9 July 2016
Geospatial Technologies and Remote Sensing for Monitoring SDGs
With the approaching adoption of the Sustainable Development Goals (SDGs) and the call by UN Secretary General Ban Ki-moon for a “revolution” in the use of data for sustainable development, geospatial technologies have tremendous potential to effectively and efficiently monitor SDG progress. In the fifteen years since the adoption of the Millennium Development Goals (MDGs), the amount of data available, as well as data collection and processing methods have changed substantially. Geospatial technologies and remote sensing offer a crucial location element to the monitoring of SDGs and their corresponding targets and indicators. The unprecedented “power of where” allows for unbiased observation and analysis across borders, administrative boundaries, and nations.
Yet there is still a gap between the technology world and the world of environmental decision- and policy-makers. Despite the tremendous potential geospatial technologies offer, there are still traditional fears among practitioners that prevent their uptake. Furthermore, these technologies are constantly changing and improving, making it even more difficult for practitioners to track the updates about the potential use and application of technologies, such as geographic information systems (GIS) and remote sensing.
This course is part of a series of “Bridging ICTs and the Environment” courses that aim to address that gap: providing in-service education and professional training for environmental decision-makers and practitioners, who are in a position to greatly benefit from this data revolution to better shape management strategies and to make more informed, data-driven decisions.
The course, taking place shortly after the monitoring framework for the SDGs and related targets establishment, provides a timely opportunity to get updated on the latest advances in geospatial technologies and remote sensing, and their application to the monitoring of SDGs. These technologies can be applied to many of the 17 proposed SDGs: sustainable water management and sanitation; improving resilience and sustainability of cities and urban settlements; conservation of the world’s oceans; sustainable management of forests, biodiversity, and terrestrial ecosystems; and more.
This course has two tracks:
1) geospatial technologies (July 4-8) and
2) remote sensing (July 4-9).
Applicants will be required to select which track they want to focus on – this will determine which practical sessions they will attend and what technological focus their final project will have.
The course will begin with a 2-day plenary session for all participants, setting the stage and highlighting the importance of this “data revolution”, and its relevance and significance to the monitoring of SDGs. The participants will then divide into two groups to attend hands-on practical sessions on either 1) geospatial technologies, or 2) remote sensing (based on the selected track). Participants will then combine examples from the plenary session, acquired practical knowledge, and their past experience to complete a course project addressing at least one of the SDG targets or indicators. Each participant will present their outcomes on the last day of the course (Day 5 for the geospatial track, Day 6 for the remote sensing track), which will be graded by selected faculty.
Ali Chavoshian, Regional Centre on Urban Water Management under auspices of UNESCO, Tehran, Iran
Zsuzsanna Gabor, Academic Cooperation and Research Support Office, Central European University, Budapest, Hungary
Irina Makarenko, Commission on the Protection of the Black Sea Against Pollution
Ed Parsons, Google, London, UK
Sergey Stanichny, Marine Hydrophysical Institute, National Academy of Sciences of Russia, Sevastopol , Russian Federation
Viktor Lagutov, Systems Laboratory, Central European University, Budapest, Hungary
Lorant Czaran, United Nations Office for Outer Space Affairs, Vienna, Austria
he target group for this course includes: National Focal Points of International Conventions, mid-level professionals, academia and researchers directly involved in environmental, water, or SDG-related issues that could benefit from learning how to apply geospatial technologies and remote sensing in their daily work.
The course, taking place shortly after the monitoring
framework for the SDGs and related targets establishment,
provides a timely opportunity to get updated on the latest
advances in geospatial technologies and remote sensing,
and their application to the monitoring of SDGs. These
technologies can be applied to many of the 17 proposed SDGs:
sustainable water management and sanitation; improving
resilience and sustainability of cities and urban settlements;
conservation of the world’s oceans; sustainable management
of forests, biodiversity, and terrestrial ecosystems; and more.
Our courses offer ECTS points, which may be accepted for credit transfer by the participants' home universities. Those who wish to obtain these credits should inquire about the possible transfer at their home institution prior to their enrollment.
EUR 300: payable until May 28, 2016
EUR 270: The early bird fee option is available until April 30, 2016
Financial aid is available in the following categories:
• tuition waiver
• accommodation grant
• travel grant (full or partial)
To read more: http://summeruniversity.ceu.edu/sites/default/files/course_files/application_files/Fin%20info%20-%201%20wee