Summer School, Istituto Svizzero

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COVID INFO

Der Zutritt ist nur denjenigen gestattet, die eine Gesundheitsbescheinigung (Reinforced Green Pass) erhalten haben, die eine Impfung oder Genesung nachweist. Das Tragen einer Ffp2-Gesichtsmaske ist in unseren Räumen obligatorisch.

ISTITUTO SVIZZERO
ROM

Villa Maraini
Via Ludovisi 48
00187 Roma
+39 06 420 421
roma@istitutosvizzero.it

Mit öffentlichen Verkehrsmitteln: Das Istituto Svizzero befindet sich in der Nähe der Metro-Haltestelle Barberini

ÖFFNUNGSZEITEN:
MO-FR

10:00–13:00, 14:30–17:00

AUSSTELLUNGSZEITEN:

DI/MI/FR: 11:00-18:00
DO: 11:00-20:00
SA/SO: 11:00-18:00

FÜHRUNGEN:

MO 15:00, 16:00
Nur auf Anfrage (Italienisch, Deutsch, Englisch)
Preise: 5€ pro Person
Die Besichtigung des Turms ist nicht erlaubt

Für Informationen und Reservierung:

visite@istitutosvizzero.it

ISTITUTO SVIZZERO
MAILAND

Sede di Milano
Via Vecchio Politecnico 3
20121 Mailand
+39 02 76 01 61 18
milano@istitutosvizzero.it

AUSSTELLUNGSZEITEN:

MI/FR: 11:00-17:00
DO: 11:00-20:00
SA: 14:00-18:00

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Perspectives on Digital Fashion Communication of «Made In»

Scénographie(s) Urbaine(s)

Promenades dans Rome

1/12

Photo: Corriere del Ticino/Gabriele Putzu, 2021. Fire above the village of Arosio, Canton Ticino.

Photo: Roman Zweifel, Swiss Federal Institute for Forest Snow and Landscape Research WSL. Point dendrometers mounted on tree stems continuously measure stem radii with a resolution of micrometers. The readings contain information about stem growth and tree water relations.

Photo by Fabian Schneider, Remote Sensing Laboratories, University of Zürich. A terrestrial laser scanner in the beech forest at the Lägern forest site. This instrument is used to capture the gray scale points in the other figure. It records several hundred thousand laser echoes (3d coordinates of reflecting objects) per second and is revolutionising the way we assess and quantify forest structure in the context of ecosystem research.

Photo by Fabian Schneider, Remote Sensing Laboratories, University of Zürich. Combination of terrestrial laser scanning (grey-scale) and drone-based laser scanning (cyan) point clouds acquired on the same day at Lägern Forest, Switzerland. The combined point cloud conveys the branching structure of the beech trees in leaf-off condition in great detail which is of great relevance to understand forest functioning.

Photo: Simon Speich, Swiss Federal Institute for Forest Snow and Landscape Research WSL. Using a high-precision GPS, the exact coordinates of each test area are recorded. In this way they can be located in the aerial photographs, thus enabling combined data processing.

Drone photo by Guido Wiesenberg (Department of Geography, UZH). Eugenie Paul-Limoges and Bastian Buman (rsws.ch, Department of Geography, UZH) maintaining the FloX spectrometer on the Lägeren flux tower. These measurements help to understand the vegetation response to environmental changes.

Photo: Simon Speich, Martigny-Combe (VS). The care of the protective forest creates light for regeneration. High stumps and trunks that have been left at an angle stabilise the snowpack.

Photo: Nancy Bolze/Swiss Federal Institute for Forest Snow and Landscape Research WSL. A researcher observes the various stages of leaf budding in climatic chambers with different temperatures.

Photo: Andreas Rigling, Swiss Federal Institute for Forest Snow and Landscape Research WSL. Drying beech leaves in Schaffhausen in July 2018.

Photo Simon Speich, Swiss Federal Institute for Forest Snow and Landscape Research WSL. A researcher enters data into her laptop and transmits it directly to the WSL database via her mobile phone.

Mallaun Photography, mallaun.ch, courtesy of Swiss Federal Institute for Forest Snow and Landscape Research WSL.

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