What is Digital Geography? Klara Ruppert
The Fundamental Concepts of Digital Geography Irene Ouma
Our Understanding of Space and Place Irene Ouma
Real World Examples of Digital Geography:
Self-Driving Cars Klara Ruppert
Crisis Mapping in COVID-19 Elle Kirwan-Tuite
Societal Impacts of Digital Geography:
The Digital Divide Elle Kirwan-Tuite
Threats to Privacy Elle Kirwan-Tuite
Theoretical Intricacies
Digital Turn Elle Kirwan-Tuite
Intersectionalization Elle Kirwan-Tuite
Trends and Future Implications Irene Ouma
Artificial Intelligence and Virtual Reality Irene Ouma
NEOM The Line Irene Ouma
Visualisations of Geospatial Data Klara Ruppert
Geospatial Data and INKAR Klara Ruppert
Put your Knowledge to the Test: Countryle Klara Ruppert
Many of us are using digital geographies in our everyday life: Google Maps
Digital geography blends traditional geographic concepts with modern technologies, using tools like digital mapping and GIS to analyze spatial patterns and relationships. It explores the dynamic interaction between physical and digital environments, providing insights into the influence of technology on our understanding of space and place.
Klara Ruppert
Source: Here
Digital Geography encompass various fundamental concepts, including but not limited to:
1. Digital Technologies
Digital geographies are concerned with the ways in which digital technologies, such as smartphones, social media, and geospatial technologies, are transforming spatial practices and experiences.
2. Spatiality
Spatiality refers to the ways in which space is produced, experienced, and understood. Digital geographies explore how digital technologies are transforming spatiality, and how spatiality shapes the use and development of digital technologies (Ash et al. 2019, p.7).
3. Data
Data is a key component of digital geographies, as it is used to understand and analyze spatial phenomena. Digital geographers work with a range of data sources, including geospatial data, social media data, and sensor data, to gain insights into spatial patterns and processes (Sui & Zhao, 2015 p.197).
4. Mapping
Mapping is a core practice in digital geographies, as it enables the visualization and analysis of spatial data. Digital geographers use a range of mapping techniques, including geographic information systems (GIS), web mapping, and interactive mapping, to represent spatial phenomena (Sui & Zhao, 2015 p.192)
5. Spatial Analysis
Spatial analysis is the process of analysing spatial data to identify patterns and relationships. Digital geographers study spatial phenomena using spatial statistics, network analysis, and spatial modelling. More on Spatial analysis here .
6. Cyberspace
Cyberspace refers to the virtual space created by digital technologies. Digital geographers study how digital technologies are changing the link between cyberspace and physical location.
7. Digital Divide
The digital divide refers to the unequal distribution of access to digital technologies and the internet. Digital geographers study the social and spatial effects of the digital divide on communities and regions.
Irene Ouma
Digital geographies' fundamental notions help us grasp space and place in the digital world in a variety of ways:
-The use of spatial data and mapping techniques in digital geographies allows for the visualization and analysis of spatial phenomena in the digital world, providing a deeper understanding of the spatial patterns and relationships that emerge from digital interactions (Ash et al. 2019, p.7).
-By exploring the intersections between cyberspace and physical space, digital geographies expose how digital technologies are changing the interaction between the virtual and the physical, and how this affects our sense of space and place (ibid.)
-Digital geographies examine the spatial elements of the digital divide to provide insights into how uneven access to digital technology influences the spatial distribution of opportunities, resources, and social interactions in the digital world (ibid, p.2).
-Digital geographers use spatial analysis to find complicated spatial patterns and processes in the digital world. This helps us understand how digital technologies change the way space and place are organised and how they change over time (ibid., p.6).
-In general, these fundamental ideas—to mention just a few—help us make sense of the digital world's space and place by shedding light on how data, digital technology, and spatial analysis all work together to mould and alter our perceptions of physical location (ibid).
Irene Ouma
In the landscape of digital geography, self-driving cars represent a paradigm shift in transportation, harnessing the power of advanced technologies like sensors and artificial intelligence. However, a critical lens is essential when delving into the AI decision-making aspect, particularly in the context of car accidents. Ethical concerns arise as questions surface about who programs these autonomous vehicles and the moral responsibility embedded in their algorithms. Determining how self-driving cars prioritize and make split-second decisions during unforeseen circumstances becomes crucial, as it delves into the intricate interplay between technology, human values, and the potential consequences in real-world scenarios.
Klara Ruppert
Since the beginning of the 2020s, we have become well acquainted with another form of digital geography – crisis maps. The COVID-19 pandemic, the Russo-Ukrainian war, and the countless other conflicts that have broken out in recent years, have made apparent the dominance of crisis mapping – whether they be in the news or on social media. Crisis mapping involves gathering and analyzing data during a crisis to create a detailed picture of the complexities of the situation. The ‘near-real-time’ (Kent, 2021) nature of crisis maps means that they allow for the coordination of a timely and efficient response to the situation. A prime example of the importance of crisis mapping can be seen in the COVID-19 pandemic, and the heavily reliance on visualizations of the situation throughout. This digital form of cartography delivered understandable and user-friendly visualizations of the pandemic, which were instrumental in communicating important information to the public. These visualizations were paramount in helping people make sense of the evolving public health crisis and assess their own personal risk level within it.
A prime example of these visualisations are the maps of coronavirus exposure sites in Melbourne, Australia, published during 2021. These maps were updated daily with new exposure sites across the City of Melbourne, and noted whether these sites were Tier 1, Tier 2, or Tier 3 exposure sites. By following the link on the right-hand side, you can see the last update of these exposure site maps, posted by The Age, a news outlet. These maps were checked daily, if not hourly, by the public, and were integral to their decision making and personal risk assessments regarding the safety of where they were planning to travel. These maps were instrumental in curbing the spread of coronavirus in Melbourne, as people were able to avoid areas of exposure and remain safe. In this, we see the capacity crisis maps have in controlling the trajectory of a pandemic.
These maps fill a gap of ‘information anxiety’ (Kent, 2021) during a crisis and expose the trusting nature of the public. Their willingness to accept these crisis maps as fact also highlight the propensity for misinformation to spread during tense times. The public see these maps as imbued with a sense of authority, and this, in combination with a high demand for information during a crisis, makes room for misinformation within these visuals to spread. This is one of the main limitations of crisis mapping, especially in modern times, where these visuals can be created by anyone, and presented across multiple platforms as fact.
In these crisis maps, we see the geography of the COVID-19 pandemic in Melbourne through a digital lens. We also see how the digital, combined with geography in the form of maps, has come to play a vital role in the communication of information. We also see how the digital has become intertwined in our decision making processes. Unfortunately, the rapid dissemination of these maps, a symptom of their digital nature, has made room for misinformation to spread during times of crisis.
Elle Kirwan-Tuite
THE SOCIETAL IMPACTS OF DIGITAL GEOGRAPHY
Figure 1: The Benefits of Digital Geography
As mentioned above, there are many impacts, both positive and negative, that digital geography imparts upon society. The integration of the digital into geography has revolutionized the way we see the world – some would say this is a great step forward for society, but many have their reservations. The positive changes associated with digital geography are many, as demonstrated by the list of benefits in figure 1.
Despite the many benefits digital geography has introduced into society, there are unfortunately also negative impacts. The most prominent of these are the digital divide, and the threats to privacy digital geographies can bring about.
Elle Kirwan-Tuite
While it appears that the internet and its associated digital instruments are accessed by most of the global population, it is unfortunately only accessed by the minority. In 2018, it was reported that 4.2 billion people, only 55% of the population, had access to the internet (Pick and Sarkar 2020). If we take a deeper look at this issue, we see that 80% of those in the global north use the internet, while only 45% of those in the global south do (Pick and Sarkar 2020). In these specificities we see that while the internet and digitality has brought us together in many aspects, it has also amplified the ‘differences between the privileged and underprivileged’ (Graham, Hale & Stephens 2012). This phenomenon is what we call the digital divide, a term that came about during the 1990s. The digital divide is defined as ‘differences in access to, and purposeful use of, information technologies by individuals, or by administrative or geographical regions, such as cities, states, countries, and continents’ (Pick & Sarkar 2020).
The digital divide has seen urban and ‘developed’ areas become heavily imbedded in the digital world, thanks to their prioritization by private corporations, while less developed areas are left excluded. This disproportionate diffusion of the digital has resulted in a surplus of information and technology in many urban areas, and a deficit in poorer regions of the global south. In this divide, we see the perpetuation of social inequalities, where those in the global north are prioritized over the global south. These inequalities in digital access have considerable influence on the social, economic, cultural, and political happenings of these disadvantaged populations, and further marginalizes them. These populations are once again prevented from accessing technology that will benefit them in the name of economic development in the global north.
In this uneven diffusion of the digital it is evident that economic development is prioritized over all else, and many private firms see greater economic potential in the global north rather than the south. There is greater digital infrastructure in the north, where its use is projected to lead to higher growth, thus higher profits. Once again, we see how economic greed in the global north perpetuates inequality in the global south.
In the digital divide, we see the geography of the access to the digital (which is extensive in the global north and restricted in the global south), the marginalization capacity of digital geographies in our society, as well as the influence the digital can have in shaping geographies. Check out the video below to get a better grasp on the intricacies of the digital divide.
Elle Kirwan-Tuite
THREATS TO PRIVACY
There is also a second issue associated with digital geography, and this is the threat to privacy that it can represent. While it feels like the internet, and the digital world, have been around forever, these things are relatively new. As a result, they come with privacy and security concerns attached.
An example of this is the fact that we must often sacrifice a percentage of our privacy to become a part of the digital world. While this was once a small percentage, we are now having to accept sacrificing more privacy as we become further embedded in the digital world. Often, the internet is our first port of call if we are seeking geographical information. If we want directions to get somewhere, we use google maps. If we want to visit a restaurant that an influencer we follow on social media dined at, we can simply click the location-pin they shared. With these clicks we can not only see someone else’s location, but we are also sharing our own. This presents a rather large privacy risk – the fact that ‘someone else’ always has access to our location, and knowns our movements (Cartwright 2003).
We are sacrificing an aspect of our privacy and receiving instantaneous access to the information within the digital in return. While we are using the digital to understand our geographic location in the world, it is also using us to gather information on our location and activities.
While we cannot live without the world of digital geography - thanks to the tremendous benefits it offers - we must also remember the issues associated with the digital world, and what these mean for us.
For more information on Privacy Threats and Digital Geography, check out the paper 'From Mapping Physical and Human Geographies to Mapping ‘Personal Geographies’: Privacy and Security Issues' by William Cartwright
Elle Kirwan-Tuite
There are also theoretical complexities within the world of digital geography, with many of these centering around the idea of a ‘digital turn’. Many academics argue that geography is experiencing a digital turn, where the digital has become ‘both the object and subject of geographical inquiry’ (Ash, Kitchin & Leszczynski, 2016). Digital devices and the software within them have become invaluable to geography, with these devices both producing geographic knowledge, and shaping thought around it.
This is where the idea of a ‘digital turn’ has come about – the geographic field has turned to the digital, not only to complete our work, but also as a field of study itself. The digital is not confined to only one sub-field of geography – it is active across all. Thus, not all geographies are digital geographies, but all geographies are impacted by the digital. So, digital geography is presented as a ‘turn’ in the field of geography, rather than a new sub-field within it. The reason the digital is cited as a turn rather than a new sub-field within geography is to avoid the decontextualization of digital approaches and research studies.
For a better understanding of these theoretical intricacies, watch this video of Rob Kitchin presenting his thoughts on digital geographies. It is especially interesting that Kitchin notes the western-centric nature of digital geographies, and highlights that we must work to understand this concept from the perspective of those in the global south.
WHAT DOES DECONTEXTUALIZATION MEAN?
Decontextualizing the digital means disassociating digital approaches from their relevant academic disciplines. It is paramount that we preserve the link between these digital methodologies and their relevant sub-disciplines. If this connection is disrupted - by digital geographies being depicted as an independent field – these methodologies will no longer be informed by the specific knowledge and practices of the relevant sub-discipline. Thus, these digital practices are given no meaning, and become obsolete. This why it is important for us to understand digital geography as a turn within the digital. In doing so, we are ensuring the digital continues to be a beneficial resource throughout the geographic discipline, rather than a disconnected sub-field.
This is not to say that we must accept the proliferation of the digital within geography as a way of life, so to say. While the internalization of the digital within geography has been widely well received, we must still research and study this phenomenon. This is particularly pertinent, as the digital is both mediating the production of geographic knowledge, as well as ‘mediating the production of space and transforming socio-spatial relations’ (Ash, Kitchin & Leszczynski, 2016).
Elle Kirwan-Tuite
Source: Here
Digital geographies are undergoing a wide range of improvements and adjustments that are influencing the sector, and trends and future developments in this field comprise all of these. The following are a few examples of the most important advancements and trends, for the future:
Marchine learning and AI: The incorporation of artificial intelligence (AI) and machine learning methodologies into the field of spatial analysis will facilitate the automation of geospatial processes, predictive modelling, and enhanced pattern recognition.
Integration of the AI and the VR: As seen in the example of the visualization of Neom the Line.
Irene Ouma
Image courtesy of AZOAI
Artificial intelligence (AI) and virtual reality (VR) are two technological developments that are progressively being incorporated into digital geographies.
Digital geographies are utilising AI to automate geospatial processes, conduct advanced spatial analysis, and use predictive modelling. Meanwhile, virtual reality (VR) is being used to build interactive and immersive virtual environments for various purposes, such as urban planning, environmental management, and disaster preparedness.
By integrating AI and VR into digital geographies, more sophisticated spatial analysis and simulation can be made possible, facilitating evidence-based decision making in the above mentioned areas (Source).
However, the integration of the AI and the VR into digital geographies is not without challenges. AI and VR in geographical analysis and decision-making raise ethical and privacy concerns. However, these technologies can help solve complicated spatial issues and promote sustainable and fair urban growth.
Irene Ouma
The Line is a conceptual Saudi Arabian smart city in Tabuk province, nearby to the borders of Egypt and Jordan on the Arab Gulf. Measured to be 500m in height, 200m wide, and 170 km long; planned to house 9 million No roads or cars, integrated public transit, 100% renewable energy and water, AI powered services, “5 minute rule”. The Line is being built in the Neom perimeter in north-western Saudi Arabia, an area chosen for a major national transformation and modernization project known as Saudi Vision 2030 (source) .
Let's have a look at the Line.
Spatial analysis plays a crucial role in the conception of The Line, particularly in understanding the geographical context and the impact of the environment on the design and construction of the city.
The desert location presents considerable environmental challenges, such as high temperature variations, low humidity levels, and rapid temperature fluctuations. These factors lead to the permanent expansion and contraction of materials. Spatial analysis is employed to evaluate the influence of various environmental conditions on the design and construction of The Line, hence guiding decisions regarding materials, infrastructure, and urban planning (Musset,2023 p.5).
Irene Ouma
Kepler.gl stands out as a powerful geospatial data visualization tool in the realm of digital geography. With its user-friendly interface and ability to handle large datasets efficiently, it serves as a valuable guide for exploring and understanding complex spatial relationships. This open-source gem brings customization and interactivity to the forefront, enabling users to create dynamic maps that tell compelling stories. Its versatility across various applications, from urban planning to environmental analysis, makes it a must-have tool for those navigating the intricacies of digital geography.
Klara Ruppert
If you're into visualizing geospatial data, check out Geoportal Light – an engaging open-source web platform designed for effortlessly creating and sharing GIS maps and data.
If you're in search of German-based data, explore the website provided above for access to INKAR and valuable information.
Klara Ruppert
Why not put your knowledge of digital geography to the test in this entertaining game? Dive into the world of the self-proclaimed 'best wordle game about geography' and enjoy the challenge!
Mission:
Guess the hidden country every day. Use the clues to guess it with the fewest attempts possible.
The clues you will get:
Hemisphere where the country you selected is located
Continent where the country you selected is located
Average temperature of the country you have chosen
Population of the country you have selected
Geographical direction of the country you are looking for in relation to the country you have selected.
I've recorded myself playing the game, giving you a sneak peek at how it unfolds. Take a first look by checking out the video!
Klara Ruppert
Do you want to learn more about Digital Geography?
Have a look at our PowerPoint presentation on 'Digital Geographies' for more information, or go to the following website:
Klara Ruppert
Pictures:
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Ash, J., Kitchin, R. and Leszczynski, A. (2019): "Introducing Digital Geographies." in: J. Ash, R. Kitchin and A. Leszczynski (Eds), Digital Geographies, London, SAGE Publications Ltd, pp. 1-10 Accessed 26 January 2024.
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We charted the filming locations based on movie genres