the evidence that Shark Bay male bottlenose dolphins engage in alliance formation that likely places considerable demands on their social cognition. © 2011 The Royal Society.
Savaria D.T.,Naval Undersea Warfare Center |
Balasubramanian R.,UMass Dartmouth
IEEE International Conference on Multisensor Fusion and Integration for Intelligent Systems | Year: 2010
Simultaneous localization and map building (SLAM) is a desired feature for autonomous mobile robots. This SLAM approach allows the robot to create a map on the fly and then backtrack to further explore the area without human interaction. Data from the robot's encoder and sonar sensors are used along with depth information from a stereo camera vision system to explore and map the surroundings. The Speeded Up Robust Features algorithm (SURF) is used to visually identify landmarks in the environment. © 2010 IEEE.
Salvucci M.V.,Deprtment of Mechanical Engineering |
Rice J.M.,Deprtment of Mechanical Engineering |
Kim Y.K.,UMass Dartmouth
Fiber Society Spring 2014 Technical Conference: Fibers for Progress | Year: 2014
Carbon laminar composites have advantages of very high specific strength and modulus over metal alloys. However their through-thickness thermal conductivity (TTC) is the same order of matrix resin used (∼ 0.2 W/m°K). We report significant approximately 450 % improvement in TTC of carbon composites by flocking short Z-axis carbon fiber together with a conductive interfacial boundary layer of modified matrix resin system.
Holtta-Otto K.,UMass Dartmouth |
Chiriac N.A.,UMass Dartmouth |
Lysy D.,Xerox |
Suk Suh E.,Xerox
Journal of Engineering Design | Year: 2012
Modular design has become a widely accepted developmental strategy to create products and systems that can be easily manufactured, upgraded and maintained. In order to achieve these benefits through improvement of a system's modularity, it must be measured. An ideal measure ought to capture modularity while being independent of other architectural factors such as size, system coupling density or the number of modules. In this work, we review past research on modularity measures. Eight modularity measures are selected for a detailed analysis. We use a design of experiments approach to analyse which metrics best measure the degree of modularity independent of other irrelevant factors. To do this, we conduct a factorial analysis of 24 canonical architectures with idealised modularity, including precisely integral, modular and bus architectures. We find that most measures produce inconsistent results, especially if the system architecture contains a bus or modules with loose internal coupling. We identify the metrics that are able to capture the degree of modularity in the most consistent manner. © 2012 Copyright Taylor and Francis Group, LLC.
Connor R.C.,UMASS Dartmouth
Philosophical Transactions of the Royal Society B: Biological Sciences | Year: 2010
Players in Axelrod and Hamilton's model of cooperation were not only in a Prisoner's Dilemma, but by definition, they were also trapped in a dyad. But animals are rarely so restricted and even the option to interact with third parties allows individuals to escape from the Prisoner's Dilemma into a much more interesting and varied world of cooperation, from the apparently rare 'parcelling' to the widespread phenomenon of market effects. Our understanding of by-product mutualism, pseudo-reciprocity and the snowdrift game is also enriched by thinking 'beyond the dyad'. The concepts of by-product mutualism and pseudo-reciprocity force us to think again about our basic definitions of cooperative behaviour (behaviour by a single individual) and cooperation (the outcome of an interaction between two or more individuals). Reciprocity is surprisingly rare outside of humans, even among large-brained 'intelligent' birds and mammals. Are humans unique in having extensive cooperative interactions among non-kin and an integrated cognitive system for mediating reciprocity? Perhaps, but our best chance for finding a similar phenomenon may be in delphinids, which also live in large societies with extensive cooperative interactions among non-relatives. A system of nested male alliances in bottlenose dolphins illustrates the potential and difficulties of finding a complex system of cooperation close to our own. © 2010 The Royal Society.
Jenkins S.,UMass Dartmouth |
Goodman M.,UMass Dartmouth
Journal of Contingencies and Crisis Management | Year: 2015
Early on Friday, 19 April 2013, officials at the University of Massachusetts Dartmouth learned that one of the Boston Marathon bombing suspects was an enrolled student. That morning, the entire campus was transformed into both a crime scene and a potential target for an act of domestic terrorism. This article examines the campus response to this crisis, based on interviews with campus officials and a review of a task force report produced to review the campus response. This case study speaks to three important issues in the crisis management literature. Having a crisis plan helps (1), but testing of these plans is critical for an effective response (2). Furthermore, the plan must allow for real-time decision making that is both centralized and decentralized (3). © 2015 John Wiley & Sons Ltd.