More info
Datasheet
Aquarium Compatible | unknown, see description! |
Plant Outdoor | unknown |
General Description
American featherfoil, scientifically known as Hottonia inflata Elliott, is an aquatic plant that belongs to the Primulaceae family. This plant, categorized under seed plants and specifically flowering plants (Angiosperms), is native to the southeastern and eastern regions of the United States, ranging from Texas to Maine. It falls under the order Ericales and is identified by its stem-like structure.
Aquarium Suitability
The suitability of American featherfoil for aquariums is currently unknown, requiring further assessment for its compatibility with aquatic environments. In order to ascertain its viability in aquariums, it is essential to evaluate its specific needs and characteristics.
Demands and Hardiness
American featherfoil's demands and hardiness levels remain under examination, and detailed information is required to determine the optimal conditions for its growth. For specific care requirements and considerations for this aquatic plant, refer to the relevant table provided.
Aquascaping & Usage
The potential inclusion of American featherfoil in aquarium aquascaping arrangements may vary based on its overall suitability and specific features. When considering the utilization of this plant in aquascaping, it is essential to understand its growth patterns and potential benefits within the aquatic environment.
Propagation
The propagation methods of Hottonia inflata involve strategies such as division and replanting sections of the plant. By implementing appropriate propagation techniques, aquarists can effectively reproduce and expand the presence of American featherfoil in their aquarium setups.
Habitat and Distribution
American featherfoil, Hottonia inflata, thrives in its natural habitat in the southeastern and eastern regions of the United States. From the expansive range of Texas to Maine, this aquatic plant can be found in various aquatic environments, showcasing its adaptability to different conditions within its distribution range.