TerraBotanica is a research-led botanical house focused on the discovery, development, and long-term preservation of exceptional Anthurium genetics. Our work spans field exploration, controlled hybridisation, scientific verification, and responsible propagation built on the belief that rare plants deserve the same standards of documentation, traceability, and stewardship expected in any serious biological discipline.

We operate with a long-term horizon. TerraBotanica is not structured around trends or short production cycles, but around building a verifiable genetic archive that will remain relevant, credible, and protected for decades to come.

What We Have Built

Since inception, TerraBotanica has developed a structured breeding and documentation program centred on Anthurium species and hybrids. To date, we have:

  • Produced many thousands of seedlings through controlled pollination and selective breeding
  • Developed and stabilised dozens of original hybrid lines, with additional generations retained for refinement
  • Established a growing private genetic library, including both wild-type species genetics and proprietary hybrids
  • Retained elite phenotypes specifically for long-term breeding, preservation, and future research

Not every plant we produce is released. Selection is intentional. Only genetics that meet strict visual, structural, and stability criteria are considered suitable for distribution.

Looking Forward

TerraBotanica is building more than a catalogue of plants. We are building a framework for how rare plant genetics are treated, recorded, and preserved in the modern era.

Our long-term objective is clear:

to establish a trusted global reference point for verified Anthurium genetics, one defined by discipline, transparency, and respect for the biology itself.

TerraBotanica works alongside specialist laboratories and professional collaborators to support DNA fingerprinting, tissue culture, and long-term genetic preservation.

Collaboration is selective. We do not outsource credibility, and we do not engage in uncontrolled propagation models.