Comprehensive Study Notes: Introduction to Geographic Information Systems and Cartography

Course Logistics and Infrastructure

• Module 1 Objectives: Focuses primarily on installing and configuring ArcGIS Pro software alongside foundational concepts in geographic information science.
• Lab Location: In-person lab meetings occur every Wednesday downstairs in GIS Lab 2219220 (Lab 2219/220).
• After-Hours Lab Access:
  • Student access outside scheduled hours is granted by submitting a roster to Danny.
  • USF ID cards provide building and lab entry during evenings and weekends, provided no active GIS classes are occupying the space.
• Software Access Modalities: Students have three distinct options for accessing ArcGIS Pro:
  1. Installing ArcGIS Pro directly onto personal laptops.
  2. Utilizing pre-configured lab computers in Lab 2219220.
  3. Connecting remotely to the USF server gateway.
• Assignment Publishing and Due Dates:
  • Standard lab modules are published on Mondays with submission deadlines set for Sunday at midnight ($12:00\text{ AM}$).
  • The introductory lab for Week 1 is published on Wednesday with extended completion time due to its non-challenging nature.

Personal Background and Academic Context

• Academic Trajectory at USF:
  • Higher degree research and thesis work began in the Geology Department in $2003$
  • Enrolled in a course titled "Visualization" in $2005$ or $2006$, taught by Dr. Jeff Ryan in the Geology Department.
  • Initial visualization coursework utilized basic tools like Google Earth before introducing ArcGIS software via distribution disks from the Geography Department.
  • Transitioned primary academic focus from Geology to Geographic Information Systems (GIS).
• Personal Background:
  • Parent to two children: a $15$-year-old daughter ($10\text{th}$ grader) and a $9$-year-old son diagnosed with autism and ADHD.

Grading Structure and Course Expectations

• Grade Weight Distribution:
  • Labs and Group Project: $50\%$ of the cumulative course grade.
  • Quizzes: $4\%$ of the cumulative course grade.
  • Remaining evaluation components include the Midterm Exam and Final Project Presentation.
• Late Submission Policy:
  • Late lab submissions incur a penalty of $10\%$ deduction per day overdue.
  • Assignments overdue by $10$ days receive an unrecoverable score of $0\%$.
  • Unexcused late submissions are not accepted; official medical documentation is required for exceptions.
• Attendance Patterns and Skill Application:
  • High class attendance typically declines following the midterm exam (dropping to $10$, $12$, or $15$ students in the $12:30\text{ PM}$ session).
  • Job applications in GIS evaluate software competency through verbal interviews rather than live terminal testing; saving all course artifacts for prospective job or internship portfolios is critical.

Group Project Guidelines and ArcGIS StoryMaps

• Team Formation Rules:
  • Teams must consist of a minimum of $3$ students and a maximum of $4$ students.
  • Groups of $2$ students or solo projects are strictly prohibited.
  • Teams are formally established on a designated announcement day.
  • Weekly mandatory check-ins with the instructor during lab sessions are required for project progress tracking.
• Core Project Requirements:
  • Formulate a original research topic and independently acquire necessary spatial datasets.
  • Construct at least $3$ distinct spatial maps.
  • Synthesize findings into an ArcGIS StoryMap structured like a research paper (including introduction, methodology, and results).
  • Deliver a formal team presentation during the final week of the semester.

Academic Literature and Map Design Principles

• Required Primary Text: Principles of Map Design by Tanner. Lecture presentations directly incorporate figures and conceptual frameworks from this book.
• Optional Supplementary Text: How to Lie with Maps by Mark Monmonier.
• Cartographic Philosophy:
  • Cartography functions similarly to painting; it provides a selective graphic interpretation rather than an absolute photographic duplicate of reality.
  • Mapmakers choose specific perspectives to emphasize particular features or problems.
  • Familiarity with author names (Tanner, Monmonier) and exact publication titles is required for assessments.

Fundamentals of Cartography, GIS, and Remote Sensing

• Definition of Cartography: Defined by the International Cartographic Association (ICA) as "the art, science, and technology of map making."
• Three Pillars of Spatial Technology:
  1. GPS (Global Positioning System): Hardware devices used to capture physical spatial coordinates in the field (historically dedicated handheld units, now integrated into modern smartphones).
  2. GIS (Geographic Information System): Computer software applications (e.g., ArcGIS Pro) designed to manage, store, edit, and model spatial data.
  3. Remote Sensing: Acquisition of Earth surface imagery via aerial photography and satellite sensors, serving as a core foundation for advanced spatial modeling and artificial intelligence applications.

Map Projections, Coordinate Systems, and Earth Geometry

• Geometric Transformation: The process of transforming the Earth's 3D surface model into a 2D flat plane, which inherently causes spatial deformation and data distortion.
• Primary Map Projection Families:
  • Cylindrical Projections: Created by wrapping a planar cylinder around the globe; ideal for mapping the entire world.
  • Conic Projections: Created by placing a cone over a portion of the globe (e.g., party hat shape); used for mapping single regions or hemispheres (e.g., Northern Hemisphere).
  • Azimuthal (Planar) Projections: Projected directly onto a single tangent plane.
• Software Handling: Modern GIS software packages automatically adjust multi-source spatial datasets to match the selected map projection during project integration.

Data Management, Excel Integration, and Geospatial Platforms

• Tabular Data Workflows:
  • Laboratory modules cover cleaning, formatting, and importing Microsoft Excel tables, text files, and PDF tabular data into ArcGIS Pro attribute tables.
  • Proficiency in Excel data manipulation is a core baseline requirement for professional GIS employment.
• Key Geospatial Platforms:
  • ESRI (AZRI): The commercial developer and distributor of the ArcGIS software suite.
  • ArcGIS Online: A cloud-based web platform designed for collaborative spatial data management, editing, and publishing.
  • OpenStreetMap (OSM): An open-source web platform for crowdsourced geographic data retrieval.

Historical Milestones in Cartography

• Babylonian Clay Tablet:
  • Created approximately $3,000$ years ago ($1,000\text{ BCE}$) in ancient Mesopotamia (modern-day Iraq).
  • Represents one of the earliest known geographic maps, depicting city features, mountain ranges, and surrounding water bodies.
  • Housed in the British Museum in London.
• Mercator Projection:
  • Developed approximately $800$ years ago by Gerardus Mercator.
  • Utilizes perpendicular grid lines of latitude and longitude.
  • Preserves constant compass bearings for maritime navigation; serves as the underlying projection structure for modern web mapping services such as Google Maps.

Map Classification and Spatial Visualization Applications

• Distinction Between Images and Maps:
  • Raw satellite images or aerial photographs are simple pictures, not maps.
  • Converting an image into a functional map requires Geo-referencing (linking pixels to real-world ground coordinates) and systematic Labeling.
• Functional Map Classifications:
  • General Reference Maps: Display baseline geographic features (such as water bodies, landforms, highways, and administrative boundaries) without focusing on a single specific subject.
  • Special Purpose / Thematic Maps: Focus on a specific thematic topic or domain (e.g., geologic maps, which originated around $1840$, demographic analyses, or business logistics maps).
• Advanced Modeling and Crowdsourcing:
  • 3D animation and hydrodynamic modeling inside GIS simulate floodwater accumulation rates to support municipal environmental planning (e.g., Hillsborough County department workflows).
  • Crowdsourced navigation applications (e.g., Waze, adopted widely around $2013$) and social sensing maps collect user-contributed geospatial data for real-time spatial analysis.