Cartographic Representation of Geographic Data: Techniques and Applications
DOI:
https://doi.org/10.29070/9bmh8h80Keywords:
Cartography, GIS, geospatial data, ICT, participatory mapping, indigenous mapping, democratization, cartographic principles, spatial problem-solving, knowledge generationAbstract
Cartography has undergone a significant transformation due to advancements in Geographic Information Systems (GIS), geospatial data availability, and emerging Information and Communication Technologies (ICT). The democratization of mapping tools has empowered individuals from diverse backgrounds to contribute to map-making, transcending the traditional domain of professional cartographers. This shift has fostered public engagement, creativity, and inclusion in cartography, enabling the production of maps that reflect varied interests, knowledge, and aesthetic principles. Participatory approaches, such as indigenous mapping, combine traditional knowledge with modern spatial technologies, exemplifying the potential of community-driven cartographic projects. Despite these advancements, the widespread accessibility of mapping tools has raised concerns about adherence to established cartographic principles and standards. While traditional cartography emphasized precision and rigor, modern approaches prioritize innovation and accessibility, often leveraging maps for spatial problem-solving, decision-making, and knowledge generation. This evolution highlights the dual challenge of maintaining cartographic rigor while embracing inclusivity and technological innovation. Ultimately, the transformative growth of cartography underscores its critical role in addressing spatial challenges and fostering community engagement. Balancing innovation, accessibility, and adherence to cartographic standards remains crucial as the discipline continues to evolve.
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