New 🐟 Mercury Safety Guide & Omega-3 Rankings Updated for 2026. View Omega-3 Rankings →

💧 Freshwater 🌡️ Tropical

Labeotropheus Alticodia

Labeotropheus alticodia Phiri & Pauers, 2023
Max Length
8.6 cm
Max Weight
-
Lifespan
-
Trophic Level
3.3
Depth
-
Climate
Tropical
Resilience
High
Vulnerability
13.00/100
Typical Length
-
Depth Zone
-

📖 Overview

Overview information for Labeotropheus Alticodia is currently being compiled by our editorial team.

Scientific Name
Labeotropheus alticodia
Authority
Phiri & Pauers, 2023
Habitat
Freshwater
Climate
Tropical
Max Length
8.6 cm
Trophic Level
3.3
Resilience
High
Vulnerability
13.00/100
Salinity
0–0.5 ppt

🐟 Physical Description

Dorsal spines (total): 16 - 17; Dorsal soft rays (total): 8 - 9; Anal spines: 3; Anal soft rays: 7 - 8. Diagnosis: Labeotropheus alticodia differs from the slender-bodied Labeotropheus, , L. simoneae, L. chirangali and L. rubidorsalis, as well as L. chlorosiglos, due to its greater body depth, 37.4-40.6% of standard length vs. 26.3-33.4% in L. trewavasae, 26.9-30.8% in L. simoneae, 26.6-33.2% in L. chirangali, 31.6-36.1% in L. rubidorsalis, 31.9-34.7% in L. chlorosiglos; it also differs from the slender Labeotropheus due to a greater distance between the insertion of the dorsal fin and the insertion of the anal fin, 16.4-18.1% of standard length vs. 12.7-15.5% in L. trewavasae, 14.6-16.0% in L. simoneae, 13.7-15.7% in L. chirangali, 13.5-15.7% in L. rubidorsalis . Labeotropheus alticodia differs from all other robust-bodied Labeotropheus, except L. fuelleborni, by the nuptial colouration of the males: male L. alticodia have a pale, powder-blue body, and the dorsal and caudal fins are whitish blue with yellow trailing edges, while the anal fin is a pale yellow orange; additionally, the pelvic fins are a pale yellow orange with white leading edges; the morphometric and meristic values largely overlap with the other robust Labeotropheus, with the following exceptions: L. alticodia differs from L. fuelleborni due to a longer distance between the tip of the snout and the origin of the dorsal fin, 33.6-35.9% of standard length vs. 30.8-33.7%, a longer rostral length, 42.0-48.8% of head length vs. 40.4-42.0%, a shorter upper jaw, 14.4-20.1% of head length vs. 20.2-23.9%, and a smaller snout pad, 11.6-14.8% of head length vs. 14.9-17.2%; it differs from L. artatorostris due to a deeper preorbital depth, 26.9-34.5% of head length vs. 19.7-26.8%, and a typically longer rostral length, 42.0-48.4% of head length vs. 22.9-43.7%; it differs from L. candipygia by greater distances between the insertion of the dorsal fin and the insertion of the anal fin, 16.4-18.1% of standard length vs. 13.9-16.7%, as well as between the insertion of the dorsal fin and the origin of the anal fin, 31.3-32.9% of standard length vs. 27.4-31.7%; it differs from L. aurantinfra by a greater distance between the tip of the snout and the attachment of the pelvic fins, 41.0-49.1% of standard length vs. 36.9-43.7%, a greater preorbital depth, 26.9-34.5% of head length vs. 21.3-31.7%, and a greater snout length, 30.4-35.7% of head length vs. 26.7-33.1%; finally, it differs from L. obscurus due to a smaller eye diameter, 24.9-27.5% of head length vs. 27.3-32.4%, and more teeth in the left half of the lower jaw, 29-35 vs. 20-26 .

🌀 Behaviour

Behavioural data for Labeotropheus Alticodia is currently being reviewed.

🦐 Diet

Diet information for Labeotropheus Alticodia is currently being compiled.

🥚 Reproduction

Reproduction data for Labeotropheus Alticodia is currently being compiled.

🌍 Habitat & Distribution

Freshwater; benthopelagic. Tropical

🌿 Ecology

Zone Preferences
💧 Freshwater
Trophic Level
3.3±0.4

📐 Morphometrics

Length–Weight Relationship: W = 0.01445 × L2.99 (TL)
Max TL
8.6cm
Dorsal Spines
17
Dorsal Rays
9
Anal Spines
3
Anal Rays
8

🌡️ Water Parameters & Tolerance

Salinity Range
0–0.5ppt

📊 Population Risk & Fisheries

Population Resilience
High
Minimum doubling time
Fishing Vulnerability
13.00/100
Low vulnerability
Trophic Level
3.3
Predator
Climate Zone
Tropical
Described By
Phiri & Pauers, 2023

👥 Community & Contribute

Aquareap Community Observations
0 Observations logged on Aquareap

No observations yet - be the first to log one!

View all observations for Labeotropheus Alticodia ↗
Suggest an Edit

Spotted incorrect or outdated data? Submit a correction and our editorial team will review it. Approved edits go live within 48 hours.

Link to a scientific paper, FishBase, or other authoritative source
Report an Issue

Found a factual error, broken data, or inappropriate content? Let us know and we will investigate promptly.