The economics and craft of a rooted cutting
A single rooted cutting is where a nursery's whole year begins. This journal takes an editorial look at vegetative propagation — the methods, the growers, and the trade-offs between speed, uniformity, and survival that shape what reaches a garden centre.
We cover technique and context: why certain crops are propagated the way they are, how commercial stock plants are managed, and where hobby practice and industry practice quietly diverge.
Articles
- Propagating Roses from Hardwood Cuttings in Winter: Timing and Hormone Concentration for Dormant WoodDormant wood roots on its own schedule: the timing window and IBA concentrations that separate a callused, rooted rose cane from a blackened
- Softwood vs. Hardwood Cuttings: Which Rooting Medium Actually WinsPerlite roots softwood fastest under mist, but coarse sand still wins for dormant hardwood left outdoors all winter — the numbers by substra
- How to Root Hydrangeas from Semi-Ripe Cuttings: Cultivar Timing and Humidity Control for 70%+ SuccessMatch the semi-ripe window and humidity staging to each hydrangea species, and rooting rates climb from a coin-flip to well past 70 percent.
- Propagating Succulents: Leaf vs. Stem Cutting Protocols for Echeveria, Jade, and AloeWhy the same "let it callus and stick it in soil" advice fails half the time — and what actually differs between Echeveria, Jade, and Aloe.
- Cloning Fruit Trees: Air Layering vs. Grafting Rootstocks for Genetic Fidelity and Disease ResistanceOwn-root cloning keeps a cultivar genetically whole, but only rootstock grafting lets an orchard borrow disease resistance the cultivar neve
- Rooting Woody Cuttings with IBA: Dosing Charts by Plant Family and How to Stop Basal BrowningFamily-by-family IBA dosing ranges for woody cuttings, plus the wounding, timing, and fungicide steps that stop basal callus from browning b
- Bottom Heat and Mist: Thermostat Setpoints by Season and DIY Alternatives to Commercial Propagation UnitsWhat to actually set the thermostat to each season, and how a fifteen-dollar controller can outperform the thermostat built into a cheap hea
- Propagating Spring Perennials from Basal Cuttings: Timing and Fungal PreventionBasal cuttings root fastest in a narrow window at shoot emergence — miss it, or skip sanitation, and rot takes the batch before roots form.
- Sanitizing Propagation Tools Without Turning the Bench Into a LaboratoryA focused guide to clean tools reduce rot pressure, but the routine has to be simple enough to repeat: what to check first, what to avoid an
- Reading Callus Formation: When a Cutting Is Healing and When It Is StallingA focused guide to callus can be a useful transition stage, but it is not the same as a functioning root system: what to check first, what t
- Humidity Domes for Leafy Cuttings: How to Keep Leaves Firm Without RotA focused guide to a dome buys time for leaves, but stagnant wet air quickly becomes the limiting factor: what to check first, what to avoid
- Labeling Cuttings So the Propagation Trial Still Makes Sense LaterA focused guide to a label is part of the experiment, not just a name tag: what to check first, what to avoid and how to read the plant's re
- Moving Rooted Cuttings From Bench to Pot Without Breaking the New Root SystemA focused guide to the first potting is a transition from protected rooting conditions to normal growth: what to check first, what to avoid
- Node or Internode? Why Cutting Position Decides Rooting Fate in Ornamental ShrubsA few millimetres of stem tissue — node or internode — can be the difference between a rooted liner and a lost cutting.
- Propagating Clematis from Nodal Cuttings: Managing Brittle Stems and Optimizing Petiole-Axillary Bud DevelopmentClematis remains one of the least forgiving genera for vegetative propagators, but a disciplined single-node protocol built around the petio
- Air-Layered to Free-Root Transfer in Camellia japonica: From Ringing to Bag ManagementA strict, measurable air-layering protocol can turn one Camellia japonica shoot into a heat-safe free-rooted container plant with low failur