Functional modulesR-P01 · Dark Pigment Intensifier — beet + turmeric + low NOrigin: Yolia's safe educational catalogExact route: /biblioteca?ruta=modulos/r-p01 FULL PROFILEThe 17 points of this moduleEach section opens separately — tap the title to expand it. 1. Code, name, species R-P01 — Dark Pigment Intensifier. Rosa spp. This module belongs to the Rose Catalog family, within the Potentiation functional class, and is prepared as a macerate within Yolia's complete catalog of documented safe modules for the species in this system. 2. Application method Root watering. This method was chosen because it gradually distributes the input toward the area where the plant can absorb it, being consistent with the rest of the modules in the Rose Catalog family documented in this catalog. Consulted by the engine when building a formula for the case. 3. What the real problem/need is Very dark-toned roses (almost black, like the commercial variety "Black Baccara") depend on a very high concentration of anthocyanin in the petal — excess nitrogen at this stage dilutes that concentration (the plant prioritizes foliage over pigment). 4. Exact function Maximize petal anthocyanin concentration through low nitrogen combined with high potassium/phosphorus — the specific combination documented for dark pigment intensity. This specific function is what Yolia's engine evaluates when considering whether module R-P01 is relevant. 5. Chemistry Anthocyanin is a plant pigment whose production is favored under low-nitrogen conditions (paradoxically, mild limited-nitrogen stress pushes the plant to produce more protective compounds like anthocyanin, which also acts as the tissue's natural sunscreen). 6. Preparation method [Macerate]. As a macerate, this preparation process is what determines the final availability of the active compounds before being applied within the Rose Catalog family's program. Documented within Yolia's complete catalog of safe modules. 7. Mechanism It is applied by simultaneously reducing nitrogen from other modules, while sustaining high potassium/phosphorus — the combination of both conditions is what activates the metabolic pathway toward maximum pigment production. This is the mechanism that the Yolia engine documents when evaluating the actual function. 8. Stage of use Pre-flowering and flowering, coordinated with a deliberate reduction of nitrogen modules during that same period. This stage was chosen because it is when the plant can best take advantage of this specific contribution, within the general logic of the Rose Catalog family documented in the catalog. 9. Frequency Every 10-14 days throughout the entire flowering cycle sought. This frequency aims to sustain the effect without oversaturating the plant, considering the stability and preparation method specific to this macerate module within the Rose Catalog family. Documented within the complete module catalog. 10. Stability 24-48h refrigerated. This stability time reflects how long the preparation retains its activity before losing effectiveness, being relevant for planning the application frequency of this macerate module. Part of the complete set of technical entries in Yolia's catalog. 11. Concentration Moderate. This concentration level is adjusted according to the sensitivity of the use stage and the specific function of this module within the Potentiation functional class of Yolia's complete catalog. Consulted by the engine when building a formula for the case. 12. How the engine processes it Capacidad `pigmentos_antioxidantes`. El motor, al seleccionar este módulo, automáticamente reduce el peso de los módulos de nitrógeno en la misma fórmula — es un ejemplo real de cómo el motor coordina módulos entre sí, no solo los suma. Así es como el motor de Yolia evalúa la inclusión. 13. Compatibility Practically incompatible with strong-nitrogen modules (RN-03) in the same window — the engine mutually excludes them in this context. This compatibility is reviewed within the Compatibility Engine before including this module together with other elements from the Rose Catalog family. 14. What to expect Notably darker petal tone compared to the same variety without this module — the result also depends on the variety's genetics (a common red rose will not turn black, but it will intensify its tone). This expected signal helps verify whether the R-P01 module is functioning. 15. If misused Sustained too-low nitrogen by mistake can weaken the plant overall, not just affect color. This is the risk the Risk Engine considers before approving a higher concentration or frequency for this macerate module within the Rose Catalog family of the complete catalog. 16. Special precaution It requires coordination with the rest of the program (it is not a standalone module, it depends on the overall nitrogen being controlled). This precaution is part of this R-P01 module's safety documentation, reviewed within the complete catalog of safe modules documented by Yolia. 17. Related to [RN-01 to RN-04] Nitrogen family — [R-P07] Maximum Color Brilliance — [Anthocyanin: the phenylpropanoid pathway] These relationships help understand how this R-P01 module connects with other elements of the Rose Catalog family and the Boosting functional class within the complete catalog.