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Auflistung Umweltinformationssysteme 2017 nach Autor:in "Abecker, Andreas"
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- KonferenzbeitragBeratungsdatenbank Geologie und Bodenin Schleswig-Holstein(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Hosenfeld, Friedhelm; Bäzner, Karen; Nitschke, Meike; König, BerndThe intranet web application “Consulting Database Geology and Soil” (Beratungsdatenbank Geologie und Boden) is presented which was developed on behalf of the department Geology and Soil of the State Agency for Agriculture, Environment and Rural Areas ofSchleswig-Holstein (LLUR-SH). The application supports this department in managing their consulting services consistently and well structured in order to facilitate convenient access to all consulting data. The solution was implemented as a PHP-based subject-specific application integrated into the universal evaluation platform Disy Cadenza, thus utilizing Cadenza’s evaluation options as well as GIS functionalities for editing and visualizing geometries on the one hand and offering on the other hand an acquisition component for topical data tailored to the subject-specific requirements.
- KonferenzbeitragBiodiversitätsmonitoring in der Ausschließlichen Wirtschaftszone (AWZ)(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Bluhm, Matthias; Hauswirth, MirkoThe Federal Agency for Nature Conservation (BfN), Dept. Marine Nature Conservation, is responsible fornature conservation in the German Exclusive Economic Zone (EEZ). Tasks include the selection and administration of marine reserves and the marine monitoring.The information collected and processed by the BfN must be provided internally and publicly, as well as for the MDI.DE and EU Guidelines, in the required reporting formats (MSRL, Natura 2000 / FFH, INSPIRE). To meet these requirements information should be made easily accessible with modern Apps and Services. For these purposes, a system architecturewas developed by using the standard products existing at BfN. Data retention is based on Oracle-and Esri-products. The services are provided by ArcGIS for Server and a map application based on map.apps (con terra) is created for public. Processes for importing data, including quality assurance, as well as for export (e.g. for reporting requirements) are implemented with FME.For a smooth operation of the infrastructure a workflow with supporting software tools is developed, which provides a simple flow ofinformation from data collection to the desired information products.Extensive data on biodiversity monitoring at the BfN is a major Focus. These include e.g. data on seabirds, marine mammals, biotopes / habit types and benthos.
- KonferenzbeitragEin Chemikalieninformationssystem als App im Einsatz(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Minx, GunnarThe GSBL (Joint Substance Data Pool of the German Federal Government and the German Federal States) is a chemical information system that has been operated together with the federal states and the German Environment Agency (Umweltbundesamt) for more than 20 years. The system was conceived primarily for use in authorities for a wide range of questions regarding chemicals. In 2003 the database GSA (Hazardous Substances Directive) was added. It should now be possible, for example, for the fire brigade to use this database for its purposes. It was also tried in the following years, the GSBL and the GSA to spread and new target groups to open up. The GSBL was made available in the Extranet of the police and applied to trade fairs. From 2014, the GSA was then designed as an app and tailor-made for the fire brigade. A further application was made available in Spring 2017. The app is now also offered for the PC as GSAdesktop with different user profiles and more substances.
- KonferenzbeitragFach-und Kontrollinformationssystem Landwirtschaft (FAKOL)(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Henschke, Sabine; Krausmann, Hans-MartinThe e-government solution FAKOL is intended to manage of a series of specific work processes in the field of agriculture. The main components within FAKOL are designed to control tasks, maintain approval procedures, monitor various agricultural processes and objects and process management for fee-relevant activities. The modular design and the server-based provision of the application are used to react quickly and efficiently to changing legal requirements and new requirements from the different disciplines. By the example of a mobile Android app which works on standard tablets and smartphones, an insight into the functionalities of FAKOL is given. With this app, the workers can capture relevant pestorganisms directly in the field. In addition, trap locations in the field can be checked and evaluated at the same time. The direct data transfer to the central database and the centralized geodata storage is also possible in field applications.
- Konferenzbeitrag„GelegeApp” -Vorstellung einer mobilen Anwendung zur Unterstützung des Gelegeschutzes von Wiesenvögeln im Land Bremen(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Heil, Raphaela; Ankermann, Tobias; Dittmer, Eike M.; Indorf, Torben; Jeglinski, FabianThis paper presents the “GelegeApp”, a software system that supports conservationists in surveying and protecting the clutches of waders. The system was developed based on a cooperation between Masters students of the University of Applied Sciences Bremen and the German Federation for the Environment and Nature Conservation (BUND) Bremen and has been in use since spring2016.
- KonferenzbeitragGruSchu Hessen -Die neue Informationsplattform zum Thema Grund-und Trinkwasserschutz(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Giese, Mischa; Bluhm, MatthiasHessian government offers a new, intuitive and quick search for information about Water protection areas and detailed data about water quality. The map.apps based application GruSchu (gruschu.hessen.de) integrates seamlessly with the ArcGIS based spatial data infrastructure at HLNUG. Currently, the application allows data analysis and visualization of up to 50,000 individual values of tabular views and a variety of chart types.
- KonferenzbeitragDie historische Entwicklung der Grundwasserstände im Berliner Zentrum(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Schroeder, Matthias; Bautz, Elisa; Hörmann, Ulrike; Kolberg, Annette; Limberg, AlexanderThe location of the Berlin’s inner city area in the glacialvalley named Warschau-Berliner Urstromtal caused a natural groundwater level of only a few meters below the ground surface. The knowledge about the current and highest expected groundwater level is therefore important for Berlin's water management and also for the construction sector. As a result, a network of groundwater monitoring stations was started in the center of Berlin. Thus, time series with a long history were archived for several monitoring wells from Berlin’s inner city area. These time series allow a historical review of the groundwater fluctuations and also the economic development of the city of Berlin for the last 150 years. Using a newly developed web application, which illustrates the historical groundwater level fluctuations on an interpolated geostatistical surface, these developments can be presented impressively.
- KonferenzbeitragINAA –Fluglärm-Monitoring am Flughafen Frankfurt(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Schabinger, Raoul; Derucki, TobiasINAA –flight and noise monitoring at Frankfurt Airport-visualizes flights and measures of noise made around Frankfurt airport. It calculates emissions of single flights and displays height profiles of arriving and departing planes. So-called “flight doors” describe no-flight-zones for noise abatement. They show in a three-dimensional way how planes are within horizontal and lateral limits.Flight data is delivered by DeutscheFlugsicherung (DFS), noise data by Gemeinnütziges Umwelthaus, Fraport and cities in the Rhein-Main-Area.The application can publicly be accessed via http://inaa.umwelthaus.org, (last accessed 19/05/2017).
- KonferenzbeitragInspire rockt die GEO-Welt -Vom Anwendungsschema zur Web-Anwendung(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Lemke, Frank; Dr. Walter, RolfThe inspire specifications to implement a spatial data structure in Europe, combined with the official regulations, led to a significant increase of GIS development projects in the German administration. Therefore, the nature protection administration in the German federal state of Rhineland-Palatinate relaunched a project to completely rebuild their landscape information system. The modelling is based on feature catalogues formally modelled as UML diagrams (Enterprise Architect Models). Web apps, build automatically from the application scheme (using the ISO 19xxx standards), contribute to a platform for the management of the geodata in a distributed and heterogeneous environment. The presentation highlights a practical overview of the components, how administrative geodata will be managed with the help of “open source” software in the near future. Moreover, some software tools are presented, building readable and publishable feature type catalogues and XML schemes to define normalized interfaces for third parties.
- KonferenzbeitragEine Methode zur Verwaltung von Fernerkundungsdaten und den Auswirkungen im Ökosystem(Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Rudolf, Heino„Big Data meets Smart Data“–An entirely new approach to environmental data management: sustainable, scalable, expandable and interoperable. In the past data processing was focused ona simple and automated work processes. Today we can find other approaches: the creation of authentic representations of our reality enriched with assessments, forecasts, simulations etc. For this image we have tomanage complex data structures and their interoperability with difficult cause-and effect-relationships between all environmental spheres.Therefore we must find a modelling method that is able to depict the environmental reality with its processes. That’s why: The core of my approach is a theme-crossed understanding of the environmental processes. The object definition bases on a mathematical system-analysis of the ecosystem that includes an understanding of the processes in the environment.And one real object is represented as exactly one information object. All information objects can have any geometry and exists in time. The geometry is only an attribute.Data model mirrors the operating mode of the ecological system.Structure is neither tailored to European reporting commitments nor to INSPIRE. For new requirements data model can be upgraded by objects and combines at any time.And this model offers the opportunity to depict cause-and effect-relationships of our environment.