Blood Grass
Gramineus ferrus
Mega Flora - Grazing SpeciesPhysical Characteristics
Blood Grass reaches heights of 6-8 feet and is characterized by its deep red coloration that gives it its distinctive name. The grass grows in dense patterns and has evolved to concentrate iron and other minerals from the soil. This unique grass is primarily found near the Prismatic Plains, where the soil conditions support its specialized growth.
High Iron Content
Blood Grass has evolved to concentrate iron from the soil, resulting in exceptionally high iron content. This makes it an excellent food source for Iron Boars and other animals that require substantial iron intake. The high iron content is essential for blood production and overall health in large herbivores.
Deep Red Coloration
The deep red color of Blood Grass is caused by the high concentration of iron compounds within the plant tissues. This distinctive coloration makes it easily identifiable and serves as a natural indicator of soil iron content. The red color also helps the grass absorb specific wavelengths of light for optimal growth.
Dense Growth Pattern
Blood Grass grows in dense patterns that create substantial grazing areas for large herbivores. This dense growth helps the grass compete with other vegetation and provides efficient food sources for megafauna. The dense pattern also helps with soil stabilization and erosion control.
Mineral Accumulation
The grass has evolved sophisticated mechanisms for mineral accumulation, particularly iron and other trace minerals. This ability makes it an important indicator species for soil quality and mineral content. The grass plays a crucial role in mineral cycling within its ecosystem.
Usage
Blood Grass serves as a primary forage for Iron Boars, providing the iron-rich diet they require. The grass is used as a soil indication species, helping identify areas with high mineral content. It's also used for mineral extraction, medicine production, and dye creation. The grass contributes to natural soil enrichment through its mineral cycling.
Information compiled by the Imperial Academy of Natural Studies, 2025 PC3.