Malawi

#108 of 189

0.0% of editorial positions

48
Positions
44
Editors
36
Journals
11
Publishers
11.1
Mean h-index

Malawi ranks #108 among 189 countries. 48 positions across 36 journals. 44 editors. 35.7% female (above avg 33.7%). Mean h-index: 11.1 (below avg 22.7). 0.0% of global positions.

Gender distribution

Gender-inference coverage: 65.9% of editors here have an inferred gender — the 35.7% figure understates uncertainty for the unclassified remainder.

Male
18
Female
10
Androgynous
1
Unknown
15

35.7% female · 64.3% male (of 28 resolved; global avg 33.7%)

Each editor counted once at this entity (composite identity key). Gender is inferred from the first name — not self-reported — and coverage drops for non-Latin-script names, which inflates the "unknown" bar in some countries.

Board diversity

Per-editor diversity indicators. Each editor is counted once (composite identity key). The Shannon columns use Pielou's normalisation J = H / ln(k) so values are comparable across entities with different numbers of categories. See the methodology for full definitions, use cases, and references (Shannon 1948; Pielou 1966; Jost 2006).

0.732
Pielou's J over OpenAlex scientific fields. High values mean this entity's editors span many disciplines (a broad multidisciplinary footprint); low values mean they cluster in one field. Especially informative for institution pages, where the country and org_type Shannons are trivially zero.
0.511
Pielou's J over the ROR org_type field (education, healthcare, facility, government, nonprofit, company, archive). Low values mean editors come overwhelmingly from one kind of institution — usually universities, which account for about 82% of editors dataset-wide. Higher values indicate editorial boards that reach into clinical practice, public labs, industry, or scientific societies.
18 yr
Median years since first OpenAlex-indexed publication, per unique editor. IQR 10–25 yr (spread 15 yr), mean 21.2 yr, n = 37. A low median with a small IQR indicates a board clustered in one career stage; a large IQR signals generational mix.