🇷🇸 Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) genetics
Explore the ancient reference Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile), its closest modern genetic matches, ancestry models, and genetic distance heatmap.
📍 RegionSerbia
🧬 Closest modern matchItalian Sicily Agrigento (Sicilian)
⏳ Time periodLate Antiquity · Roman Imperial period
About Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile)
Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) is a reference in the World Genetics ancient G25 dataset. This page compares its coordinates with modern and ancient references. Labels may identify a sampled group, archaeological context, individual, or simulation; they do not necessarily describe an entire ancient population.
The map shows similarity to present-day reference populations, not the historical territory of this ancient group. Genetic similarity alone does not establish direct descent.
What is Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) DNA closest to?
In the World Genetics modern G25 comparison, the closest non-self match for Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) is Italian Sicily Agrigento (Sicilian). Other nearby references include Greek North Aegean Fourni, Italian Sicily East (Sicilian), Italian Campania (Campanian), and Italian Lazio (Lazian). This gives the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) profile its nearest modern genetic context inside the current reference database.
Closest Matches
Target: —
Distance
What does Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) ancestry look like?
The ancestral breakdown below loads the best-fitting World Genetics calculator for the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) average. It should be read as a model of deep ancestry components, while the closest-match table is the better guide to which modern populations are most similar in G25 space.
Ancestral Breakdown
Loading
Loading ancestral breakdown.
Where is Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) DNA closest on the map?
The heatmap gives the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) profile a geographic shape. Warmer areas mark regions where available modern reference populations sit closer to the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) average, while cooler areas represent more distant matches.
Loading Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) genetics.World Genetics is building the map and closest-match report.
Map Controls
Create your own ancestry report.Upload raw DNA data or build an ancestry estimate from known family origins.
Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) Genetics FAQ
What populations are genetically closest to Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile)?
The closest non-self match in this World Genetics comparison is Italian Sicily Agrigento (Sicilian). Other nearby references include Greek North Aegean Fourni, Italian Sicily East (Sicilian), Italian Campania (Campanian), and Italian Lazio (Lazian).
Is Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) DNA closest to Italian Sicily Agrigento (Sicilian)?
In the current modern G25 reference set, Italian Sicily Agrigento (Sicilian) is the closest listed match to the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) average after removing Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) itself from the table.
What does the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) heatmap show?
The heatmap shows where modern reference populations are closer or farther from the Serbia Late Antiquity (Roman Empire-Byzantine) Ravna Slog (East Med Profile) G25 average, giving the closest-match results a geographic view.
