活动有效性
5 来自总数为 5 的账单
截止日期: 关闭
Private – by invitation
Face-to-Face
English
关闭新注册
种类: Course
期限: 4 Days
费用: 0.00 USD
活动协调人email: khaled.mashfiq@unitar.org
项目领域: Satellite Imagery and Analysis

The training is part of the project “Enhanced Geospatial Decision Support for Disaster Risk Reduction and Climate Resilience in Papua New Guinea (GeoDRR PNG)”, implemented by UNITAR-UNOSAT in collaboration with UNDP Papua New Guinea.

截止日期: 关闭
Private – by invitation
E-learning
English, Other
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种类: Webinar
期限: 3 Hours
费用: 0.00 USD
活动协调人email: sumeera.kamil@unitar.org
项目领域: Satellite Imagery and Analysis
Public – by registration
E-learning
Arabic
开放注册/申请
种类: Course
期限: 2 Days
费用: 0.00 USD
活动协调人email: unosat-elearning@unitar.org
项目领域: Satellite Imagery and Analysis

This e-learning course was created as part of the Earth Observation for Sustainable Development: Fragility, Conflict and Security project funded by the European Space Agency and aims to give a short but practical introduction to Geospatial Infomation Technology (GIT) in states affected by fragility, with a focus on remote sensing. 

Public – by registration
E-learning
English, French
开放注册/申请
种类: Course
期限: 2 Days
费用: 0.00 USD
活动协调人email: unosat-elearning@unitar.org
项目领域: Satellite Imagery and Analysis

Ce cours en ligne a été créé dans le cadre du projet Earth Observation for Sustainable Development: Fragility, Conflict and Security, financé par l’Agence spatiale européenne. Il vise à donner une introduction rapide et pratique aux technologies d’information géospatiale (TIG) dans les Etats affectés par la fragilité, avec un accent sur la télédétection.

Public – by registration
E-learning
English
开放注册/申请
种类: Course
期限: 2 Days
费用: 0.00 USD
活动协调人email: unosat-elearning@unitar.org
项目领域: Satellite Imagery and Analysis

This e-learning course was created as part of the Earth Observation for Sustainable Development: Fragility, Conflict and Security project funded by the European Space Agency and aims to give a short but practical introduction to Geospatial Infomation Technology (GIT) in states affected by fragility, with a focus on remote sensing.