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Nassau, Bahamas

The College of The Bahamas is the national public institution of higher education in The Commonwealth of The Bahamas with campuses throughout the archipelago. The main campus is located in the capital city of Nassau, on the island of New Providence.COB is on track to become the national "University of The Bahamas" in 2015. As the national university of The Bahamas, its mission is to support and drive national development through education, research and innovation, and service, by offering high quality, signature programs grounded in the unique features of the Bahamian environment, economy and history. Wikipedia.


Hunter-Johnson Y.,The College of The Bahamas
International Journal of Special Education | Year: 2014

Bahamian classrooms are comprised of students with varying disabilities (emotional, physical, mental, and learning), and these students are failing to meet the requirements of their various grade levels due to inadequate interventions critical to addressing their individual needs. For these needs to be met in mainstream classrooms, Inclusive Education is inevitable. Consequently, a qualitative phenomenological study was conducted to survey perceptions of primary school teachers towards this practice. The sample included teachers from various schools within New Providence, The Bahamas. Data was collected through semi-structured interviews. Responses were qualitatively analyzed for themes and main concepts through open-coding. The study emphasizes the need to recognize teachers' perceptions towards inclusive education as a fundamental aspect of the practice's success in primary schools. Findings indicated that ninety percent of the teachers interviewed expressed negative perceptions of inclusive education. It was also revealed that the most prevalent influencing factors of the teachers' negative perceptions were lack of training in special education and inclusive education, and lack of resources. Twenty percent of the teachers expressed positive perceptions of inclusive education, stating however, that the success of such a practice depends greatly upon a myriad of elements. Source


Cooke S.J.,Carleton University | Murchie K.J.,The College of The Bahamas | Danylchuk A.J.,University of Massachusetts Amherst
BioScience | Year: 2011

The sustainable seafood movement has adopted a variety of certification and ecolabeling systems, as well as seafood-awareness campaigns, to influence industry and help consumers make informed decisions regarding their seafood consumption. However, a review of these programs revealed that the majority are focused on marine and coastal fisheries. Globally, freshwaters and their fish assemblages represent some of the most threatened systems and taxa because of multiple anthropogenic stressors. There is an urgent need to harness the momentum of the sustainable seafood movement for marine systems to benefit all aquatic systems, including freshwater. Moreover, given that freshwater systems are at particular risk in developing countries in which small-scale fisheries dominate, it is essential to expand awareness campaigns, through grassroots initiatives that differ significantly from current awareness campaigns that are global in focus, involve industrialized large-scale fisheries, and assume significant exports of seafood. Addressing the limitations of marine campaigns is a logical first step before launching new programs aimed at inland fisheries. In the long term, failure of the sustainable seafood movement to incorporate freshwater fisheries will lead to public perception that these fisheries are not in peril and may allow unsustainable practices to continue. © 2011 by American Institute of Biological Sciences. All rights reserved. Source


McNamarah C.,The College of The Bahamas
Meccanica | Year: 2013

We demonstrate that having found a condition for the stationary points in multivariable calculus, that condition may be substituted back into the original equation and still yield the correct stationary points. With that, we emphasise the conditions that must be met in solving multivariable stationary point problems. We further use the analogy of the stationary points problem with finding stationary paths in calculus of variations to apply the latter to circular paths in an axisymmetric potential. Surprisingly, we find that this classical problem does not meet the required conditions. We subsequently derive new conditions that must be met and suggest a possible application. © 2013 Springer Science+Business Media Dordrecht. Source


de Luca P.A.,The College of The Bahamas | de Luca P.A.,University of Toronto | Bussiere L.F.,University of Stirling | Souto-Vilaros D.,University of Stirling | And 3 more authors.
Oecologia | Year: 2013

Buzz-pollination is a plant strategy that promotes gamete transfer by requiring a pollinator, typically bees (Hymenoptera: Apoidea), to vibrate a flower's anthers in order to extract pollen. Although buzz-pollination is widespread in angiosperms with over 20,000 species using it, little is known about the functional connection between natural variation in buzzing vibrations and the amount of pollen that can be extracted from anthers. We characterized variability in the vibrations produced by Bombus terrestris bumblebees while collecting pollen from Solanum rostratum (Solanaceae), a buzz-pollinated plant. We found substantial variation in several buzzing properties both within and among workers from a single colony. As expected, some of this variation was predicted by the physical attributes of individual bumblebees: heavier workers produced buzzes of greater amplitude. We then constructed artificial "pollination buzzes" that varied in three parameters (peak frequency, peak amplitude, and duration), and stimulated S. rostratum flowers with these synthetic buzzes to quantify the relationship between buzz properties and pollen removal. We found that greater amplitude and longer duration buzzes ejected substantially more pollen, while frequency had no directional effect and only a weak quadratic effect on the amount of pollen removed. These findings suggest that foraging bumblebees may improve pollen collection by increasing the duration or amplitude of their buzzes. Moreover, given that amplitude is positively correlated with mass, preferential foraging by heavier workers is likely to result in the largest pollen yields per bee, and this could have significant consequences for the success of a colony foraging on buzz-pollinated flowers. © 2012 Springer-Verlag Berlin Heidelberg. Source


De Luca P.A.,The College of The Bahamas | Vallejo-Marin M.,University of Stirling
Current Opinion in Plant Biology | Year: 2013

Many plant species have evolved floral characteristics that restrict pollen access. Some of these species are visited by insects, principally bees, which make use of vibrations to extract pollen from anthers. Buzz-pollination, as this phenomenon is generally known, is a widespread method of fertilization for thousands of species in both natural and agricultural systems. Despite its prevalence in pollination systems, the ecological and evolutionary conditions that favour the evolution of buzz-pollination are poorly known. We briefly summarize the biology of buzz-pollination and review recent studies on plant and pollinator characteristics that affect pollen removal. We suggest that buzz-pollination evolves as the result of an escalation in the competition between plants and pollen-consuming floral visitors (including pollen thieves and true pollinators) to control the rate of pollen removal from flowers. © 2013 Elsevier Ltd. Source

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