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The Agas Map

The Agas Map
Our new (as of the beginning of 2015) implementation of the Agas Map is based on the OpenLayers 3.0 library. It presents the map as a zoomable, rotatable tiled image with several hundred locations plotted on it. In the default view, the locations are initially hidden; you can show them by checking checkboxes in the navigation panel which appears at the top right of the map. Locations in the navigation panel are sorted into categories; click on a category name to expand it and see all the locations. Some locations appear in more than one category. Zoom in and out using the scroll wheel on your mouse, or the zoom control at the top left. Apart from this, these are the main things you will want to do with the map: Find one or more specific locations and show them This is best done by searching in the navigation panel. You can also search for a MoEML @xml:id value in the search box, so if you happen to know the id of a location, but not its name, you can find it quickly that way.

http://mapoflondon.uvic.ca/agas.htm

Related:  Historical GISWebmapping - Datavisualisations - Open dataCarto

Has Historical GIS Arrived?: A Review of Toward Spatial Humanities Published: 31 October 2014 What are "spatial humanities"? Depending on whom you ask, this evolving term can refer to humanistic research that is explicitly geographical, or based on spatial databases, or uses digital methods to visualize the spatial aspects of human experience. Block by Block, Brooklyn’s Past and Present On my weekly walk to get groceries, I pass a row of brownstones — some well-kempt and majestic, some fossil-like and crumbling — bookended by a gleaming, square-windowed silver tower. It’s an architectural contrast of a kind that’s commonplace throughout Brooklyn. The borough’s a patchwork of the old and new, but traces of its history aren’t spread evenly.

What Historians Want from GIS By J. B. "Jack" Owens An increasing number of historians, particularly those dealing with world history or the history of large geographic regions, are becoming interested in using geographic information systems for research and teaching. Historians are noticing GIS because they normally deal with processes in complex, dynamic, nonlinear systems and, therefore, demand a means to organize a large number of variables and identify those variables most likely implicated in the stability and transformation of such systems. However, GIS remains largely unknown among the vast majority of professional historians, and a significant percentage of those who believe they know about the technology think it is something they can buy with their next car so that they will not become lost.

Great Britain Historical Geographical Information System (GBHGIS) The Great Britain Historical Geographical Information System is a unique digital collection of information about Britain's localities as they have changed over time. Information comes from census reports, historical gazetteers, travellers' tales and historic maps assembled into a whole that is much more than the sum of its parts. This site tells you more about the project itself and about historical GIS. A separate website, created by funding from the UK National Lottery and extended and re-launched with funding from the Joint Information Systems Committee, makes this resource available on-line to everyone, presenting our information graphically and cartographically. That site is called A Vision of Britain through Time and presents the history of Great Britain through places. It can be found at www.visionofbritain.org.uk.

Education Available languages — Using OpenStreetMap in an Educational Context For information about academic research related to OpenStreetMap, see Research. For a general article about how to map educational facilities in OpenStreetMap, see Education features. Historical GIS The AAG Historical GIS Forum provides a digital exchange center for historians, geographers, and other humanities scholars to network with each other and discuss pressing research needs and topics, such as: Challenges facing historical GIS work Best practices in GIS-based historical research Key technical issues and how to resolve them Data consistency and comparability issues Theoretical and conceptual issues in approaches to incorporating geographical data into historical research projects AAG members and non-members alike are encouraged to participate in the Forum. If you are already an AAG member, or have attended AAG annual meetings, you may use your userID and password to subscribe to the forum. If you do not have a userID and password, you may create one here. To join the dialogue, please click here.

Maps & GIS: useful websites. GIS and remote-sensing – University of Reading This page includes a list of internet resources where data (including both vector mapping data and raster remote sensing data) can be obtained for inclusion in a Geographical Information System (GIS) or use with image processing software. The list has been divided into sites which allow free download of data (including sites where the University has a subscription e.g. Digimap) and ones where purchase is necessary. Gazetteer of Sixteenth Century Florence FLORENTINE RENAISSANCE RESOURCES: Online Gazetteer of Sixteenth Century Florence home information object index index of streets, etc grid map full map Grid Map of Numbered Squares hide grid Brown University | STG Copyright: R. Mapping the Flow of International Trade According the UN’s Comtrade database, the global market for imported goods totaled $15.6 trillion in 2015. This map shows where those goods came from and where they went, each dot representing $1 billion in value. Select a country to see the flow of goods in and out of that country. The Flow of International Trade (full screen) Full screen version / Youtube

WATERS OF ROME: hydraulic infrastructure/aqueducts/fountains/sewers Aquae Urbis Romae is an interactive cartographic history of the relationships between hydrological and hydraulic systems and their impact on the urban development of Rome, Italy. Our study begins in 753 BC and will ultimately extend to the present day. Aquae Urbis Romae examines the intersections between natural hydrological elements including springs, rain, streams, marshes, and the Tiber River, and constructed hydraulic elements including aqueducts, fountains, sewers, bridges, conduits, etc., that together create the water infrastructure system of Rome. The long term goals of this project are to increase understanding of the profound relationships that exist between water systems, cultural practice, and urbanism in Rome, and by its example, in all cities, landscapes, and environments. Published by the Institute for Advanced Technology in the Humanities, University of Virginia.

Humanities & GIS Tutorials A Place in History: A Guide to Using GIS in Historical Research Data Archives AHDS: Arts and Humanities Data Service Includes training materials and a large number of case studies in a wide variety of subjects. HDS: History Data Service A data warehouse located in England. Each data set is accompanied by complete metadata and ordering information. Spatial History Project The Spatial History Project at Stanford University, a part of the Center for Spatial and Textual Analysis (CESTA), is made possible by the generous funding of the Vice Provost for Undergraduate Education (VPUE), DoResearch, The Andrew W. Mellon Foundation, and The Wallenberg Foundation Media Places Initiative. The Spatial History Project at Stanford University is a place for a collaborative community of students, staff, and scholars to engage in creative spatial, textual and visual analysis to further research in the humanities. We are part of the Center for Spatial and Textual Analysis (CESTA) along with Humanities+Design and the Literary Lab on the top floor of Wallenberg Hall. We continually seek fruitful collaborations with faculty at Stanford and beyond, and hire motivated students year round. If you are interested in learning more, please contact Matt Bryant.

The problem with maps. Mandatory Accompanying Playlist The World The world is round. Google says so. The problem is, spheres can be hard to get your head around… Imagine we want to see a map of the whole world.

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