Short missionary discourses, or Monthly concert lectures.

Cover title: Pond's lectures.

History of American missions to the heathen, from their commencement to the present time.

Mode of access: Internet.

The infant school manual : or, teacher's assistant,

Mode of access: Internet.

An essay on man : in four epistles to Henry St. John, Lord Bolingbroke /

Mode of access: Internet.

Elementary lessons in English /

Mode of access: Internet.

The pilgrim's progress /

Mode of access: Internet.

Memorials of St. Paul's school ...

Mode of access: Internet.

Patterns of family centered treatment, a descriptive study of 30 FCP closed cases

Includes bibliography.

Investigations of the tomato fruitworm : its seasonal history and methods of control /

Literature cited: p. 46-47.

1945 Ice Hockey Team

A second declaration of independence; or, The manifesto of all the Washington total abstinence societies of the United States of America.

Cover-title.

Second class book : principally consisting of historical, geographical, and biographical lessons : adapted to the capacities of youth, and designed for their improvement : intended for the use of schools /

Mode of access: Internet.

Outing

Mode of access: Internet.

Ad. Jul. Theod. Filding's Anleitung, das Schachspiel gründlich zu erlernen /

"The book is ... one of the many editions of Gutsmuths. In it he appears as author under one pseudonym and as editor under another!"--Howland catalogue.

Defining the Resolution of a Network for Transportation Analyses: a New Method to Improve Transportation Planning Decisions

Travel demand models are important tools used in the analysis of transportation plans, projects, and policies. The modeling results are useful for transportation planners making transportation decisions and for policy makers developing transportation policies. Defining the level of detail (i.e., the number of roads) of the transport network in consistency with the travel demand model’s zone system is crucial to the accuracy of modeling results. However, travel demand modelers have not had tools to determine how much detail is needed in a transport network for a travel demand model. This dissertation seeks to fill this knowledge gap by (1) providing methodology to define an appropriate level of detail for a transport network in a given travel demand model; (2) implementing this methodology in a travel demand model in the Baltimore area; and (3) identifying how this methodology improves the modeling accuracy. All analyses identify the spatial resolution of the transport network has great impacts on the modeling results. For example, when compared to the observed traffic data, a very detailed network underestimates traffic congestion in the Baltimore area, while a network developed by this dissertation provides a more accurate modeling result of the traffic conditions. Through the evaluation of the impacts a new transportation project has on both networks, the differences in their analysis results point out the importance of having an appropriate level of network detail for making improved planning decisions. The results corroborate a suggested guideline concerning the development of a transport network in consistency with the travel demand model’s zone system. To conclude this dissertation, limitations are identified in data sources and methodology, based on which a plan of future studies is laid out.