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2017 - DSI Annual Meeting Pages: unavailable || Words: unavailable || 
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1. Sharma, Sujeet. and Joshi, Ankita. "Big Data: Big Significance and Big Opportunities in Oman" Paper presented at the annual meeting of the DSI Annual Meeting, Washington Hilton, Washington DC, Nov 17, 2017 Online <APPLICATION/PDF>. 2019-08-17 <http://citation.allacademic.com/meta/p1283566_index.html>
Publication Type: Full Paper
Review Method: Peer Reviewed
Abstract: This paper attempt to introduce big data, vitality and trends of big data then probe its significance and international initiatives taken so far to accumulate process and utilize the knowledge productivity. Finally, we conclude the paper by focusing upon the need of big data initiative for Oman’s development and sustainability.

2016 - Texas Academy of Science Annual Meeting Words: 240 words || 
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2. Simons, James., Yuan, May., Vega-Cendejas, Maru. and Poelen, Jorrit. "Gulf of Mexico species interactions (GoMexSI) database: Big data, big ecology, big deal??" Paper presented at the annual meeting of the Texas Academy of Science Annual Meeting, Texas Tech University, Junction, TX, Mar 04, 2016 <Not Available>. 2019-08-17 <http://citation.allacademic.com/meta/p1114073_index.html>
Publication Type: Conference Paper/Unpublished Manuscript
Review Method: Peer Reviewed
Abstract: Much attention has been devoted to the measurement and cataloguing of biodiversity throughout the world and in the Gulf of Mexico over the past 30 to 50 years. However, the systematic recording and cataloguing of species interactions, or biostructure, has received far less attention. Nevertheless, it is this biostructure that defines and governs the flow of energy through the ecosystem. The Gulf of Mexico Species Interaction (GoMexSI) database and web application (gomexsi.tamucc.edu) is striving to rectify this situation in the Gulf of Mexico. Collecting, extracting, and archiving data from published and un-published resources and data contributors, we now have trophic interaction data for fishes from approximately 190 sources (24% of fish references), with a total of 80,398 interactions from 2,041 unique interactors. Currently focused on trophic interactions of fishes, we are assembling diet and habitat data in the Gulf of Mexico proper, and its estuaries from 800 references. We will soon be adding trophic data for other taxa to include sea and shore birds, marine mammals, sea turtles, crustaceans, and others from approximately 800 additional references. Beyond trophic interactions we will include parasitic, amensal, commensal, and mutualistic relationships. Response so far has been excellent with approximately 300 registered users to the webpage (i.e. those seeking to query the data). We are continually seeking data contributors to the project, but response has been tepid due to the lack of a robust data sharing culture in the ecological, environmental, and conservation sciences.

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