Dripping Moss Jungle Cliff Peninsula Paludarium

Quick Overview

The creator successfully builds a complex paludarium featuring a tall, moss-covered jungle cliff hardscape with integrated water features, using Ohko Dragon Stone, repurposed aquarium parts, expanded PVC board for internal structures, and various moisture-loving plants, culminating in a thriving, aesthetically pleasing ecosystem.

Key Points: The project involves creating a tall, peninsula-style paludarium (24x24x24" / 60 Gallon / 227 Liter) designed to mimic a jungle cliff landscape. The hardscape is constructed primarily from Ohko Dragon Stone, secured using aquarium-safe epoxy stick and expanded waterfall foam to create arches and crevices. Internal plumbing for the waterfall effect is hidden using corrugated black tubing secured with zip-ties and drilled holes in the rock structure. The creator fabricated internal support structures and waterfall guides from 1/4" expanded PVC board, which were later hidden by the hardscape and moss. The structure is covered with rehydrated Sphagnum Moss and various moisture-loving plants like Peacock Spikemoss (Selaginella uncinata), Creeping Charlie (Pilea nummulariifolia), Anubias nana 'Petite', and Cryptanthus nubicola. The final setup includes an established lower aquatic section populated with Cherry Shrimp and Ember Tetras, showcasing the successful integration of the submerged and emergent environments. The creator notes encountering a 'creative lull' due to the challenge of hiding the tubing, but the final result is deemed a success, though some plants like Fittonia wilted initially.

Context: This video documents the detailed, multi-stage construction of a large, vertical paludarium, intended to create a miniature jungle cliff landscape with integrated water features (a waterfall). The creator utilizes materials like Ohko Dragon Stone, various types of moss, specialized aquatic plants, and custom-made PVC components to build the structure, which transitions from a submerged area to a damp, moss-covered emergent zone.