The GeoMundus Conference is a free international conference organized by students of the Erasmus Mundus MSc program in Geospatial Technologies. Since 2009, GeoMundus has been hosted annually- alternating between the program’s organizing universities, NOVA IMS (Lisbon, Portugal), WWU (Münster, Germany) and UJI (Castellón de la Plana, Spain). 2022 will be the 14th edition of the conference. Since 2020, the conference has featured online streaming- allowing you to participate wherever you may be!
The conference is unique because it is organized by students for students. However, researchers, professionals, and members of the general public are all invited and welcome. Anyone who is curious about geospatial technologies and their applications can participate in this conference! It’s a fantastic opportunity to engage with this exciting and fast-growing field and to network with those at the cutting edge.
This year’s additional twist: As students and members of the geospatial community, we want to engage participants in critical reflection about the goals and motivations of geospatial innovation. Thus, we present this year’s theme GI & AI: It’s a match! to critically discuss the ever-growing importance of machine learning algorithms and artificial intelligence for processing and analyzing Big Data in the geographic realm.
Past sponsors have included ESRI, Conterra, and AGILE. Past keynotes have included illustrious names from the Geospatial and GIS space such as Dr. Michael Goodchild, John Nelson, and Dr. Werner Kuhn. Activities in this year’s conference will include career-development workshops, product demonstrations, a paper contest, Mapathon, and networking events.
This year’s twist
Previous editions have not had a particular thematic focus. However, since 2020 edition,
we wanted to spice up discussions with a guiding theme. As students and members of the geospatial community,
we want to engage participants in critical reflection about the goals and motivations of geospatial innovation.
This year, we will focus on Artificial Intelligence under the theme GI & AI: It’s a match!. Nevertheless, the conference won't focus exclueivelly on AI-related themes, but it will also include
more broad discussion and presentations on other relevant topics on GIS.
Organizing Team and some of the participants in the 2021 edition.
Registration
Anyone who is curious about geospatial technologies and their applications should participate in this conference. We welcome students, researchers, industry leaders and members from the general public to join us for this year’s edition. It is not only a great opportunity to learn about this exciting field, but also to network with the brightest minds.
The registration for the hybrid GeoMundus Conference 2022 is now open, you can register using the form below:
For this year's edition, we are happy to inform you that
Prof. Dr. Ilse Abena, a Senior Scientist at SRON (Netherlands Institute for Space Research),
Dr. Michael F. Goodchild ("The Emeritus Professor of Geography") have confirmed their
participation as Keynote Speakers. Also gracing this conference as Keynote speakers is the well known Dr. Werner Kuhn
("A co-founder of the COSIT conference series") and the delightful Dr. Iris Kramer ("Founder & CEO of ArchAI").
There is definitely more to these speakers than what has been highlighted here, please
navigate to the keynote speakers page to learn more, also read the program schedule or follow us on our social media handles to stay updated and know more about the keynote speakers of GeoMundus 2022.
KEYNOTE: Spatial decision-making for sustainability
Our planet is in dire straits. Several of the United Nations' Sustainable Development Goals address problems resulting from climate change and rising greenhouse gas emissions. The constant growth of urban mobility and transport has led to a dramatic increase in these emissions. In order to ensure livable environments for future generations, it will be necessary to reduce our CO2 footprint. Spatial decision-making fueled by spatial data science contributes to this effort in major ways, supported by recent progress regarding the availability of spatial big data, computational methods and geospatial technologies. This presentation will demonstrate why spatial decision-making is essential for sustainability and how spatial data science provides methods to perform large-scale spatio-temporal analyses of mobility patterns as well as geospatial technologies for changing people's mobility behavior. Examples will cover movement data analysis within the context of multi-modal and energy-efficient mobility, smart charging of electric vehicles, and mobile decision-making support.
KEYNOTE: The God’s eye view? Geospatial data, power and politics
Since the 2010s there has been a shift in the nature and quantity of digital data on social processes flowing into both research and policy. Much of this data stems from sensing and monitoring through GIS and related technologies, whether using people themselves as sensors (as with mobile phone location data) or using classic forms of sensing in new ways (such as satellite data for migration monitoring, or social media data for development policy). New forms of data such as those stemming from fintech, from ID systems around the world, and other sources promise to broaden the uses and potential abuses of people’s digital traces. The new data provides what Pentland (2012) has termed ‘the god’s eye view’ – but to whose benefit, and in whose interests? There are two views on this in the world of research. First, do the new sources provide better-quality data, do they add something to the analysis of social phenomena, can they enable policy and research to do a better job of serving society? The second view asks how these data sources become available, whose interests they serve, and what this means for their legitimacy, and the legitimacy of research and policy based on them. This presentation will explore the tensions between these two views, and ask how these new sources of geospatial data interact with questions of rights, ethics and politics.
KEYNOTE: Satellite Image Time Series Analysis for Big Earth Observation Data
This presentation describes sits, an open-source R package for satellite image time series analysis using machine learning. It supports the complete cycle of data analysis for land classification. Its API provides a simple but powerful set of functions. The software works in different cloud computing environments. Satellite image time series are input to machine learning classifiers, and the results are post-processed using spatial smoothing. Since machine learning methods need accurate training data, \sits includes methods for quality assessment of training samples. The software also provides methods for validation and accuracy measurement. The package thus comprises a production environment for big EO data analysis.
KEYNOTE: Geographic Information Systems in the Humanitarian and Global Development Communities
Geographic information technology has evolved rapidly in recent years but challenges in designing systems and solutions that meet the increasingly complex needs of humanitarian and development organizations persist. In this keynote he will discuss trends and challenges that face the United Nations System and international NGOs in effectively making use of the latest developments in geospatial technology. Brendan will also present solutions that despite these challenges have succeeded in positively impacting outcomes in areas such as food security, mine action, disaster response, and climate change resilience.
The Workshop sessions has always been an important part of the Geomundus conference and this year promises to be nothing but amazing. This year, we have the privilege to have on board: Jordan Bates ("who has a mix of Aeronautics and Geospatial Technologies, and his specialty is in Unmanned Aircraft Systems (UAS) remote sensing for agriculture monitoring "), Rami Alouta (a Solution and Platform Configuration Engineer at ESRI with over 5 years of GIS experience ), and Michael Gould ("professor of GIS at Universitat Jaume I in Spain, a global Education Manager at Esri and has contributed to a variety of capacity development projects").
There is more to learn and know about our workshop leaders than what has been highlighted here, please
navigate to the workshop leader's page to learn more, also, read the program schedule or follow us on our social media handles to stay updated and know more about the Workshop Leaders of GeoMundus 2022.
WORKSHOP: Environmental Citizen Science with senseBox and openSenseMap
In this workshop participants will learn about environmental citizen science using the modular sensor platform senseBox and the open citizen science data infrastructure openSenseMap. The senseBox is a DIY Citizen Science toolkit for local and mobile measurement of environmental data such as temperature, humidity, air pressure, illuminance, UV light or air quality. It can be connected to the internet via WiFi, Ethernet or LoRa to enable Internet of Things capabilities in a sensor network.
Local workshop participants will build and code measurement devices on several environmental phenomena and collect data around the campus. Remote participants will learn to access and analyze data from the openSenseMap through its APIs and other external tools. At the end environmental geodata from the local experiment will be analyzed by the whole group.
We will round up with a discussion on the potential of the senseBox and openSenseMap in research projects and for educational purposes in secondary and higher education, while focusing on the data and computational, scientific and spatial literacy.
WORKSHOP: Environmental Citizen Science with senseBox and openSenseMap
In this workshop participants will learn about environmental citizen science using the modular sensor platform senseBox and the open citizen science data infrastructure openSenseMap. The senseBox is a DIY Citizen Science toolkit for local and mobile measurement of environmental data such as temperature, humidity, air pressure, illuminance, UV light or air quality. It can be connected to the internet via WiFi, Ethernet or LoRa to enable Internet of Things capabilities in a sensor network.
Local workshop participants will build and code measurement devices on several environmental phenomena and collect data around the campus. Remote participants will learn to access and analyze data from the openSenseMap through its APIs and other external tools. At the end environmental geodata from the local experiment will be analyzed by the whole group.
We will round up with a discussion on the potential of the senseBox and openSenseMap in research projects and for educational purposes in secondary and higher education, while focusing on the data and computational, scientific and spatial literacy.
WORKSHOP: Open data and models for mapping ecosystem services
Ecosystem services (ES) are the benefits provided to humans by the natural environment, such as clean air, natural pollination, drought regulation, food from agriculture, climate regulation, etc. Providing Information about ES for decision-making is essential to preserve their supply and, consequently, their benefits to society. Making these services visible through the mapping of biophysical, social and economic indicators enables understanding of potential trade-offs and the design of conservation strategies. The provision of ES is influenced by land cover changes (LCC) and efficient land use planning is required for maintaining ES flow. Land use planning can be supported by ES-based modelling tools to estimate ES supply based on land cover. In this workshop we explore available open data and models which can be used for ES modelling and mapping. A hands-on exercise using an InVEST model will be carried out.
WORKSHOP: Open data and models for mapping ecosystem services
Ecosystem services (ES) are the benefits provided to humans by the natural environment, such as clean air, natural pollination, drought regulation, food from agriculture, climate regulation, etc. Providing Information about ES for decision-making is essential to preserve their supply and, consequently, their benefits to society. Making these services visible through the mapping of biophysical, social and economic indicators enables understanding of potential trade-offs and the design of conservation strategies. The provision of ES is influenced by land cover changes (LCC) and efficient land use planning is required for maintaining ES flow. Land use planning can be supported by ES-based modelling tools to estimate ES supply based on land cover. In this workshop we explore available open data and models which can be used for ES modelling and mapping. A hands-on exercise using an InVEST model will be carried out.
Sponsors & Partners
GeoMundus is seeking partners from both the public and private sector including
but not limited to the spatial, technological, scientific, governmental, academic fields. We will be thrilled
to have your support and participation in this international event.
Do you want your logo toa appear in this section? Maybe you want to sponsor a specific
event on the conference... There are endless ways to contribute to enhance both Geomundus and your business.
Contact us at organization[at]geomundus.org for more information on how to be a part of this unique conference!
We will be glad to discuss your ideas to sponsor the GeoMundus Conference 2022 and future years.
Sponsors
Media Partner
Partners
Location & Contact
Email
organization@geomundus.org
Mailing address
NOVA IMS Information Management School Campus de Campolide, 1070-312 Lisboa, Portugal
