Linked from

The 97 pages that link to Graph theory, each with the reason it gives.

• Finite setRelated: Finite graphs are built from finite vertex and edge sets.

• Ecological connectivityRelated: Network models represent habitat patches as nodes and movement routes as links.

• Martin GardnerRelated: Gardner popularized graph-theoretic problems such as map coloring and Hamiltonian paths.

• Mathematical structureRelated: Graphs model relational structure in networks, geometry, and computation.

• Complex systemRelated: Graphs provide a formal language for representing component connections.

• Endre SzemerédiRelated: Szemerédi developed graph methods that became central to combinatorics.

• Mathematical puzzleRelated: The bridges of Königsberg helped establish the subject through a puzzle-like question.

• Richard RadoRelated: Rado’s work includes influential results about infinite graphs.

• Kevin BaconRelated: The game models actors and shared films as vertices connected by edges.

• Combinatorial principlesRelated: Graph problems often use counting principles to bound configurations and degrees.

• Conformation & topologyRelated: Representing atoms and bonds as vertices and edges separates connectivity from spatial embedding.