In diesem Layer ist die Beschriftung der Standorte der von der Straßenbauverwaltung Bayern installierten Sensoren des Straßenwetterinformationssystems SWIS dargestellt. Der Layer ist sichtbar ab dem Maßstab 1 : 500.000.
Standorte der von der Straßenbauverwaltung Bayern installierten Sensoren des Straßenwetterinformationssystems SWIS dargestellt. Dazu zählen die SWIS-Messstationen und die Glättemeldeeinrichtungen.
Die Beschriftung enthält den Dienststellennamen.
Enthält die Dienststellenstandorte der Bayerischen Staatsbauverwaltung. Diese umfassen die Standorte der Autobahn- und Straßenmeistereien sowie Die Staatlichen Bauämter und die Autobahndirektionen.
This dataset shows the original data of a series of enhanced-gravity (centrifuge) analogue models, which were performed to test the influence of the pre-existing fabrics in the brittle upper crust on the evolution of structures resulting from oblique rifting. The obliquity of the rift (i.e., the angle between the rift axis and the direction of extension) was kept constant at 30° in all the models. The main variable of this experimental series was the orientation of the pre-existing fabrics (indicated as the angle between the trend of the fabric and the orthogonal to extension), which varied from 0° to 90° (i.e., from orthogonal to parallel to the extension direction). The inherited discontinuities were reproduced by cutting with a knife through the top brittle layer of models. An overview of the experimental series is shown in Table 1. In this dataset, four different data types are provided for further analysis: 1) Top-view photos of model deformation, taken at different time intervals and showing the deformation process of each model; they can be used to interpret the geometrical characteristics of rift-related faults; 2) Digital Elevation Models (DEMs) used to reconstruct the 3D deformation of the analogue models, allowing for quantitative analysis of the fault pattern. 3) Movies of model deformation, built from top-view photos, which help to visualize the evolution of model deformation; 4) Faults line-drawings to be used for statistical quantification of rift-related structures. Further information on the modelling strategy and setup can be found in the publication associated to this dataset and in Corti (2012), Philippon et al. (2015), Maestrelli et al. (2020), Molnar et al. (2020), Zwaan et al. (2021), Zou et al. (2023). Materials used to perform these enhanced-gravity analogue models were described in Montanari et al. (2017), Del Ventisette et al. (2019) and Zwaan et al. (2020).
WMO Basins and Sub-Basins (WMOBB) is an ongoing GIS project of the Global Runoff Data Centre (GRDC). This dataset was created for the generation of GRDC map products and will be updated from time to time whenever extensions are required by future GRDC projects. At present the dataset comprises GIS layers of WMO Basins 2020 and WMO River Networks 2020.
BASIS aims to provide an integrated assessment of global change impacts on cultural and socio-economic systems dependent on renewable and non-renewable resources in the Barents Sea region. This main goal is going to be addressed through the following objectives: 1) BASIS will assess the likely magnitude of global changes on regional to sub-regional scales in the Barents region, 2) BASIS is going to provide insight into the consequences of global changes for terrestrial, freshwater and marine ecosystems, 3) BASIS aims to develop an integrated assessment of global change impacts for a number of major economic sectors (fishery, forestry, reindeer herding) in the Barents region, 4) BASIS will determine major changes in the socio-economic structure of the Barents region and will determine the conditions for a sustainable development in the region under conditions of global change. Thus, BASIS addresses both impacts of global changes on the environmental and societal level within a 20 to 50 years time frame in the Barents region. We explicitly do not limit our considerations to climate alone and will also include the impacts of contaminants on the region. Research activities embrace and combine: extensive base case studies in relevant sectors on both levels, biological and hydrological field work, the modelling of major environmental (marine) and socio-economic processes and the generation of predictive scenarios of development under conditions of global change. An important element of the study will be a dedicated, collectively accessible (via the Internet) data base and GIS infrastructure, which will also be open to other interested parties. The information and consultation of local and indigenous stakeholders and their feedback with regard to the implementation and execution as well as the results of BASIS will comprise an essential element of the study. BASIS involves 17 partners and is organized in four task each comprised of three subtasks: Task 1) Ocean climate and fisheries. Task 2) Impacts of global change on major terrestrial natural resources, permafrost dynamics and the hydrological regime. Task 3) The integrated effects of global changes on the socio-economic system of the Barents region and conditions for sustainable development in the region. Task 4) Integration/synthesis, data collection/dissemination and stakeholder involvement. The BASIS subtasks are, by necessity, ie , by the interdisciplinary nature of the issues addressed, closely linked and require extensive exchange and collaboration between the study partners. This will be facilitated trough regular communication and meetings as well as through the aforementioned BASIS data base/GIS. BASIS contributes to area 1,1,4; 1,1,4,2 and area 4.3 of the 4th EC Framework Programme in the Field of Environment and Climate. The main benefits to be gained can be summarized on two levels ...
The methodologies chosen in BASYS cover the application of a selected range of modern analyses of variables sampled in the field, data processing and model tools which are described in detail in the individual subprojects. Generally, the approach of BASYS to meet the objectives covers time scales from seasons, years, decades and centuries including the postglacial development of the ecosystem to which all subprojects will contribute individually as well as collectively: - Present day fluxes on biogenic and non-biogenic matter into and within the system are investigated on seasonal and annual scales in the pelagial and the benthal from the coast-line to the deep basins. - Natural variability in the ecosystem on the decadal scale is analysed by evaluation of historical data on climatology, hydrography, chemistry and biology including anecdotal information which will reach into the preindustrial period. - Results will be integrated by model simulation, modeI experiments and data assimilation including hindcasting of 20 to 100 years. - Time scales from 5,000 years BP to present are followed by the use of a variety of proxies for ecosystem variables in laminated sediments with high resolution particularly for the last 500 years.
Marine chemical, physical or biological investigations in campaign BASYS5_98/07 99/98/01 at 57.2641 N, 20.0935 E (1998-08-06) within project(s) BASYS.
Marine chemical, physical or biological investigations in campaign BASYS5_98/07 99/98/01 at 57.3136 N, 20.1112 E (1998-08-03) within project(s) BASYS.
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