Ucayali Peckoltia (Peckoltia ucayalensis) Care Guide
Peckoltia ucayalensis, a synonym of Peckoltia bachi, is a small banded loricariid catfish from the upper Amazon and Ucayali region of Peru.
Compiled by Aquairi from published sources · Published · Updated
Overview
Peckoltia ucayalensis was described by Fowler in 1940 and is now regarded as a junior synonym of Peckoltia bachi (Boulenger, 1898). It is a small, peaceful armored loricariid catfish with broad cross-banding, originally described from the Ucayali region of Peru.
Taxonomy
- Family: Loricariidae
- Genus: Peckoltia
- Scientific name: Peckoltia ucayalensis
- Current valid name: Peckoltia bachi (Boulenger, 1898)
- Original combination: Hemiancistrus ucayalensis (Fowler, 1940)
Habitat
As Peckoltia bachi, the species occurs across the upper Amazon and its tributaries in Brazil, Colombia, Ecuador and Peru, including the Ucayali. It is a freshwater, demersal species of tropical climates.
Tank requirements
- Minimum tank volume: 100 L
- Temperature: 24-28 degrees Celsius (75-82 degrees Fahrenheit)
- pH: 6.0-7.5
- GH: 2-12 dGH
- Water flow: moderate
- Lifespan: 8-12 years
Provide driftwood, caves and clean, oxygenated water.
Diet
The species is omnivorous and undemanding, accepting sinking prepared foods, vegetable matter and occasional protein items. It is nocturnal.
Compatibility
The species is peaceful and bottom-dwelling, hiding for much of the day. It suits calm tankmates such as tetras and Corydoras. Aggressive or territorial plecos should be avoided.
Breeding
As a cave-spawning Peckoltia, breeding is considered advanced.
Conservation status
FishBase lists the valid species Peckoltia bachi as IUCN Least Concern.
Peckoltia ucayalensis Breeding Guide
Overview
Peckoltia ucayalensis is a small armoured suckermouth catfish of the family Loricariidae from the upper Amazon, including the Ucayali drainage in Peru (the type material is recorded from this region; some taxonomic treatments place it close to Peckoltia bachi). Like other members of the genus it is a cave spawner: the female deposits eggs inside a narrow cavity and the male takes over their care. Reproduction has been documented in the related Peckoltia braueri, first bred in aquaria in 2013, and the genus follows the typical loricariid pattern of paternal cave-brooding.
Sexing
According to Wikipedia, most male Peckoltia develop hypertrophied (enlarged) odontodes on the body during the breeding season; these bristle-like denticles are most pronounced along the pectoral-fin spines and the rear of the body. Females in spawning condition appear broader and rounder when viewed from above as they fill with eggs.
Conditioning
Condition adults on a varied diet built around vegetable matter and biofilm with occasional protein, alongside well-oxygenated, clean water. The species is undemanding and prefers driftwood and caves in its environment, which also serve as conditioning structure for a breeding group.
Breeding Setup
Provide several tight, single-entrance caves (ceramic tubes, slate crevices or hollowed wood) just large enough for an adult to back into, plus driftwood and brisk, oxygen-rich flow. Maintain the water within the species' tolerated range of about 24-28 degrees C, pH 6.0-7.5 and moderate hardness. Males are territorial and will claim and defend a cave as a spawning site.
Spawning Behavior & Trigger
As with cave-spawning loricariids generally, the female enters the male's cave, deposits an adhesive clutch and then leaves. The male fertilises the eggs, blocks the entrance with his body and remains to guard and fan the clutch until the fry hatch. Cooler, softer water changes combined with stronger current are the conventional triggers used to bring such plecos into spawning condition.
Egg & Fry Care
The male tends the developing eggs inside the cave. After hatching the fry stay in or near the cave while absorbing their yolk sacs, then begin grazing on biofilm and accept small foods such as powdered vegetable matter and tiny live foods. Stable, clean, oxygen-rich water is essential during this stage.
Common Challenges
Reliable reports of aquarium spawning are scarce for this exact species, so much of the protocol is inferred from the documented genus pattern; this is flagged here so claims are not over-stated. Insufficient cave provision, weak flow and poor oxygenation are the most common reasons cave-spawning plecos fail to breed or lose eggs to fungus.