WMS (T) Street Noise — Night

WMS service for BORIS-NRW (ground benchmarks & ground benchmark zones) with availability from 2011. When calling, always use the parameter TIME (example syntax TIME=2019-01-01) to request the soil benchmarks of a special vintage. The soil benchmarks are determined annually by the expert committees in relation to January 1 of the current year and are to be published by 31 March. A country-uniform data set is then formed from all available ground benchmarks.

This representation service is used to provide Sentinel2 satellite images for the Federal Republic of Germany. This service enables users to integrate preprocessed and processed remote sensing information from the Copernicus Earth Observation Programme (Sentinel-2, L1C and L2A), for the Federal Republic of Germany, into existing technical procedures. The mosaic has a soil resolution of 10 m. Three composites of five bands (Sentinel-2 bands: 2, 3, 4, 5 and 8 (R, G, B, Red Edge and NIR) as well as an overview layer for the input image data are offered. The original resolution of channel 5 was calculated using a resampling method from 20 m to 10 m. The cloud cover for the mosaic is less than 3 % over the entire area.

This service supports time queries according to the OGC Best Practice for using Web Map Services with Time-Dependent Data (WMS-T). The request parameter TIME can specifically display a specific annual balance. The current status is displayed without specifying the TIME parameter. The date format for TIME is yyyy. For example, a query with TIME=2018 provides image data for 2018. A time manager can be used to integrate into a GIS or the TIME parameter plus value can be specified directly in the URL of the service. GNP: http://sg.geodatenzentrum.de/wms_sentinel2_de?request=GetCapabilities&service=WMS&TIME=2018. However, it is important to ignore the reported GetMap URLs. Soil resolution: 10 m

Download and presentation services for incident systems in the Ammerland LK

WMS (T) Schienenlärm - Tag 2025 INSPIRE

(T) INSPIRE - Annex III - Production and industrial facilities - PF.ProductionSite - Seveso - Department of Environment

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WMS service of the INSPIRE urban development plan “Flst No 157/2/T” of the city of Stockach based on an XPlanung dataset in version 5.0.

WMS (T) Уличен шум — Нощ

The topic includes a grid (10 x 10 m) of the calculated average potential erosion (brown) and deposition (violet) at a 10-year design rain for arable land in the seedbed state. Potential erosion and deposition are divided into 5 classes. Values up to 2.5 t/ha have been hidden. The survey was carried out throughout the city in January 2007 on the basis of the agricultural use backdrop of May 2006 with the EROSION 3D programme.

La carte de base est une carte numérique multi-échelles déduite de la BD-L-TC. Il s'agit d'une représentation du bâti, des réseaux de transport, de la végétation et de l'orographie avec un minimum de couleurs de façon à permettre une superposition d'informations thématiques supplémentaires. Elle est disponible en tant que services WMS et WMTS. Elle est présentée sous 3 formes (3 couches): Carte de base Carte de base haute résolution pour les écrans "retina" Carte hybride qui combine l'image aérienne et les noms de rue de la carte de base

WMS service of the INSPIRE transformed development plan “FlstNr 157/2/T now 3016/1 Amendment 1” of the city of Stockach based on an XPlanung dataset in version 5.0.

WMS service of the development plan “Kirchweg T (2nd change)” of the municipality Lichtenwald from XPlanung 5.0. Description: Change of text; Usage: § 3 Pure Residential Areas (WR).

WMS (T) Torann Iarnróid — Lá

WMS (T) Straßenlärm - Tag 2025 INSPIRE

WMS service of the urban development plan “Kirchweg T (1st change)” of the municipality of Lichtenwald, which was transformed according to INSPIRE, based on an XPlanung dataset in version 5.0.

Subscribers can find out export and import data of 23 countries by HS code or product’s name. This demo is helpful for market analysis.

Grid-related (10 m resolution) and scenario-based results of simulations with the EROSION 3D model for soil erosion and deposition rates in kg/m², for cumulative outflows in m³/m and for the cumulative mass of sediment transported by drainage in kg/m from (1) areas of different uses in Saxony and (2) Saxon arable land at certain precipitation events and farming forms. The basis for the calculations is the Saxon field block reference of 2017. The model calculations for the Saxon arable land refer to site-related precipitation events with a recurrence interval (T) of (1) 10 and (2) 50 years under the tillage or management scenarios (1) Seedbed, conventional tillage, (2) Seedbed, conservative tillage, (3) Seedbed, conserving tillage with tarmac grassland, (4) Seedbed, conservative soil cultivation with green strips near water and (5) grassland.

WMS (T) Straßenlärm - Nacht

To quantify rates of change (erosion or accretion) along coastal and estuarine shorelines in Maryland, the Maryland Geological Survey (MGS), in conjunction with Towson University’s Center for Geographic Information Sciences (CGIS) and the U.S. Geological Survey (USGS), installed and ran a computer program, the Digital Shoreline Analysis System (DSAS), using as input a series of digital shoreline vectors dating from 1841-1995. Shorelines were derived from three sources: (1) maps from a Historical Shorelines and Erosion Rates Atlas (Conkwright, 1975), (2) Coastal Survey maps (topographic or T-sheets) produced by the National Ocean Service (NOS), a branch of the National Oceanic and Atmospheric Administration (NOAA), and (3) a digital wetlands delineation based on photo interpretation of digital orthophoto quarter quads. DSAS constructed a “baseline” landward of and approximately parallel to the shorelines, inserted nodes every 20 m along the baseline, and cast straight-line transects from each node, perpendicular to the baseline, across the shorelines. Based on the time elapsed and the along-transect distance between shoreline pairs, DSAS calculated rates of change for each transect.Subsequently, updates began in 2015 is updating by county the DSAS process using newer Shoreline data and refined calculations to update the Rates of Change erosion values by county. Currently Anne Arundel, Baltimore, Calvert, Harford and Prince George's counties have the newest erosion rate values contained in this Data set.Funding for this data set was provided by two Projects of Special Merit (CZM # 14-14-1868 CZM 143 and CZM # 14-15-2005 CZM 143), funded by the National Oceanic and Atmospheric Administration (NOAA) and made available to MGS through the Department of Natural Resources (MD DNR) Chesapeake and Coastal Service (CCS). MGS wishes to thank the following project partners: 1) MD DNR CCS, Contact: Mr. Chris Cortina, Role: CCS Project Manager; 2) NOAA, Contact: Mr. Doug Graham, NOAA National Geodetic Survey, Role: Project partner & source of historical and recent shorelines; 3) MD DNR Critical Areas Commission (CAC), Contact: Ms. Lisa Hoerger, Role: Project partner & source of recent shorelines; 4) Eastern Shore Regional GIS Cooperative (ESRGC), Salisbury University, Contact: Ryan Mello, Role: Performing the critical area re-mapping for MD DNR CAC and supplying MGS with CAC shorelines; and 5) Ms. Lamere Hennesse, MGS Geologist, retired, Role: Project guidance & technical support.The views expressed herein are those of the authors and do not necessarily reflect the views of the National Oceanic and Atmospheric Administration (NOAA) or any of its sub-agencies. These transects were created for the sole purpose of calculating shoreline rates of change information.This is a MD iMAP hosted service layer. Find more information at https://imap.maryland.gov.Feature Service Layer Link:https://mdgeodata.md.gov/imap/rest/services/Hydrology/MD_ShorelineChanges/MapServer/0