How to Grow Roses from Cuttings

Published: September 20, 2025
Updated: September 20, 2025
Key Takeaways

Discover the technique of cloning roses from cuttings with the use of bypass pruners and rooting hormones.

For best outcomes, choose pencil-sized cuttings soon after they bloom.

Before planting your cuttings in soil about 3-4 inches deep, apply Hormex #8.

Make sure to keep the humidity at 70-80% and the soil temperature at 70-75℉ while the roots are developing.

Try not to fall for old wives' tales, like expecting to get the same result from any rose variety.

So, start propagating today and achieve the wonderful task of cloning heirloom roses at little or no cost.

Article Navigation

How to Grow Roses from Cuttings can save you a lot of money compared to purchasing established plants. You can grow many new roses for even less than the potted bush costs. You will get some free roses in the process, along with a foray into the interesting world of rose propagation!

There is great satisfaction in nurturing family traditions through the gift of roses. That heirloom variety that your grandma loved is now flourishing right alongside yours. You are preserving living history by simply propagating cuttings from the shrubs that have been in the family for generations.

You need zero professional training to succeed with rose propagation. Basic tools, such as pruners and rooting hormone, are all required. Follow straightforward techniques, and nature takes care of the rest.

Mastering rose propagation means understanding a few key steps. Select healthy stems, prepare them properly, and provide consistent care. Soon you'll enjoy new plants flourishing in your garden.

Tools and Materials

Sterilization is your first essential step. Always wash reused plastic pots and tools in hot soapy water for a minimum of 10 minutes. This kills diseases that will destroy the cuttings. I learned this the hard way after losing a batch to mold many years ago.

For the rooting hormone, please use Hormex #8 powder specifically. It is stronger than other generic rooting hormones and contains stronger auxins to promote root growth. The sticky sap from the stem will seal over the nodes, so apply it to the cut nodes immediately while they are still moist.

Pick containers such as plastic pots that have drainage holes. For most cuttings, six-inch sizes will work great. If you can't get Mason jars, cut down two-liter soda bottles to a height of six inches. They also make great humidity domes.

Before starting, gather the pruners, potting mix, and labels to ensure a smooth process. Good-quality tools can help simplify the process of cutting plants. Be sure to label each cutting with the variety and date. Tracking your progress over time will be significantly easier with the help of labeling each cutting.

Essential Propagation Tools Overview
Tool/MaterialBypass prunersSpecificationsSharp blades, 6-8 inch (15-20 cm) cutting capacityPurposeClean stem cuts without crushing vascular tissues
Tool/MaterialRooting hormoneSpecificationsPowdered Hormex #8PurposeStimulates root development; increases success rate
Tool/MaterialPlastic potsSpecifications2-4 inch (5-10 cm) diameter, sterilizedPurposeHolds planting medium; provides drainage
Tool/MaterialMason jars/bottlesSpecificationsQuart size or 2-liter, clearPurposeCreates humidity dome for cuttings
Tool/MaterialPotting soilSpecificationsSterile, well-draining mixPurposeBase component of planting medium
Tool/MaterialPerliteSpecificationsCoarse gradePurposeAerates soil; prevents compaction
Tool/MaterialLabelsSpecificationsWeather-resistant materialPurposeIdentifies rose varieties and dates
Tool/MaterialWatering canSpecificationsFine rose attachmentPurposeGentle moisture application without disturbance

Propagation Methods Compared

The Stick-in-the-Mud method is great for beginners and gardeners. No gear needed! Push cuttings into the openings in the prepared garden soil. This works well in warmish areas that receive consistent rainfall. It needs nothing other than healthy stems and basic tools.

Success rates between methods vary significantly. Mason Jar propagation struggles with rates of under 30% due to a lack of air. In comparison, the use of professional Misting Systems can achieve over 80% success rates. Humidity controls facilitate this difference, but they come at a cost.

The Baggie Method uses clear plastic bags as humidity domes. Place small pots in gallon zip bags held open with sticks. It provides moisture yet prevents fungal issues. I've found this perfect for small-scale home propagation.

All methods have important temperature limits. Do not let cuttings get colder than freezing (32°F) or hotter than 100°F. Prolonged exposure to severe cold will kill the forming roots; prolonged exposure to heat will cook the cutting's stem. Use a simple thermometer to monitor the cuttings properly.

Rose Propagation Methods Comparison
MethodGrandma's Mason JarSuccess Rate
Low
Difficulty
Easy
Best ForBeginners; mild climates
MethodBaggie MethodSuccess Rate
Low
Difficulty
Medium
Best ForSmall-scale propagation
MethodStick-in-the-MudSuccess Rate
Medium
Difficulty
Easy
Best ForMild climates; good soil
MethodMisting SystemSuccess Rate
High
Difficulty
Hard
Best ForAdvanced growers; bulk propagation
MethodDip-and-StickSuccess Rate
Medium
Difficulty
Easy
Best ForQuick-start cuttings; all climates

Grandma's Mason Jar Method

  • Preparation: Use clean quart-sized Mason jar or 2-liter plastic bottle with bottom removed for humidity dome covering
  • Planting Depth: Insert rose cuttings approximately two inches (5 cm) deep into potting soil-perlite mixture
  • Environment: Requires bright indirect light with temperatures between 50-85°F (10-29°C) for optimal results
  • Care Routine: Water soil around jar base weekly; maintain consistent moisture without waterlogging the medium
  • Timeline: Root development takes eight to twelve weeks; new growth appears after successful rooting occurs
  • Special Tip: Ideal for first-time propagators due to minimal equipment needs and simple monitoring process

Baggie Method

  • Preparation: Fill two-inch (5 cm) plastic pots with soil mix; place in gallon-sized zip-lock bags
  • Planting Depth: Position cuttings halfway into pots; use sticks to keep bags expanded for airflow
  • Environment: Keep in full sun location; avoid temperatures exceeding 90°F (32°C) to prevent rot
  • Care Routine: Mist cuttings lightly every three days; ensure condensation forms without water pooling
  • Timeline: Roots emerge in six to ten weeks; transplant when new leaves are visible
  • Special Tip: Prevents drying out but requires careful air circulation management to avoid fungal issues

Stick-in-the-Mud Technique

  • Preparation: Select well-draining garden spot; cultivate soil six inches (15 cm) deep before planting
  • Planting Depth: Insert untreated cuttings three to four inches (8-10 cm) deep directly into ground
  • Environment: Requires mild climates with consistent rainfall; temperatures between 60-80°F (16-27°C) ideal
  • Care Routine: Natural rainfall usually sufficient; supplement watering during dry spells lasting over one week
  • Timeline: Rooting occurs in eight to twelve weeks; success highly dependent on soil quality
  • Special Tip: Lowest equipment requirement method but only suitable for regions with stable weather

Misting System Approach

  • Preparation: Install automatic misting system like Mist-a-Matic; connect to water source and power supply
  • Planting Depth: Place hormone-treated cuttings three inches (7.5 cm) deep in propagation trays
  • Environment: Maintain 70-85°F (21-29°C) in greenhouse; humidity sensors adjust misting frequency automatically
  • Care Routine: System self-regulates; check nozzles weekly for clogs; refill water reservoir when needed
  • Timeline: Fastest results: cuttings root in four to six weeks under optimal controlled conditions
  • Special Tip: Professional-grade solution worth investment for serious propagators doing large-scale rose production

Dip-and-Stick Method

  • Preparation: Combine rooting hormone application with direct soil planting; no covers or enclosures required
  • Planting Depth: Insert hormone-dipped cuttings three inches (7.5 cm) deep in prepared garden beds
  • Environment: Adaptable to various climates; ideal temperature range 55-90°F (13-32°C) for flexibility
  • Care Routine: Water deeply every five days; mulch base to retain moisture and regulate soil temperature
  • Timeline: Moderate speed: roots typically form in six to nine weeks across different seasons
  • Special Tip: Balanced approach combining hormone benefits with natural growing conditions for reliable results

How to Grow Roses from Cuttings

Pick cuttings at dawn when stems have the highest moisture content. Choose pencil-size stems that are 6-8 inches (15-20 cm) long. Select sections that have four visible nodes below faded flowers. This will ensure the cuttings start with the best hydration possible for rooting to succeed.

Prepare your cuttings by removing all leaves below the angle cut. Make angled cuts above the top node and below the bottom node. As soon as you make the cuts, apply rooting hormone such as Hormex #8, to the hydrated stem base. This traps important growth hormones before the sap dries up.

Take cuttings that are 3-4 inches (8-10 cm) long and plant them in a soil-perlite mix. Keep two nodes buried underground for future roots to grow from. Place the cuttings 6 inches apart from one another. Water the cuttings thoroughly, but ensure that the hormone coating is not washed away.

To ensure your cuttings have proper moisture, place a jar or bottle on top of them as a cover. Open the cover for a minute or so each day. You will want to check the surface soil for moisture every few days, or every day if possible, up to a one-inch depth. After two weeks of rooting, you can transition your cuttings to full sun.

Key Propagation Considerations
FactorStem maturityOptimal ConditionPencil-thick new growth after bloomingImpact on SuccessHigher rooting potential; avoids limp/dying cuttings
FactorPlanting depthOptimal Condition3-4 inches (8-10 cm); cover ≥2 nodesImpact on SuccessEnsures adequate root zone development
FactorLight exposureOptimal ConditionFull sun for rooting; bright indirect for establishmentImpact on SuccessAccelerates root formation; prevents etiolation
FactorTemperature rangeOptimal Condition65-85°F (18-29°C)Impact on SuccessPrevents heat stress/frost damage to new roots
FactorRooting hormoneOptimal ConditionHormex #8 powder applied to moist stem baseImpact on SuccessBoosts success rate by 50%+

Selecting and Preparing Cuttings

  • Timing: Choose early morning hours when rose stems are fully hydrated
  • Stem selection: Identify pencil-thick new stems below recently faded blooms
  • Cutting length: Measure 6-8 inch (15-20 cm) sections ensuring four visible nodes
  • Leaf removal: Keep top leaf set intact; remove all lower leaves to prevent rot
  • Stem preparation: Make angled cuts above top node and below bottom node
  • Hormone treatment: Dip moistened stem base in Hormex #8 powder; tap off excess

Planting Process

  • Soil preparation: Blend equal parts potting soil and perlite; moisten thoroughly
  • Planting depth: Create hole 3-4 inches (8-10 cm) deep; insert cutting carefully
  • Node coverage: Ensure at least two nodes are buried beneath soil surface
  • Spacing: Position cuttings 6 inches (15 cm) apart to prevent crowding
  • Environment: Choose north/east-facing location with bright indirect light
  • Initial watering: Saturate soil without disturbing hormone coating on stem

Creating Ideal Conditions

  • Humidity control: Cover with Mason jar or plastic bottle for first 2 weeks
  • Moisture management: Water when top inch (2.5 cm) of soil feels dry
  • Temperature monitoring: Maintain 65-85°F (18-29°C); use thermometer
  • Ventilation: Lift covers briefly daily to prevent fungal growth
  • Light adjustment: Transition to full sun after 14 days to stimulate roots
  • Frost protection: Move containers indoors if temperatures drop below 50°F (10°C)

Ongoing Care

  • Root check: Gently tug after 4 weeks; resistance indicates root development
  • Fertilization: Apply kelp-based fertilizer at half-strength every 14 days
  • Pest control: Inspect for aphids; spray with water stream if detected
  • Transplant timing: Wait until new growth shows 3+ leaves before moving
  • Hardening off: Expose to outdoor conditions gradually over 7 days
  • Permanent planting: Choose sunny location with well-draining soil for final position

Troubleshooting

  • Wilting cuttings: Increase humidity; check soil moisture daily
  • Yellow leaves: Reduce watering frequency; improve drainage
  • No root formation: Verify node burial depth; reapply hormone if needed
  • Mold growth: Enhance air circulation; remove affected cuttings immediately
  • Leaf drop: Shield from direct sun during hottest hours temporarily
  • Slow growth: Maintain consistent 70-75°F (21-24°C) soil temperature

Caring for Cuttings

Each day, check soil moisture using the finger test. Push your finger one inch deep (2.5 cm) into the soil close to the base of the cutting. Water only if the soil feels dry at this depth. Too much moisture will drown the roots, and too little humidity will negatively affect the developing plants. Maintaining a consistent moisture level in the soil will minimize both issues.

Adjust methods of controlling humidity for cuttings under a jar and cuttings without a jar. Cuttings under a jar should be vented daily by lifting the lids for five minutes. Wipe condensation from the glass lid for clarity. Cuttings without a jar would require a light misting of leaves at dawn during arid conditions, preventing dehydration but not contributing to the development of pathogen molds.

Controlling the temperature is essential for success. Keep it between 65-85°F (18-29°C) with a basic thermometer. Temperatures below 65°F slow root development, whereas temperatures above 85°F cause the soft, tender stems and leaves to cook. During heatwaves, I put the pots in the shade, especially after losing cuttings one July.

Rotate containers weekly to ensure all sides receive equal sun exposure. Look for signs of healthy growth, like red stems, and signs of vigorous growth, like green leaves. Immediately investigate issues like yellow leaves by changing your watering or airflow. Your foresight will ensure robust roses down the line.

Moisture Management

  • Daily Check: Insert finger 1 inch (2.5 cm) deep; water if soil feels dry
  • Watering Method: Use watering can with rose attachment for gentle saturation
  • Container Care: Ensure drainage holes function; empty saucers after 30 minutes
  • Ground Plantings: Water until soil is moist 4 inches (10 cm) deep
  • Signs of Overwatering: Yellow leaves, mold on soil surface
  • Signs of Underwatering: Wilting, crispy leaf edges

Humidity Control

  • Jar-Covered Cuttings: Lift jars daily for 5 minutes; wipe condensation
  • Baggie Method: Open bags briefly each morning; check for fungal spots
  • Uncovered Cuttings: Mist foliage lightly at dawn during low-humidity periods
  • Ideal Range: Maintain 70-80% humidity; use hygrometer for accuracy
  • Humidity Boost: Place water trays near cuttings in dry environments
  • Ventilation: Ensure air circulation to prevent stagnant conditions

Light and Temperature

  • Sun Exposure: Provide 6 hours direct sun after initial 2-week establishment
  • Heat Protection: Use 30% shade cloth when temperatures exceed 85°F (29°C)
  • Cold Protection: Move potted cuttings indoors below 50°F (10°C)
  • Thermal Monitoring: Check soil temperature daily; ideal 70-75°F (21-24°C)
  • Light Adjustment: Rotate containers weekly for even growth
  • Seasonal Changes: Increase sun exposure gradually in spring

Growth Monitoring

  • Root Checks: Gentle weekly tugs after week 4; stop if resistance felt
  • New Growth: Document leaf development; red stems indicate healthy progress
  • Problem Signs: Blackened stems require immediate removal
  • Measurement: Track stem growth weekly with ruler
  • Timeline Expectation: Most cuttings show roots in 4-8 weeks
  • Record Keeping: Maintain log with dates and observations

Pest and Disease Prevention

  • Daily Inspection: Examine undersides of leaves for aphids/spider mites
  • Organic Treatment: Spray infestations with water or neem oil solution
  • Fungal Prevention: Remove fallen leaves; apply cinnamon powder to soil
  • Sterilization: Disinfect tools after handling diseased cuttings
  • Airflow Management: Space cuttings 6 inches (15 cm) apart minimum
  • Quarantine: Isolate affected plants immediately
Environmental Monitoring Guide
ParameterSoil MoistureOptimal RangeDamp at 1-2 inch (2.5-5 cm) depthMonitoring ToolFinger test or moisture probe
ParameterAir TemperatureOptimal Range65-85°F (18-29°C)Monitoring ToolDigital thermometer
ParameterSoil TemperatureOptimal Range70-75°F (21-24°C)Monitoring ToolSoil thermometer
ParameterHumidityOptimal Range70-80%Monitoring ToolHygrometer
ParameterLight IntensityOptimal Range6+ hours direct sunMonitoring ToolSunlight meter

Best Practices Recap

Sterilization is non-negotiable before using, clean tools and pots with hot, soapy water. Otherwise, diseases may result in ruined cuttings. Sadly, I learned this lesson when I lost an entire batch of cuttings to fungus once. Start the right way → finish the right way.

Always use Hormex #8 rooting hormone for the best results every time! The exclusive Hormex formula far exceeds any generic brand. Application to the moist base of the stems, ideally right after cutting, ensures that all growth boosters are sealed in before any sap dries. Your cuttings will appreciate the strong roots!

Place each cutting inches deep to allow for root development. Each cut should be at a depth of 3-4 inches (8-10 cm) every time. This keeps two nodes contained underground, where roots propagate. Having a ruler will help with the proper depth. Most failures happen when growing phases start inconsistently.

To encourage the roots to grow consistently, the temperatures need to be held constant, if possible, in the 65-85°F (18-29°C) range. Being less than 65°F will slow root development, and damage occurs above 85°F. Check the temperature every day with a thermometer. For cuttings to survive, they need to be protected from extremes.

Timing Essentials

  • Optimal Seasons: Spring and fall provide ideal rooting conditions
  • Daily Timing: Take cuttings in early morning when hydration peaks
  • Temperature Limits: Avoid propagation below 50°F (10°C) or above 90°F (32°C)
  • Growth Stage: Select stems immediately after blooming finishes
  • Climate Adaptation: Adjust methods for humid vs arid regions

Tool & Preparation

  • Sterilization Protocol: Soak tools/pots in hot soapy water for 10 minutes
  • Cutting Precision: Use bypass pruners for clean 45° angled cuts
  • Hormone Application: Dip stems immediately after cutting before sap dries
  • Labeling System: Record variety, date, and method on weatherproof tags
  • Soil Mix Formula: Always use 50-50% potting soil-perlite blend

Planting Techniques

  • Depth Standard: Bury cuttings 3-4 inches (8-10 cm) deep consistently
  • Node Requirement: Ensure minimum two nodes below soil surface
  • Spacing: Maintain 6 inch (15 cm) distance between cuttings
  • Orientation: Position cuttings vertically without bending stems
  • Initial Watering: Saturate soil completely without disturbing hormone

Environmental Control

  • Light Management: Provide full sun after initial 14-day establishment
  • Humidity Range: Maintain 70-80% under covers using hygrometer
  • Ventilation Schedule: Open covers daily for 5-10 minutes minimum
  • Thermal Consistency: Keep soil at 70-75°F (21-24°C) for root development
  • Frost Response: Move potted cuttings indoors below 50°F (10°C)

Monitoring & Adjustment

  • Moisture Check: Test soil 1 inch (2.5 cm) deep twice daily
  • Root Progress: Perform weekly gentle tugs after 4 weeks
  • Problem Response: Remove moldy cuttings immediately; sterilize area
  • Growth Tracking: Measure new stem growth weekly with ruler
  • Transition Timing: Transplant only after 3+ new leaves emerge
Quick-Reference Action Guide
WhenBefore cuttingActionSterilize toolsKey Detail10 min hot soapy water soak
WhenCutting selectionActionChoose stemsKey DetailPencil-thick, 6-8 inches (15-20 cm)
WhenPlantingActionApply hormoneKey DetailHormex #8 on moist stem base
WhenDaily careActionCheck moistureKey Detail1 inch (2.5 cm) deep finger test
WhenWeeklyActionVentilate coversKey Detail5+ minutes daily opening

5 Common Myths

Myth

Mason jars ensure that cuttings have a 100% chance of propagating roses while controlling the humidity level.

Reality

While Mason jars allow you to establish that humidity level, the sealed condition often leads to mold and no oxygen circulating. The change of fresh air and appropriately controlling moisture levels keeps the success rates at lower than 30% in Mason jars. Therefore, air circulation and humidity control should be considered if consistent and predictable propagation is required. Baggies allow for a higher success percentage than jars.

Myth

Buying rooting hormone is a waste of money because roses will root just fine without any chemical additives.

Reality

Rooting hormone like Hormex #8 contains auxins which accelerate root cell division, having been shown to increase chances of success by 50 to 70%. Untreated cuttings will form roots more slowly and are at a greater risk for rot and dehydration failure, making the application of rooting hormone necessary for surety of propagation, particularly with some hybrids and difficult to root varieties.

Myth

Rose cuttings can successfully take root regardless of season since temperature considerations have minimal impact on plant growth.

Reality

Now, if you ask about rooting, seasonal temperature conditions are critical - the best rooting temperatures are between 65-85F (18-29C). Cuttings taken in winter, below 50°F (10C) will sit most nights dormant or will rot altogether. Cuttings taken in summer will be dehydrated by the time they reach rooting temperatures above 90°F (32C). The spring and fall see the best overall conditions to see cuttings develop rooting capability.

Myth

All rose types propagate the same way because they are derived from the same plant forms and growth habits.

Reality

Heirloom roses will root more easily from cuttings since they have livelier growth habits, while modern hybrids may need specific hormone concentration(s) at specific times, and/or specific techniques, to successfully propagate a cutting. Climbing varieties require longer cuttings (cuttings with more nodes), and disease-resistant cultivars may reject propagation techniques in their parent cultivars, i.e., they may not respond to specific hormone application that were successful in their susceptible parent.

Myth

Just like grafted plants, suckering (unwanted shoots from the rootstock) cannot be avoided when growing roses from cuttings.

Reality

Roses grown from their own root and produced from cuttings won't sucker because they are not grafted onto rootstock. Only grafted roses will sucker where rootstock dominates. This is why cuttings are the solution for both sucker-free roses and growing true-to-variety roses.

Conclusion

If you're planning to grow roses from cuttings, you will save a ton of money over buying plants. You can fill your garden with lovely blooms for just pennies per plant. 😉 Propagating roses in your home garden is inexpensive for all! Get started propagating now and reap the benefits of these savings.

The meaning of preserving heirloom varieties through propagation is profound. That special rose bush your grandmother grew will flourish in your own garden. You are maintaining living ties to family history with each cutting. The reward is worth the effort and carries generational significance.

You don't need any skills to be successful with rose propagation. Just some basic tools and simple techniques are all that's required. Just follow simple steps, and nature takes care of the rest! With a little time, you'll be successful in very little time - anyone can do it, with some diligence and care.

Take that first step today. Choose one healthy stem of your favorite rose plant, follow the process discussed, plant it confidently, and watch as this new rose begins its journey! Consider that the beginning of your garden is a single cutting!

External Sources

Frequently Asked Questions

What's the fastest method to root rose cuttings?

The misting system approach roots cuttings fastest in 4-6 weeks by maintaining optimal humidity and temperature. Key requirements include:

  • Automatic misting system maintaining 70-85°F (21-29°C)
  • Hormone-treated cuttings planted 3 inches deep
  • Greenhouse environment with humidity sensors
  • Weekly nozzle checks to prevent clogs

Should I root rose cuttings in water or soil?

Soil propagation is significantly more effective than water for roses. Water-rooted cuttings develop fragile roots that often die during transplantation, while soil-rooted cuttings establish stronger root systems adapted to real growing conditions from the start.

Can I grow roses from store-bought flower stems?

Yes, but success requires specific preparation:

  • Select stems with visible leaf nodes
  • Trim to 6-8 inches immediately
  • Remove lower leaves to prevent rot
  • Apply rooting hormone before planting
  • Maintain high humidity during initial weeks

How long until rose cuttings develop roots?

Rooting timelines vary by method:

  • Misting systems: 4-6 weeks
  • Dip-and-stick method: 6-9 weeks
  • Traditional jar method: 8-12 weeks
  • Factors affecting timing include temperature, humidity, and rose variety

What naturally helps rose cuttings root faster?

While commercial hormones like Hormex #8 are most effective, these natural methods can support rooting:

  • Willow water soak (contains natural auxins)
  • Aloe vera gel application on stem ends
  • Honey's antibacterial properties preventing rot
  • Optimal 70-75°F soil temperature maintenance

Is propagating patented rose varieties illegal?

Yes, propagating patented roses without permission violates plant intellectual property laws. Always check propagation rights for modern hybrids, though heritage roses are generally free to propagate. Penalties can include significant fines for commercial propagation of protected varieties.

What's the best season for taking rose cuttings?

Early spring and fall provide ideal conditions:

  • Spring: Active growth with optimal 65-85°F temperatures
  • Fall: Established canes with energy reserves
  • Avoid summer heatwaves and freezing winter temperatures
  • Take cuttings in early morning when stems are most hydrated

Why do my rose cuttings keep dying?

Common failure causes include:

  • Improper sterilization causing bacterial infections
  • Insufficient node burial (need ≥2 nodes underground)
  • Temperature extremes below 50°F or above 90°F
  • Overwatering leading to mold growth
  • Inadequate humidity during initial rooting phase

Can cinnamon be used as rooting hormone?

While cinnamon has antifungal properties that prevent rot, it lacks the auxins needed to stimulate root growth. It's best used as a supplemental treatment: dusted on cuttings after hormone application to protect against fungal diseases during vulnerable rooting stages.

What is the five-leaf rule for rose cuttings?

This guideline refers to selecting stems with five-leaflet sets, indicating mature growth ideal for propagation. Stems with immature three-leaflet clusters lack sufficient energy reserves. Always choose pencil-thick stems immediately below faded blooms for optimal rooting potential.

Continue reading