UNITAR Online Catalogue

Geo-information in Support of Humanitarian Emergencies

United Nations Satellite Centre UNOSAT

Date limite
27 oct 2023
Type
Webinar
Emplacement
Web-based
Date
Durée
1 Days
Zone du programme
Satellite Imagery and Analysis
Prix
0.00 $US
Personne de référence de l'évenement
unosat@unitar.org
Partenariat
University of Copenhagen (457)

Arrière plan

When disasters strike, the first thing the international early response community needs is information: What has happened, where did it happen, what is the effect, what response is needed and so on. Not only can satellite imagery taken immediately after an event like an earthquake or tropical cyclone show what has happened through images of destroyed infrastructure or flood surge, but with their inherent geo-coding, one can tell immediately where the event took place and the apparent magnitude and impact of the disaster. This is key information for an efficient planning and coordination of emergency response operations as well as to perform a GIS based preliminary impact and damage assessment.

Objectifs de l'événement

The aim of the lecture is to provide participants with basic concepts and case examples in the use of Geospatial Information Technology (GIT) for emergency response (impact analysis and preliminary damage assessment).

Objectifs d'apprentissage

At the end of the lecture participants should be able to:

• Define and describe basic concepts and terminology related to Geographic Information System (GIS) and Remote Sensing (RS);

• Explain advantages and limitations of using GIT in support of humanitarian assistance during major disaster events;

Méthodologie

The lecture is delivered on-line with presentations of concepts & applications, case studies and demos relative to the role of GIT to support emergency response mapping. This lecture includes 4 sessions. Duration: 3 hours

Audience visée

Participants live up to the Master of Disaster Management admission criteria. It is recommended that participants attending the lecture have a working knowledge of English with interest in Geospatial Information Technology applications.