The WMTS implementation standard provides a standards-based solution for serviing digital maps using predefined image tiles. Through the constructs of the specification, a WMTS service advertises imagery layers (e.g. imagery product) and defines the coordinate reference system, scale, and tiling grid available for access.

An exciting offering, that we call squiggles and dots internally, is a service called Overlay. This is a transparent set of tiles that displays styled roads and place names. This can be overlayed on data for reference. Combining this with Imagery can create a desired Hybrid effect.

Jedná se o topografické mapy vytvořené a spravované správou katastru a topografie, zejména pro stupnice 1:5000, 1:20000, 1:50000, 1:100000 a 1:250000. Mapy jsou původně vytvořeny v národním data LUREF (projection TM)

Tyto mapy jsou odvozeny z kartografických databází v různých měřítkách, na základě přeletu, po němž následuje kontrola polí.

Míra aktualizace se pohybuje od 6 do 7 let u velkých měřítek až po 10 let u malých měřítek.

Aktuální vydání jsou:

— 1:5000 -> 2015 (přehled z roku 2013) — 1:20.000 -> 2015 (přehled z roku 2013) — 1: 50.000 -> 2007 — 1:100.000 -> 2011 — 1:250,000 -> 2010

Jsou k dispozici jako webové služby WMS a WMTS.

Web map tile service (WMTS), which enables viewing of cadastral map both in digital and analogue form. Data are provided in a form of map tiles in WGS84/Pseudo-Mercator coordinate reference system. A Google Maps compatible scale set is used. The service fulfills the OGC WMTS 1.0.0 standard. The service is publicly available, free-of-charge and covers the whole territory of the Czech Republic. All layers except overview map are provided in levels 17 (1 : 4 265) to 25 (1 : 16).

Lite is very muted in color and makes your data pop.

Web Map Tile Service (WMTS), which enables viewing of cadastral map in digital and analogue form using map tiles. In addition there are layers for easements. All layers except overview map are provided in levels 11 (1 : 3 571) to 19 (1 : 13). S-JTSK coordinate system (EPSG:5514) is supported by the service. The service is publicly available, free-of-charge and covers the whole territory of the Czech Republic. The service fulfils the OGC WMTS 1.0.0 standard.

Topo cache contains all of the USGS Quad Sheets. The Topo cache displays the most relevant quad sheet (250K, 100K and 24K) depending on your scale.

Liefert Basiskarten der Stadt Wien als vorgefertigte Kacheln. Das ermöglicht eine optimale Geschwindigkeit für die Darstellung von Hintergrundkarten, deren Inhalt sich nicht häufig ändert.

Web Map Tile Service of orthophoto from 2017 of the Comunitat Valenciana in RGB at 25 cm resolution. Service can be invoked from a GIS application or from a web map viewer through the URL: https://terramapas.icv.gva.es/0202_2017CVAL0025_3857/wmts

AddressPoints is a statewide dataset that contains address point data from all 29 Utah Counties. This dataset is a work in progress and some counties are more complete than others. One person in each county has been identified as the Master Address List (MAL) Authority to eliminate duplication of address point data and clarify the main person of contact. AGRC is working with each MAL Authority to continually improve this data and work toward quarterly updates.

WMTS service that disseminates the base map of the Basque Country, with the style in gray, and that allows to visualize the territory at different scales. Tile Map Web Service according to the INSPIRE profile of Web Map Tile Service (WMTS) 1.0.0. The tiles have been generated in PNG format.

WMS tile service of ICGC base map, at world-wide scope and that shows topographical information in different styles (in color, gray, simplified...), orthoimages and administrative divisions.

Web Map Tile Service of orthophoto from 2020 of the Comunitat Valenciana in RGBI at 25 cm resolution. Service can be invoked from a GIS application or from a web map viewer through the URL:https://terramapas.icv.gva.es/0202_2020CVAL0025_3857/wmts

In 2020, under a State Government funded program to test the application of machine learning (ML) to government data, the Dept for Energy and Mining (DEM) and the Australian Institute of Machine Learning (AIML) ran a trial to test the capability... In 2020, under a State Government funded program to test the application of machine learning (ML) to government data, the Dept for Energy and Mining (DEM) and the Australian Institute of Machine Learning (AIML) ran a trial to test the capability of ML to predict rock outcrop across the state using a variety of different remote sensing datasets and existing mapping data from DEM’s geological mapping programs. The AIML developed a tool that works by taking locations of known, mapped outcrops (known as the ground truth) and remote sensing imagery and uses machine learning, specifically deep learning, to train a model that can predict the location of the ground truth from the remote sensing imagery. The tool can then take the same remote sensing imagery for the state of South Australia and predict the probable locations of outcrops across the entire state and also output a value that indicates the confidence in its predictions. The Automated Outcrop Prediction Package is the outcomes from this project. This file contains the results of running the outcrop prediction tool using The web map tile service of a mosaic of the best available orthoimagery for South Australia (WMTS) only.

WMTS service that disseminates the vector part of the hybrid map of the Basque Country and that allows to visualize the territory at different scales. Tile Map Web Service according to the INSPIRE profile of Web Map Tile Service (WMTS) 1.0.0. The tiles have been generated in PNG format.

This service was generated from 10 meter NED DEMs with a 4-way hillshade tool. The intent of this WMTS imagery service is for people within the AGRC ArcGIS Online Organization to use the service within ArcGIS Online. It is not intended for this service link to be consumed within ArcGIS Desktop or any other applications outside of ArcGIS Online. More information about obtaining access to the licensed imagery service can be found here.

The National Base Map service provides seamless topographic colour mapping for the whole of Australia, including the outer islands of Norfolk, Lord Howe & Macquarie Islands, the external territories …Show full descriptionThe National Base Map service provides seamless topographic colour mapping for the whole of Australia, including the outer islands of Norfolk, Lord Howe & Macquarie Islands, the external territories of Cocos (Keeling), Christmas, Heard and McDonald Islands and the Australian Antarctic Territory. The service consists of data sourced from Geoscience Australia, Australian Antarctic Division & OpenStreetMap. The data for Christmas Island has been sourced from the Christmas Island Edition 1 NATMAP Topographic Mapping dataset (1:30,000 scale). The data for Cocos (Keeling) Islands has been sourced from the Cocos (Keeling) Islands Edition 1 NATMAP Topographic Mapping dataset (1:25,000 scale). Vegetaion for the the Australian continent is an aggregated layer from ACLUMP (Australian Collaborative Land Use and Management Program). The topographic information was checked in 2008 using satellite imagery, and supplemented using other sources in 2009. Limited field checking has been undertaken for these data and therefore some information may not be accurate. Information and assistance was supplied by the Attorney General's Department (Territories of Australia) and Department of Environment, Water, Heritage and the Arts (Parks Australia). Geoscience Australia gratefully acknowledges contibutions to data content.) When viewing the map of mainland Australia beyond 1:100,000 scale, the data is derived from the Geoscience Australia GEODATA TOPO 250K product, except roads which are OpenStreetMap data, and in from 1:100,000 scale the data is derived from OpenStreetMap data ( © OpenStreetMap contributors). The suburbs layer is sourced from the Suburb 2018 and 2020 data, Australian Bureau of Statistics. The map portrays detailed graphic representations of features that appear on the Earth's surface. These features include cultural, hydrography, marine, transport, vegetation and relief themes. The SRTM data was acquired by NASA in February 2000 and was publicly released under Creative Commons licensing from November 2011 in ESRI Grid format. The SRTM DEM has quite different characteristics to DEMs derived by interpolation from topographic data. The SRTM data is derived from radar measurements that are dense (there is essentially a measurement at almost every grid cell) but noisy. The main processing of the SRTM DEM product has included: stripe removal, void filling and vegetation offset removal. Processing methods are further described in the 1 and 3 second SRTM Derived Products User Guide (Geoscience Australia, 2011). The bathymetry image used for this map is sourced from Natural Earth. Free vector and raster map data @ naturalearthdata.com.

Web Map Tile Service of Hybrid Map of the Valencian Community (vectorial layers). Service can be invoked from a GIS application or from a web map viewer through the URL: https://terramapas.icv.gva.es/mapabase_hibrid

World Bathymetry Base Map tile cache. The service includes world bathymetry data, and ocean, country, population and natural features. The information was derived from various sources, including …Show full descriptionWorld Bathymetry Base Map tile cache. The service includes world bathymetry data, and ocean, country, population and natural features. The information was derived from various sources, including Natural Earth and National Geophysical Data Center (NGDC) ETOPO2 Global 2 Elevations from the September 2001 data. The service contains layer scale dependencies.

Prohlížecí služba WMTS-ZM_900913 je poskytována jako veřejná prohlížecí služba nad daty Základních map České republiky pro měřítka 1:10 000, 1:25 000, 1:50 000, 1:100 000 a 1:200 000. Je doplněna mapami České republiky v měřítku 1:500 000 a 1:1 000 000. Data jsou z důvodu optimalizace rychlosti služby poskytována formou mapových dlaždic. Tato služba je optimalizována pro použití v aplikacích, které využívají jako výchozí souřadnicový systém WGS 84 / Pseudo-Mercator (EPSG 3857 alias 900913) a vyžadují standardy Google Maps/Bing Maps/OSM pokud jde o nastavení měřítkové řady. Služba splňuje Technické pokyny pro INSPIRE prohlížecí služby v. 3.11 a zároveň splňuje standard OGC WMTS 1.0.0.