UNSPSC 10202369: Live poison rose bush

Live bush including the roots of the poison variety of rose

UNSPSC 10202369 Live poison rose bush (Commodity) shows minimal recent state and local procurement activity aligned with its nominal scope. Of the three opportunities tagged to this code in recent months, only one—a Pasco County, Florida landscape and irrigation construction project—involves plantings of any kind. The City of Altamonte Springs ITB for nursery plants and products (annuals, potted plants, plugs, grass seeds, and trees) spans general landscaping stock but does not specify rose varieties. The third opportunity, DeKalb County's tennis center reconstruction ITB, concerns IT and low-voltage infrastructure installation and is unrelated to the code's horticultural scope. State and local governments soliciting under this code appear to be general-purpose landscaping and grounds maintenance operations rather than specialized procurement of poison rose stock.

Pasco County (Florida) posted the most directly relevant opportunity: an IFB for Phase II median landscape and irrigation construction along approximately 9 miles of Little Road between Ridge Road and US 19, with bids due October 6, 2026, covering landscape design, planting, irrigation system installation, and related site work. The City of Altamonte Springs' August 2026 ITB for nursery plants and products on an as-needed basis, with contract commencing October 1, 2026 for an initial one-year term with four one-year renewal options, represents the second landscaping-related opportunity but does not isolate poison rose procurement. Recent activity concentrates in Florida, with Georgia representing outlier taxonomy tagging. The code's commodity specificity—live poison rose bush—contrasts sharply with the generalized landscape procurement actually appearing under it in state and local RFPs and RFQs; firms pursuing horticultural supply contracts should monitor broader nursery-stock and landscape-material codes rather than this specialized botanical designation.