Polygons of basic territorial units classified according to the prevailing DEGURBA category (Scope 2). The classification is based on the aggregation of population data from the grid and considers the share of population in individual urbanisation classes, including the hierarchy of the settlement system.

Polygons of basic territorial units classified using a polygon-based (object-oriented) DEGURBA model. The classification is based on accurate spatial identification of settlement clusters and subsequent aggregation of population into administrative units.

Cadastral unit polygons classified according to the prevailing DEGURBA urbanisation category. The classification is based on the aggregation of population data from the grid using address-based population allocation and the calculation of population shares across urbanisation classes.

Cadastral unit polygons classified according to the prevailing DEGURBA category (Scope 2). The classification is based on the aggregation of population data from the grid and considers the share of population in individual urbanisation classes, including the hierarchy of the settlement system

Cadastral unit polygons classified using a experimental polygon-based (object-oriented) DEGURBA model. The classification is based on accurate spatial identification of settlement clusters and subsequent aggregation of population into administrative units.

Municipality polygons classified according to the prevailing DEGURBA urbanisation category. The classification is based on the aggregation of population data from the grid using address-based population allocation and the calculation of population shares across urbanisation classes.

Municipality polygons classified according to the prevailing DEGURBA category (Scope 2). The classification is based on the aggregation of population data from the grid and considers the share of population in individual urbanisation classes, including the hierarchy of the settlement system.

Municipality polygons classified using a experimental polygon-based (object-oriented) DEGURBA model. The classification is based on accurate spatial identification of settlement clusters and subsequent aggregation of population into administrative units.

Polygons of territorial scope of regional destination management organisations (DMOs).

Komunikace ležící v záplavovém území jsou rizikem pro konektivitu dopravní sítě a indikují zranitelnost dopravy během povodní. Indikátor uvádí potenciální záplavu komunikací dle GIS analýzy pro danou n-letost povodně. Reálná záplava se může od potenciální lišit, je to dáno elevací komunikace nad terénem (zejména u dálnic) a stavebními prvky, které nejsou zohledněny v použité GIS vrstvě. Vytvořeno z podkladových dat organizace Česká informační agentura životního prostředí;Výzkumný ústav vodohospodářský TGM, v.v.i..

Demografické události (živě narození, zemřelí, sňatky, rozvody) cizinců (fyzických osob, které nejsou státními občany České republiky) od roku 2015.

Datová sada obcí obsahující základní demografické charakteristiky obcí. Datová sada je aktualizována jednou ročně. 

Generalised polygons of administrative districts of municipalities with extended powers (AD MEP) with selected absolute and ratio demographic indicators in 2019–2023

Generalised polygons of cohesion regions (NUTS 2) with selected absolute and ratio demographic indicators in 2019–2023

Generalised polygons of Districts with selected absolute and ratio demographic indicators in 2019–2023

Generalised polygons of municipalities and military districts with selected absolute and ratio demographic indicators in 2019–2023

Generalised polygons of Regions (NUTS 3) with selected absolute and ratio demographic indicators in 2019–2023

A generalised polygon of the undivided territory of the Czech Republic (NUTS 0, NUTS 1) with selected absolute and ratio demographic indicators in 2019–2023

The detailed gravimetric quasigeoid model QGZÚ-2013 represents a transformation surface enabling the conversion between orthometric heights H in the Baltic Vertical Datum – After Adjustment (Bpv) and ellipsoidal heights h determined in the European Terrestrial Reference System 1989 (ETRS89), realisation ETRF2000, above the Geodetic Reference System 1980 (GRS80) ellipsoid. The data content consists of height anomalies (zeta) provided at the nodes of a regular 3″ × 3″ grid in ETRS89 geographical coordinates. The height anomaly represents the transformation relationship expressed as: h = H + zeta. The total root mean square error of the height anomaly zeta is 0.01 m within the territory of the Czech Republic. In mountainous terrain and border areas (within 10 km of the state boundary), the error may reach higher values, but not exceeding 0.03 m. The quasigeoid model was derived using a combined regional solution of the linear gravimetric boundary value problem for the disturbing gravitational potential of the Earth. The computation made significant use of the revised complete dataset of detailed gravimetric survey points collected during geophysical surveys carried out between 1950 and 2010, together with additional data sources. The model is primarily intended for specialised geodetic applications requiring detailed knowledge of the local behaviour of the height anomaly. In such applications, it facilitates the determination of local transformation parameters necessary for the mutual conversion of heights between the Bpv and ETRS89 reference systems. Please note that due to differences in processing methodology, transformation results obtained using this model in a specific locality may differ from results provided by the transformation service or the Coordinate Transformation application of the ČÚZK Geoportal. To ensure a uniform transformation procedure and homogeneous results, it is recommended to use these applications or software tools approved by ČÚZK.

Detailní popisy služeb veřejné správy vyhotovené na základě přílohy č. 2 vyhlášky č. 515/2020 Sb. Tyto popisy má dle § 5 zákona č. 106/1999 Sb. každý povinný subjekt zpřístupňovat na svých stránkách.

Informace o měření hluku Skvrňany

Informace o měření hluku v ulici Americká

Informace o měření hluku v ulici Barrandova

Informace o měření hluku v ulici Borská

Informace o měření hluku v ulici Cukrovarská