Regions and cities

Orthophoto Liechtenstein 2018

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 10 cm ground pixels. It was flown on 1/16 August and 11/20 September 2018 and is available in true colour (RGB). The entire country including the...

Orthophoto Liechtenstein 2003

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 25 cm ground pixels. The orthophoto was flown with a digital line scan camera on 7/8 August 2009.

Orthophoto Liechtenstein 2009

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 12.5 cm ground pixels. The orthophoto was flown from 17 June to 29 July 2009 with an Ultracam XP digital area scan camera. The flight altitude above...

Orthophoto Liechtenstein 2022

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 10 cm ground pixels. The aerial survey was carried out in the Alpine region in summer and in the valley region in winter. The advantage of flying in...

Orthophoto Liechtenstein 2006

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 12.5 cm ground pixels. The orthophoto was flown in September 2006 by the province of Vorarlberg and made available to Liechtenstein.

Orthophoto Liechtenstein 2012

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 12.5 cm ground pixels. The orthophoto was flown from 16 June to 18 August 2012 with a Vexcel Ultracam XP RGBI digital area scan camera. The flight...

Orthophoto Liechtenstein 2020

Civil Engineering and Geoinformation Office
Regions and cities, Environment

Orthophoto with a resolution of 10 cm ground pixels. It was flown between 21 May and 9 September 2020 and is available in true colour (RGB). The entire country including the...

LiDAR 2019 - Pente du terrain classifiée

Ville de Lausanne
Regions and cities, Environment

La pente est calculée sur la base du MNT. La grille est à 0.5m de résolution et contient les valeurs de la pente (en %) regroupées par classe.

Pente (%) : Classification 0–4 :...

LiDAR 2019 - Pente du terrain

Ville de Lausanne
Regions and cities, Environment

La pente est calculée sur la base du MNT. La grille est à 0.5m de résolution et contient les valeurs de pente en degré.

LiDAR 2019 - Orientation du terrain classifiée

Ville de Lausanne
Regions and cities, Environment

L’orientation du terrain est calculée sur la base du MNT. La grille est à 0.5m de résolution et contient les valeurs de l’orientation de la pente entre 0° (Nord) et 360° dans la...

LiDAR 2019 - Ombrage du MNS (rayonnement solaire)

Ville de Lausanne
Regions and cities, Environment

Cette carte d’ombrage est une image raster obtenue par ombrage du MNS qui offre une représentation précise du relief.

La méthode par rayonnement a été utilisée ici : calcul du...

LiDAR 2019 - Ombrage du MNT

Ville de Lausanne
Regions and cities, Environment

Cette carte d’ombrage est une image raster obtenue par ombrage du MNT qui offre une représentation précise du relief.

Ces ombrages ont été réalisés par la méthode standard :...

LiDAR 2019 - Ombrage du MNS

Ville de Lausanne
Regions and cities, Environment

Cette carte d’ombrage est une image raster obtenue par ombrage du MNS qui offre une représentation précise du relief.

Ces ombrages ont été réalisés par la méthode standard :...

LiDAR 2019 - Modèle numérique de terrain (MNT)

Ville de Lausanne
Regions and cities, Environment

Le MNT a été généré à partir de points bruts classifiés issus de l'office fédérale de topographie, swisstopo. Les points bruts sont interpolés sur une grille raster régulière d'une...

LiDAR 2019 - Modèle numérique de surface (MNS)

Ville de Lausanne
Regions and cities, Environment

Le MNS a été généré à partir de points bruts classifiés issus de l'office fédérale de topographie, swisstopo. Les points bruts sont interpolés sur une grille raster régulière d'une...

Wind Atlas of Switzerland: Annual average of the modelled wind speed and direction at a height of 75 metres above the ground

Swiss Federal Office of Energy SFOE
Education, culture and sport, Energy, Regions and cities, Environment

The Wind Atlas of Switzerland describes the wind conditions at five different heights above the ground: 50, 75, 100, 125 and 150 metres. The data are based on a nation-wide...

Wind Atlas of Switzerland: Frequency of meteorological icing at 100 metres above the ground

Swiss Federal Office of Energy SFOE
Education, culture and sport, Energy, Regions and cities, Environment

In Switzerland, the mountain regions (Jura, Alps and Alpine foothills) are the most suitable regions for exploiting wind energy potential. But here, the air temperature during the...

Thermal networks: demand from residential and commercial buildings

Swiss Federal Office of Energy SFOE
Education, culture and sport, Energy, Regions and cities, Environment

The demand for heat and cooling is a key element in the strategic planning of thermal networks. Building a thermal network is only viable if sufficient sales turnover can be...

Wind Atlas of Switzerland: Annual average of the modelled wind speed and direction at a height of 50 metres above the ground

Swiss Federal Office of Energy SFOE
Education, culture and sport, Energy, Regions and cities, Environment

The Wind Atlas of Switzerland describes the wind conditions at five different heights above the ground: 50, 75, 100, 125 and 150 metres. The data are based on a nation-wide...

Thermal networks: demand from industry

Swiss Federal Office of Energy SFOE
Education, culture and sport, Energy, Regions and cities, Environment

In strategic planning, heat demand is used to identify large connected areas that may be appropriate for a thermal network. Areas with a heat density of at least 700 MWh/a per...