Wicked Organics Bone Meal Fertilizer

One Ingredient, One Job. Slow-Release Organic Phosphorus for Roots, Bulbs, & Blooms

Old Cobblers Farm Wicked Organics Bone Meal is a single-ingredient organic fertilizer: steamed porcine bone meal, finely processed, with a typical analysis of 3-15-0. The 15% phosphorus is the point — it drives root development, bud formation, and flowering — while the gentle 3% nitrogen supplements without pushing soft top growth, and the zero potassium makes it a clean, targeted tool that slots alongside whatever else your feeding program uses.

Because it's an organic material rather than a mineral salt, bone meal feeds the slow way: soil organisms break it down gradually, releasing phosphorus over months instead of weeks. That makes it ideal in planting holes and backfill — for bulbs, transplants, and new trees — where it sits in the root zone releasing steadily as roots grow into it. Phosphorus barely moves through soil, so placement at planting is exactly where bone meal shines.

Key Benefits

High-phosphorus, organic — 15% phosphorus drives root development, bud formation, and flowering — the most concentrated organic P source in the catalog.

Genuinely slow-release — Soil organisms break bone meal down gradually, releasing phosphorus over months — one well-placed application at planting keeps working all season.

Made for the planting hole — Phosphorus stays where you put it, and bone meal in the planting hole or backfill sits exactly where new roots will grow — bulbs, transplants, and new trees especially.

Gentle on purpose — Just 3% nitrogen supplements gently without pushing soft top growth at the roots' expense.

One honest ingredient — A single disclosed ingredient — steamed porcine bone meal — with nothing else in the bag.

A rate for every job — Per-hole, bed, tree, lawn, and container rates cover everything from a tray of bulbs to a new orchard row.

Where to use it: vegetables and fruits, perennials, flowering shrubs, fall bulbs, root crops, trees at transplant, containers, and phosphorus-deficient soils confirmed by a soil test.