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seeing Geography through Cartography

seeing Geography through Cartography

seeing Geography through Cartography

seeing Geography through Cartography

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seeing Geography through Cartography

seeing Geography through Cartography

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seeing Geography through Cartography

seeing Geography through Cartography

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seeing Geography through Cartography

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seeing Geography through Cartography

seeing Geography through Cartography

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Public lecture organized jointly by the Leibniz Institute for Regional Geography, Leipzig University, and the German Cartographic Society | November 15th, 2017. Abstract: Maps have gone viral: they are in our cars, on our phones, and across our news feeds. While the pervasiveness of maps is clear, has this popularity resulted in a tangible improvement to our collective geographic understanding? Is the world any better for the maps we make? In this presentation, I ask how we as cartographers, data scientists, and storytellers might bring more meaning to our work. I hang this discussion across three, multi‐month interactive mapping projects completed in the University of Wisconsin Cartography Lab that had complementary research and design elements. The projects covered very different datasets and contexts—climate change, globalization, and environment justice—but each afforded a deep engagement with domain experts and target users to puzzle through the design and delivery of a meaningful map product. Across these projects, my opinion on what mattered shifted away from the data, and even the map, to the people and places quantified by the data and represented in the map…to the geography. I conclude by brainstorming ways to bring more meaning to our map designs, helping our audience see the geography through our cartography to enable geographic thinking and promote global citizenship.

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Invited talk given to Maptime AMS at De Waag in Amsterdam, the Netherlands | November 8th, 2017. Abstract: Professor Robert Roth will discuss emerging principles of user experience (UX) design for maps. The margin of success for geospatial technologies increasingly is in their design: it is not enough for mapping tools to simply work technically, they also must enable a productive and satisfying user experience. Cartographers increasingly are taking on the role of UX designer as maps move online and to mobile devices, blending established principles on cartographic representation with new ideas from interface design and usability engineering. In this presentation, Rob will give a crash course on UX, translating ideas from R&D into actionable design recommendations that can be applied to mapping projects of any scale.

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Invited talk given to the ITC Twente VISresearch Group in Enschede, the Netherlands | October 18th, 2017. Abstract: A taxonomy is a classification of discrete states or conditions for an empirically observable phenomenon. Taxonomies are a common intellectual product of research on interactive cartography and visualization, used to articulate, evaluate, and critique the available “design space” for various visual decisions. However, taxonomies perhaps are too common in the literature today, making it difficult for both designers and researchers to choose an appropriate taxonomy for a given problem, much less to get a sense of how all taxonomies relate (or do not relate) to one another. In this presentation, I weigh the advantages and limitations of taxonomies for visual design and research, outlining the purpose of general taxonomies versus problem-oriented requirements. I then compare and contrast taxonomies used in representation design versus interaction design, such as Norman’s stages of interaction, Bertin’s visual variables with extensions from MacEachren, and my own composite taxonomy of interaction primitives. I conclude with open discussion through several interactive mapping and visualization examples by way of exploring my ad hoc “taxonomy of taxonomies”.

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Invited talk given to the City University of London giCentre lab | September 25th, 2017 Abstract: Interactivity is fundamental to exploratory visualization. While much of our time as researchers and designers is dedicated to information processing or graphic rendering, it is the interface to our designs that makes the visualization come alive for their users, that empowers them to spontaneously generate new and insightful views as they demand them, and that enables them to tinker, to question, to reason, and ultimately to discover the unknown. Accordingly, there are now numerous proposals in Information Visualization, Visual Analytics, and my home discipline of Cartography to establish a “science of interaction”. Yet, although there are a growing number of conventions, frameworks, and taxonomies for interaction design, relatively limited empirical research has been conducted by the visualization community on interaction. In this presentation, I discuss my research on the “science of interaction”, with a focus on interactive maps and geographic visualizations. I begin by summarizing a series of studies I conducted to empirically derive a taxonomy of interaction primitives, or basic building blocks of interaction. I then discuss how I employed this taxonomy for controlled experimentation on interaction design, using mapping case studies in crime analysis, public health, and environmental justice. I conclude with a call to action, outlining empirical challenges we must address to realize a “science of interaction”.

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Invited talk given to the ITC Twente Department of Geo-Information Processing in Enschede, the Netherlands | September 7th, 2017 Abstract: Maps have gone viral: they are in our cars, on our phones, and across our news feeds. Further, professionals in a variety of fields use mapping technologies to address our planet’s most pressing problems: they organize activities during emergency and crisis events; they inform how best to cope with changing climates and demographics; they assist in managing local and global trade. However, advances in personal computing and information technologies have fundamentally transformed how maps are produced and consumed, as many maps now are highly interactive and delivered online or through mobile applications. Today, professionals and students alike must be able to both encode geographic information based on sound cartographic principles as well as how to code a useful and usable interface for exploring the resulting maps. While much of the empirical research in cartography over the past half century has addressed representation design, evaluating the graphic symbols employed to communicate meaning in geographic information, relatively few empirical studies in cartography approach interaction design, research that is needed to understand how to successfully design and implement digital mapping interfaces that meet user needs and promote geographic understanding. My research grapples with the central question “How do interactive maps work?”, treating interaction as a fundamental complement to representation for cartographic design. In this presentation, I first make the case for cartography in the ever-widening discipline of GIScience by highlighting a series of recent developments in the United States. I then introduce my main research interests, providing a whirlwind tour through my recent contributions to interactive cartography and geographic visualization. In particular, I pair my conceptual research on interaction primitives—the basic building blocks of interaction design that mirror the visual variables in representation design—with my methodological research on user-centered design, putting theory into practice through several case study examples. I conclude by discussing research and design opportunities in interactive cartography, outlining several current projects I have underway on the topics of mobile map design, visual storytelling, and cartographic pedagogy.

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Paper read at the 2017 Esri Education Conference in San Diego, CA | July 8th, 2017. Abstract: In this paper, we report on lessons learned from an annual, day-long “Design Challenge” mapping workshop held at the University of Wisconsin-Madison. The Design Challenge brings together students from all sub-areas of geography to apply their critical, analytical, and mapping training to a cross-cutting geographic problem. The Design Challenge somewhat follows the mold of other lock-in-like coding and writing events, but is unique in its focus creativity and discovery. Specifically, the Design Challenge emphasizes the analytical and design thinking throughout the day, building several collaborative activities into the event, and focuses on the process of making rather than the final products. We have now held three Design Challenges on three very different geographic topics: the transnational hazardous waste trade in North America using a large and uncertain transaction dataset, climate change communication using a complex and disparate spatiotemporal fossil dataset, and a radical atlas of Madison using design inspiration from art and social theory. In the presentation, we discuss the importance of informal and non-traditional pedagogy for mapping, the logistics of the Design Challenge, and enduring lessons learned from the process.

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The global implications of DORA and NIS 2 Directive are significant, extending beyond the European Union. Amongst others, the webinar covers: • DORA and its Implications • Nis 2 Directive and its Implications • How to leverage directive and regulation as a marketing tool and competitive advantage • How to use new compliance framework to request additional budget Presenters: Christophe Mazzola - Senior Cyber Governance Consultant Armed with endless Excel files, a meme catalog worthy of the best X'os (formerly twittos), and a risk register to make your favorite risk manager jealous, I swapped my computer scientist cape a few years ago for that of a (cyber) threat hunter with the honorary title of CISO. Ah, and I am also a quadruple senior certified ISO27001/2/5, Pas mal non ? C'est francais. Malcolm Xavier Malcolm Xavier has been working in the Digital Industry for over 18 Years now. He has worked with Global Clients in South Africa, United States and United Kingdom. He has achieved Many Professional Certifications Like CISSP, Google Cloud Practitioner, TOGAF, Azure Cloud, ITIL v3 etc. His core competencies include IT strategy, cybersecurity, IT infrastructure management, data center migration and consolidation, data protection and compliance, risk management and governance, and IS program development and management. Date: April 25, 2024 Tags: Information Security, Digital Operational Resilience Act (DORA) ------------------------------------------------------------------------------- Find out more about ISO training and certification services Training: Digital Operational Resilience Act (DORA) - EN | PECB NIS 2 Directive - EN | PECB Webinars: https://pecb.com/webinars Article: https://pecb.com/article Whitepaper: https://pecb.com/whitepaper ------------------------------------------------------------------------------- For more information about PECB: Website: https://pecb.com/ LinkedIn: https://www.linkedin.com/company/pecb/ Facebook: https://www.facebook.com/PECBInternational/ Slideshare: http://www.slideshare.net/PECBCERTIFICATION

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In BC’s nearly-decade-old “new” curriculum, the curricular competencies describe the processes that students are expected to develop in areas of learning such as mathematics. They reflect the “Do” in the “Know-Do-Understand” model. Under the “Communicating” header falls the curricular competency “Explain and justify mathematical ideas and decisions.” Note that it contains two processes: “Explain mathematical ideas” and “Justify mathematical decisions.” I have broken it down into its separate parts in order to understand--or reveal--its meaning. The first part is commonplace in classrooms. By now, BC math teachers—and students—understand that “Explain mathematical ideas” means more than “Show your work.” Teachers consistently ask “What did you do?” and “How do you know?” This process is about retelling, not just of steps but of thinking. The second part happens less frequently. Think back to the last time that you observed a student make—a necessary precursor to justify—a mathematical decision. “Justify” is about defending. Like “explain,” it involves reasoning; unlike “explain,” it also involves opinion and debate. In order to reinterpret the curricular competency “Explain and justify mathematical ideas and decisions,” I will continue to take apart its constituent part “Justify mathematical decisions” and carefully examine the term “mathematical decisions.” What, exactly, is a “mathematical decision”? Below, I will categorize answers to this question. These categories, and the provided examples, may help to suggest new opportunities for students to justify.

Making and Justifying Mathematical Decisions.pdf

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