991 resultados para Streets--Washington (D.C.)--Charts, diagrams, etc.


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Mode of access: Internet.

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Included in v. 2: Findings of the court, and opinion of Admiral Dewey; Rear-Admiral Schley's "Petition for relief from the findings and report of a court of inquiry, and accompanying papers"; The President's memorandum upon the appeal of Admiral Schley; Appendix, containing logs of the battle-ships, signals, etc.; Index prepared in the Office of the Superintendent of Documents.

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Shows existing and projected lots in the area bounded by 14th, 16th, Nicholson streets, and Missouri Av. N.W.

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Shows buildings plantings, drives, telephone and electric light cables, water pipes, hydrants, etc.

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Covers the area bounded by 17th, H, 15th streets N.W., and the Washington Canal.

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Covers area bounded by 17th, H, 15th streets N.W., and the Tiber Creek shoreline.

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Covers area bounded by Anacostia River waterfront, 10th, L, and 5th streets S.E.

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Shows "Present direction of the Canal" and "New canal."

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Cadastral map of area bounded by 24th, L. 22nd, and I streets N.W.

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Shows block numbers and dimensions.

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Cadastral map showing unidentified tinted lots, lot numbers, and block numbers.

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Our research was conducted to improve the timeliness, coordination, and communication during the detection, investigation and decision-making phases of the response to an aerosolized anthrax attack in the metropolitan Washington, DC, area with the goal of reducing casualties. Our research gathered information of the current response protocols through an extensive literature review and interviews with relevant officials and experts in order to identify potential problems that may exist in various steps of the detection, investigation, and response. Interviewing officials from private and government sector agencies allowed the development of a set of models of interactions and a communication network to identify discrepancies and redundancies that would elongate the delay time in initiating a public health response. In addition, we created a computer simulation designed to model an aerosol spread using weather patterns and population density to identify an estimated population of infected individuals within a target region depending on the virulence and dimensions of the weaponized spores. We developed conceptual models in order to design recommendations that would be presented to our collaborating contacts and agencies that would use such policy and analysis interventions to improve upon the overall response to an aerosolized anthrax attack, primarily through changes to emergency protocol functions and suggestions of technological detection and monitoring response to an aerosolized anthrax attack.