Maps for Academic Papers: Standards and Formats

Cartographic material is a mandatory part of many dissertations and theses: geography, ecology, urban planning, economics, sociology. Requirements for maps in academic papers differ from regular illustrations: scale, legends, coordinate systems, fonts — everything is regulated. Let's explore how to prepare a map that meets academic standards.

Requirements for Maps in Academic Papers

General Academic Standards

Key requirements for cartographic illustrations in dissertations:

Scale: - Must be indicated as a scale bar (graphic scale) and numeric scale (1:10,000) - Scale should match content: detailed neighborhood analysis — 1:10,000...1:25,000, city — 1:50,000...1:100,000, region — 1:200,000...1:1,000,000

Legend: - Required for every map - Placed to the right or below the map - All symbols and colors must be explained

Frame and Coordinate Grid: - Map must have a frame - For large-scale maps — coordinate grid with labels

Orientation: - North arrow is mandatory - Standard orientation — north at top

Fonts: - Map labels should use standard fonts (Times New Roman, Arial) - Minimum font size — 6 pt for map labels

Illustration Format Standards

Common requirements across academic institutions: - Raster map resolution — minimum 300 DPI - Preferably vector format (SVG, PDF) - Color maps are acceptable but should be readable in black and white - Numbering: "Fig. 1." or "Map 1."

Step-by-Step Guide

Step 1: Determine Scale and Coverage

Before exporting, decide: - What territory the map shows (neighborhood, city, region, country) - What scale is needed for printing on Letter/A4 or Tabloid/A3

Scale calculation for A4 (210x297 mm, working area ~180x260 mm):

Step 2: Choose a Map Style

For academic papers, neutral styles are best:

Clean — best choice for most dissertations. Minimal decorative elements, clear boundaries, readable labels.

Grayscale — if the dissertation is printed in black and white. All elements distinguishable without color.

Default — when maximum information density is needed.

Avoid artistic styles (Neon, Blueprint, Vintage) — they're inappropriate for academic work.

Step 3: Export the Map

On osm2cdr.ru, select area, format, and style:

For Word/LaTeX insertion: - PDF — best option. Vector, scalable, fonts embedded. - SVG — for further editing in Inkscape/Illustrator. - TIFF (300 DPI) — raster option for compatibility.

For A3 fold-out: - PDF — with A3 parameters, 300 DPI, scale bar included.

Step 4: Add Required Elements

After export, refine the map in a graphics editor (Inkscape — free, Adobe Illustrator — paid):

Scale bar: A graphic scale is better than numeric — it remains correct when the illustration is resized.

|—|—|—|—|—|
0  100 200 300 400 500 m

North arrow: A simple arrow with "N". Placed in the upper right corner.

Legend: All symbols and colors used. Example:

Legend:
■ Residential buildings
■ Commercial buildings
— Major roads
— Local roads
~ Water features
▒ Green areas

Caption:

Fig. 3.2. Functional zoning of the study area
(central Moscow)
Scale 1:25,000
Source: OpenStreetMap, 2026

Step 5: Add a Thematic Layer

An academic map usually contains not just a base map, but thematic information:

• Study points — numbered markers
• Zones — highlighted areas with hatching or fill
• Isolines — lines of equal values (temperature, elevation, density)
• Charts — pie or bar charts on the map
• Routes — lines with direction of movement

In Inkscape (SVG) or Illustrator, this is done by overlaying layers on the base map.

Step 6: Verify the Coordinate System

Include the coordinate system in the map caption:

Coordinate system: WGS 84 (EPSG:4326)
Projection: UTM zone 37N (EPSG:32637)

Map Examples for Different Disciplines

Geography / Ecology

• Base map: Clean or Grayscale
• Thematic layer: observation points, buffer zones, zoning
• Required: coordinate grid, scale, coordinate system
• Format: PDF (for text), TIFF (for appendix)

Urban Planning

• Base map: Clean with buildings and roads
• Thematic layer: building heights (color-coded), functional zones
• Required: legend with categories, scale
• Format: SVG (for editing), PDF (for text)

Sociology / Economics

• Base map: Light (minimal distracting details)
• Thematic layer: heat map, survey points, study districts
• Required: legend, scale
• Format: PDF

Transportation

• Base map: Default or Transit
• Thematic layer: routes, traffic load, congestion
• Required: directions, scale, legend with road types
• Format: SVG or PDF

Common Mistakes

1. Map without scale. The most common error. Without scale, a map is just a picture.

2. Unreadable legend. Small font, similar colors, missing symbol explanations.

3. Low resolution. A 72 DPI screen-captured raster map looks blurry in print. Use minimum 300 DPI or vector format.

4. Artistic styles. Neon or Vintage in academic work is inappropriate.

5. Missing data source. Always state: "Data source: OpenStreetMap, (c) OpenStreetMap contributors, ODbL."

6. Wrong projection. Areas in Web Mercator (EPSG:3857) are distorted. For measurements, use UTM or equal-area projections.

7. Information overload. Too much data on one map. Better to have several thematic maps than one unreadable one.

Tools for Refinement

LaTeX: Inserting a Map

\begin{figure}[htbp]
  \centering
  \includegraphics[width=0.9\textwidth]{figures/map_study_area.pdf}
  \caption{Study area: central Moscow.
           Scale 1:25,000.
           Data source: OpenStreetMap, 2026}
  \label{fig:study_area}
\end{figure}

Conclusion

A quality map for a dissertation combines the right data, a neutral style, and mandatory formatting elements (scale, legend, north arrow, source). Export the base map via osm2cdr.ru in PDF or SVG, add a thematic layer, and format according to your institution's standards in a graphics editor.