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AfriSpeech/afri-adaptations 🌍
Afri-Adaptations is a dataset of words that have been phonetically adapted into 723 African languages from English and French.
Every pair documents how foreign words, named entities, personal names, geographical places, and loanwords from English and French undergo phonological, morphological, and orthographic adaptation when borrowed into indigenous African languages. The dataset includes a universalised column generated using africa-g2p to provide cross-lingual phonetic grounding.
All pairs are extracted directly from authentic multi-source parallel text (AfriSpeech/africa-corpus and AfriSpeech/african-corpus-jw) using dependency-parsed noun-phrase alignments and consensus majority voting (100% human bitext, zero synthetic LLM translations).
- Author: Mich-Seth Owusu (
michseth@ghananlp.org) - Organization: AfriSpeech & Ghana NLP
- Codebase: github.com/AfriSpeech/afrigloss-mt
- African Languages Covered: 723 languages
- Total Directional Subsets: 1446 language pairs
- English Source (
en-*): 723 African target languages (868,684 adaptations) - French Source (
fr-*): 723 African target languages (666,510 adaptations)
- English Source (
- Total Verified Word Adaptations: 1,535,194
📊 Sample Directional Subsets
Subset (config) |
Language Direction | Verified Adapted Words |
|---|---|---|
en-tw |
English $\rightarrow$ tw |
18,909 |
en-sw |
English $\rightarrow$ sw |
12,281 |
en-yo |
English $\rightarrow$ yo |
9,316 |
en-ha |
English $\rightarrow$ ha |
4,679 |
en-ig |
English $\rightarrow$ ig |
9,171 |
en-ee |
English $\rightarrow$ ee |
8,720 |
en-sn |
English $\rightarrow$ sn |
7,976 |
en-amh |
English $\rightarrow$ amh |
8,914 |
en-lin |
English $\rightarrow$ lin |
5,481 |
en-zul |
English $\rightarrow$ zul |
6,545 |
en-kin |
English $\rightarrow$ kin |
8,463 |
fr-tw |
French $\rightarrow$ tw |
12,591 |
fr-sw |
French $\rightarrow$ sw |
10,772 |
fr-yo |
French $\rightarrow$ yo |
8,789 |
fr-ha |
French $\rightarrow$ ha |
4,057 |
fr-ig |
French $\rightarrow$ ig |
7,766 |
fr-ee |
French $\rightarrow$ ee |
7,614 |
fr-sn |
French $\rightarrow$ sn |
7,066 |
fr-kin |
French $\rightarrow$ kin |
7,180 |
fr-loz |
French $\rightarrow$ loz |
5,432 |
| ... | (and 1426 more language directions) | ... |
| Grand Total | 1446 Language Pairs | 1,535,194 |
🚀 How to Load Specific Language Directions
Load any specific directional subset directly with Hugging Face datasets:
from datasets import load_dataset
# 1. Load English -> Twi (Akan) phonetic adaptations
ds_en_tw = load_dataset("AfriSpeech/afri-adaptations", "en-tw", split="train")
print(ds_en_tw[0])
# {'source_term': 'Jehovah', 'target_term': 'Yehowa', 'universalised': 'yehowa', 'confidence': 0.9949, 'frequency': 32545}
# 2. Load English -> Swahili phonetic adaptations
ds_en_sw = load_dataset("AfriSpeech/afri-adaptations", "en-sw", split="train")
print(ds_en_sw[0])
# {'source_term': 'Jesus', 'target_term': 'Yesu', 'universalised': 'yesu', 'confidence': 0.9963, 'frequency': 18384}
# 3. Load English -> Amharic phonetic adaptations
ds_en_amh = load_dataset("AfriSpeech/afri-adaptations", "en-amh", split="train")
print(ds_en_amh[0])
# {'source_term': 'Jesus', 'target_term': 'ኢየሱስ', 'universalised': 'iyasuse', 'confidence': 1.0, 'frequency': 21841}
# 4. Load French -> Swahili phonetic adaptations
ds_fr_sw = load_dataset("AfriSpeech/afri-adaptations", "fr-sw", split="train")
print(ds_fr_sw[0])
# {'source_term': 'Jéhovah', 'target_term': 'Yehova', 'universalised': 'yehova', 'confidence': 0.9925, 'frequency': 45080}
Data Fields
source_term: The original foreign word or named entity in English or French.target_term: The phonetically and orthographically adapted word in the African language.universalised: The phonetically universalized representation generated via africa-g2p, mapping African orthographies to common cross-lingual phonetic units.confidence: Empirical consensus score across all parallel sentence occurrences (0.00 – 1.00).frequency: Total number of occurrences observed across the corpus bitext.
⚖️ License
This dataset is distributed under the Creative Commons Attribution-NonCommercial 4.0 International (CC-BY-NC 4.0) license.
📚 Citation
@article{owusu2026afrigloss,
title={Afri-Gloss-MT: In-Place Glossary Constraints for African Machine Translation},
author={Owusu, Mich-Seth},
journal={arXiv preprint},
year={2026}
}
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