SourceScore
PEERS · 5 CLOSEST · JSTOR

Sources at JSTOR's tier

The 5 sources closest to JSTOR (B · 82) by composite SourceScore Index, across all categories. Use this view to discover at-tier peers regardless of vertical.

Reference
JSTOR
jstor.org · Academic
Disc A · 90·Mod-Ref B · 75·Vel B · 80
B·82
Discipline leader
JSTOR
A · 90(that's you)
Modern Reference leader
GitHub
A · 92+17 vs you
Velocity leader
GitHub
B · 84+4 vs you
Peer-group means (excluding JSTOR)
Index
82
0 vs you
Discipline
84
-6 vs you
Modern Reference
86
+11 vs you
Velocity
78
-2 vs you

The 5 closest peers

  1. 1
    Anthropic Researchanthropic.comAcademic

    AI safety research lab publishing technical papers + safety research + Claude model documentation.

    Discipline A · 86(-4)Modern Reference A · 88(+13)Velocity B · 72(-8)
    B·82
  2. 2
    BBC Newsbbc.comNews

    UK public broadcaster with editorial guidelines + corrections discipline; vast topic + language coverage.

    Discipline B · 80(-10)Modern Reference B · 83(+8)Velocity B · 82(+2)
    B·82
  3. 3

    U.S. foreign-policy think tank; publishes Foreign Affairs + research on international issues since 1921.

    Discipline A · 88(-2)Modern Reference B · 82(+7)Velocity B · 78(-2)
    B·82
  4. 4
    GitHubgithub.comPlatform

    Developer collaboration platform; primary host for open-source code + CI workflows.

    Discipline B · 78(-12)Modern Reference A · 92(+17)Velocity B · 84(+4)
    B·82
  5. 5
    MIT CSAILcsail.mit.eduAcademic

    MIT Computer Science and Artificial Intelligence Laboratory; flagship academic CS research lab.

    Discipline A · 90Modern Reference B · 84(+9)Velocity B · 72(-8)
    B·82

How we picked these peers

Peers are the 5 sources with the smallest absolute distance to JSTOR on the composite SourceScore Index, across all academic and non-academic sources. Distance is computed as |peer Index − JSTOR Index|. Ties are broken by higher Index first, then alphabetical by name.

Distinct from JSTOR's curated comparator hub, which lists hand-selected head-to-head pairs. Peers is auto-computed from the score data — every source has one, and it surfaces neighbors regardless of editorial selection.