188,767 research outputs found

    GIS dataset of Italian railway development, 1839-1913 (by Carlo Ciccarelli and Peter Groote)

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    The development of railways in Italy (1839-1913). The geodatabase has been built by Carlo Ciccarelli (University of Rome Tor Vergata) and Peter Groote (University of Groningen). GIS dataset available from ArcGIS online; please click the link. Different formats available for download. https://www.arcgis.com/home/item.html?id=d4fe94faf2e54518b3f421f19a137d4c Use the legend key to see when railway lines were constructed, or to differentiate between standard gauge and narrow gauge or between primary and secondary railways. For more information, see our articles on the construction of the geodatabase: Carlo Ciccarelli & Peter Groote (2017), Railway Endowment in Italy’s Provinces, 1839-1913, Rivista di Storia Economica (ISSN 0393-3415), Fascicolo 1, april 2017; (https://www.rivisteweb.it/doi/10.1410/86763) Carlo Ciccarelli & Peter Groote (2017), The spread of railroads in Italian provinces: a GIS approach, Scienze Regionali - Italian Journal of Regional Science The layers 'lines conecting capitals' and 'junctions' are of no use in the map viewer of ArcGIS online. We advise to keep these switched off. They are added because they are necessary for the use of the network analyst in ArcGIS desktop. Consequently, they are also included in the downloadable versions of the geodatabase. If you are interested in using the underlying geodatabase in ArcGIS desktop 10.X, then download the map package that is available here, the file geodatabase here, or the shapefile (lacks topological characteristics!) here. If you find the data of use, please let us know at [email protected] and [email protected]. If you use the data in an article, please quote our articles in Rivista di Storia Economica and Rivista di Scienze Regionali

    Organised care of acute stroke at Groote Schuur Hospital : a controlled trial

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    Includes bibliographical references.Background and purpose: Groote Schuur Hospital (GSH) admits about 570 stroke patients annually. These patients about occupy 10% of acute medical beds. Recent investigations have demonstrated that stroke services are poorly organised Although "Organised stroke care" has been shown to improve outcomes, this has not been demonstrated locally. This study was undertaken to determine whether stroke unit care within a general medical ward improves outcomes. Study design and sampling: The study was a prospective non-randomised controlled trial, with systematic allocation by admission day. of all acute stroke admissions to the Department of Medicine from 1 January to 15 May 1996. Intervention: There were three comparison groups: in the Stroke Intervention Ward, the intervention was implemented by the author; in the Guidelines Ward, the manner in which the intervention can be set up and implemented was provided in the form of a Guidelines Booklet and in the Control Ward, stroke patients received routine care. The intervention consisted of (i) geographic/spatial unity and allocation of a designated nurse; (ii) use of a Stroke Clerking Pro forma and (iii) a multidisciplinary Team Care Plan and Post Intake Stroke Ward Round. Results: 58 patients were admitted to the Stroke Intervention Ward, 40 patients were admitted to the Guidelines Ward and 91 were admitted to the 2 Control Wards. The groups had similar baseline characteristics, except for the percentage of patients continent on admission. There were no significant differences in the Modified Barthel Index prior to admission, at discharge or at follow-up. There were no significant differences in the principal outcome measures (death, dependency, death or dependency, institutionalisation and death or institutionalisation) between the comparison groups. The median [inter-quartile range] length of hospital stay in days was significantly reduced in the Stroke Intervention Ward (6.5[5-9]) compared to the Guidelines Ward (9[7-14]) and the Control Wards (8[5-12]). The referral rates to Professionals Allied to Medicine were significantly increased in the Stroke Intervention Ward, except for referrals to the Community Liaison Sister. The referral rates to rehabilitation resources on discharge were significantly increased in the Stroke Intervention Ward, except for referrals to physiotherapy. Conclusions: Organised Stroke Care is feasible in our setting and results in improved utilisation of resources without increasing length of stay. However, principle outcome measures were not significantly altered in this study

    Groote Feesten Antwerpen

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    GROOTE FEESTEN ANTWERPEN Groote Feesten Antwerpen ( -

    Groote Feesten Antwerpen

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    GROOTE FEESTEN ANTWERPEN Groote Feesten Antwerpen ( -

    Groote Feesten Antwerpen

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    GROOTE FEESTEN ANTWERPEN Groote Feesten Antwerpen ( -

    GIS dataset of Italian railway development, 1839-1913 (by Carlo Ciccarelli and Peter Groote)

    No full text
    The development of railways in Italy (1839-1913). The geodatabase has been built by Carlo Ciccarelli (University of Rome Tor Vergata) and Peter Groote (University of Groningen). GIS dataset available from ArcGIS online; please click the link. Different formats available for download. https://www.arcgis.com/home/item.html?id=d4fe94faf2e54518b3f421f19a137d4c Use the legend key to see when railway lines were constructed, or to differentiate between standard gauge and narrow gauge or between primary and secondary railways. For more information, see our articles on the construction of the geodatabase: Carlo Ciccarelli & Peter Groote (2017), Railway Endowment in Italy’s Provinces, 1839-1913, Rivista di Storia Economica (ISSN 0393-3415), Fascicolo 1, april 2017; (https://www.rivisteweb.it/doi/10.1410/86763) Carlo Ciccarelli & Peter Groote (2017), The spread of railroads in Italian provinces: a GIS approach, Scienze Regionali - Italian Journal of Regional Science The layers 'lines conecting capitals' and 'junctions' are of no use in the map viewer of ArcGIS online. We advise to keep these switched off. They are added because they are necessary for the use of the network analyst in ArcGIS desktop. Consequently, they are also included in the downloadable versions of the geodatabase. If you are interested in using the underlying geodatabase in ArcGIS desktop 10.X, then download the map package that is available here, the file geodatabase here, or the shapefile (lacks topological characteristics!) here. If you find the data of use, please let us know at [email protected] and [email protected]. If you use the data in an article, please quote our articles in Rivista di Storia Economica and Rivista di Scienze Regionali

    P. de Groote, P. Matiiysen, P. Orianne, Th. Vogelaar, Industrie nucléaire et pouvoirs publics

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    P. de Groote, P. Matiiysen, P. Orianne, Th. Vogelaar, Industrie nucléaire et pouvoirs publics. In: Revue internationale de droit comparé. Vol. 18 N°3, Juillet-septembre 1966. pp. 760-761

    P. de Groote, P. Matiiysen, P. Orianne, Th. Vogelaar, Industrie nucléaire et pouvoirs publics

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    P. de Groote, P. Matiiysen, P. Orianne, Th. Vogelaar, Industrie nucléaire et pouvoirs publics. In: Revue internationale de droit comparé. Vol. 18 N°3, Juillet-septembre 1966. pp. 760-761

    Haartsen T., Groote P., P.P. Huigen P. (dir.), Claiming Rural Identifies,

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    Limouzin Pierre. Haartsen T., Groote P., P.P. Huigen P. (dir.), Claiming Rural Identifies,. In: Annales de Géographie, t. 110, n°618, 2001. p. 209

    Railway Endowment in Italy’s Provinces, 1839-1913

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    This paper presents new annual estimates of railway extension in Italian provinces at 1913 borders for the period 1839-1913. The main operator of the Italian railway network (Ferrovie dello Stato) published in 1911 a unique set of homogeneous historical five year maps illustrating the routes of existing railway lines during 1861-1909. These eleven maps were all scanned and georeferenced in an ArcGIS-project. The resulting database was integrated with the information available in historical sources. As a second step, to allocate the various sections of railway lines to Italian provinces, we used a historical digital map (in ArcGIS shapefile format) of Italian provinces freely available on the SISTAT section of the ISTAT (Italian National Institute of Statistics) website. The new estimates were systematically checked against those reported at various geographical scale in the historical sources and in the more recent literature
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