Water Propagation of Houseplants – Guide to Rooting Cuttings in Water

Why water propagation excites indoor gardeners

There is something quietly satisfying about watching new roots form in a clear jar. A cutting that looked like a loose stem a few days ago starts to push out pale bumps, then short roots, then branching roots strong enough to support new growth. Water propagation turns plant care into something visible, practical, and easy to learn from.

The setup is simple: a clean glass jar, fresh room-temperature water, and a healthy cutting with at least one node. It works especially well for soft-stemmed, node-rich houseplants such as pothos, heartleaf philodendron, syngonium, coleus, Swedish ivy, tradescantia, and many other fast-growing indoor plants.

Water propagation is not the best method for every plant. Succulents, cacti, woody stems, bulbs, corms, and tubers usually need a different approach. Once you understand why some cuttings root cleanly in water and others collapse, the whole process becomes much easier to control.

What this guide covers

• Which houseplants root well in water and which plants are better propagated another way
• What actually happens inside a cutting while new roots form
• How to choose, cut, clean, and prepare a strong cutting
• How often to change water and what healthy roots should look like
• When to move a rooted cutting into soil without shocking it
• How to fix common problems such as rot, algae, slow rooting, and yellowing leaves

By the end, you will know how to turn a healthy stem cutting into a rooted young plant with fewer losses, cleaner jars, and better timing.

Contents

1. Understanding Water Propagation
2. Best Houseplants for Water Propagation
3. Plants That Don’t Thrive in Water
4. Quick Reference: Plants for Water Propagation
5. Root Formation Basics and Hormone Influences
6. Preparing and Taking Cuttings
7. Step-by-Step Water Propagation Method
8. Transferring from Water to Soil
9. Troubleshooting Common Water Propagation Problems
10. Conclusion and Key Takeaways
11. Glossary
12. Sources and Further Reading

1. Understanding Water Propagation

What water propagation means

Water propagation means placing a cutting in water so it can produce new roots before being planted into soil or another growing medium. In most houseplant cases, this is done with a stem cutting. The important part is the node: the point on a stem where a leaf, aerial root, bud, or side shoot can emerge.

New roots that form from a stem, rather than from the plant’s original root system, are called adventitious roots. These roots develop after the cutting responds to the cut, redirects stored energy, and begins forming root tissue near the node or wound site.

The basic water propagation method

1. Choose a healthy stem with at least one clear node.
2. Cut just below a node with clean, sharp scissors or pruners.
3. Remove any leaves that would sit below the waterline.
4. Place the node in clean, room-temperature water.
5. Keep the jar in bright, indirect light and refresh water before it becomes cloudy.

Many soft-stemmed houseplants root with nothing more than this setup. Pothos, heartleaf philodendron, syngonium, coleus, Swedish ivy, and tradescantia are among the easiest choices for beginners.

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How water propagation differs from soil propagation

Water gives cuttings constant moisture, but it does not behave like soil. Soil and airy potting mixes hold moisture while also creating tiny air pockets around roots. Still water contains much less oxygen, and oxygen levels drop further when water sits unchanged.

That difference affects root structure and transplant success:

• Oxygen matters: stagnant water slows rooting and increases rot risk. Change water every 3–7 days, depending on plant type, room temperature, and how clean the jar stays.
• Water roots are different: roots formed in water are often smoother, more fragile, and less covered in fine root hairs than roots formed in potting mix.
• Transfer timing matters: move most cuttings into soil when roots are about 2.5–5 cm long and beginning to branch. Very long water roots can tangle, snap, or struggle during transfer.

Water propagation is not the same as long-term hydroponics

A jar of water is a rooting method, not a complete long-term growing system. Cuttings can stay decorative in water for a while, but plain water does not provide the same air, mineral balance, root support, or stability as a proper growing setup. For long-term water culture, plants need more controlled nutrition, oxygen, and hygiene than a casual propagation jar provides.

For most indoor growers, water propagation works best as a temporary rooting stage before the young plant moves into an airy potting mix.

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Why water propagation is worth learning

• You can see root progress: no guessing, digging, or disturbing the cutting.
• It is clean and low-cost: a jar, fresh water, and a healthy cutting are enough to start.
• It teaches useful plant signals: pale roots, cloudy water, yellowing leaves, and soft stems all tell you something.
• It works quickly with the right plants: fast-rooting species can show root initials within one to two weeks in warm, bright conditions.

2. Best houseplants for water propagation

The best plants for water propagation usually share three traits: flexible stems, clear nodes, and a natural ability to produce roots from stem tissue. Many climbing and trailing houseplants do this readily because they already use nodes and aerial roots to anchor themselves as they grow.

If a cutting has soft or semi-soft growth, visible nodes, and no thick water-storing tissue, it has a good chance of rooting in water.

Trailing and climbing vines

Trailing and climbing vines are usually the easiest place to start. They have repeated nodes along their stems, and each healthy node can become a rooting point.

• Pothos (Epipremnum aureum): one of the most forgiving water-propagation plants. Healthy node cuttings often begin rooting within 1–2 weeks in bright, indirect light.
• Heartleaf philodendron (Philodendron hederaceum): soft stems and frequent nodes make this a reliable choice for jar propagation.
• Arrowhead plant (Syngonium podophyllum): single-node cuttings root well, especially when large leaves are trimmed slightly to reduce water loss.
• Tradescantia (Tradescantia zebrina, Tradescantia fluminensis): fast-growing stems root quickly and can fill out a new pot from several short cuttings.

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Soft-stemmed foliage plants

Soft-stemmed plants often root quickly because their tissues respond well to moisture and new root formation. These are good options when you want visible results without waiting for months.

• Coleus (Plectranthus scutellarioides): a fast rooter that can produce visible roots within a week in warm, bright conditions.
• Swedish ivy (Plectranthus verticillatus): roots easily from stem cuttings, but water should be refreshed often to avoid cloudy, low-oxygen conditions.

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Begonias and patterned foliage plants

Some begonias and patterned foliage plants can root in water, but they need cleaner handling than tough vines. Their fleshy stems and petioles can rot if leaves sit underwater or if water becomes stagnant.

• Cane begonias (Begonia spp.): stem cuttings can root in water when the node is submerged and all leaves stay above the waterline.
• Rhizomatous begonias (Begonia spp.): some types root from leaf or rhizome sections, though airy propagation mix is often more stable than water.
• Polka dot plant (Hypoestes phyllostachya): soft stem tips root in water, but cuttings should be moved to soil before roots become long and weak.

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Plants with aerial roots

Aerial roots are useful in water propagation because they already contain tissue adapted for anchoring and moisture contact. A cutting with an aerial root often starts faster than a bare node cutting.

• Monstera adansonii: node cuttings with an aerial root usually root more quickly and handle transfer better.
• Philodendron micans: thin stems, frequent nodes, and aerial roots make it a strong candidate for water propagation.
• Many climbing philodendrons: juvenile vine cuttings root well if they include at least one healthy node and are kept warm.

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Why these plants root well in water

• More nodes mean more rooting points: each healthy node gives the cutting a possible place to produce roots.
• Soft tissue responds faster: flexible, non-woody stems usually shift into root production more easily than hardened stems.
• Moisture tolerance is higher: these plants can sit in water long enough to root without collapsing quickly.
• Stored energy supports rooting: a cutting with a few healthy leaves can keep photosynthesising while roots develop.

3. Plants that don’t thrive in water

Water propagation is useful, but it is not universal. Some plants rot in water because their tissues are adapted for dryness, storage, or woody growth rather than constant submersion. Matching plant type to propagation method prevents most avoidable failures.

Succulents and cacti

Succulents and cacti store water in leaves, stems, or pads. Jade plant, echeveria, kalanchoe, many euphorbias, and most cacti are much safer in a dry, airy propagation setup. Submerged succulent tissue can swell, soften, split, and rot before roots have time to form.

Better method:

Let the cut surface dry and callus for a few days, then place the cutting in a coarse, free-draining mix. Pumice, perlite, mineral grit, and cactus-style substrates are better suited than a jar of water. Keep moisture light until roots form.

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Woody and semi-woody stems

Croton, hibiscus, citrus, many ficus species, and other woody or semi-woody plants have firmer stems that root more slowly. In still water, the cut surface can break down before roots develop. These plants usually need air around the base, stable humidity, warmth, and a propagation medium that drains well.

Better method:

Use a moist but airy propagation mix, controlled humidity, and gentle warmth. For some woody plants, layering is more reliable than water propagation.

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Bulbous, cormous, and tuberous houseplants

Amaryllis, caladium, corm-producing Alocasia, and other storage-organ plants are not propagated from ordinary water-rooted stem cuttings. Their growth depends on bulbs, corms, rhizomes, or tubers, and those storage organs can weaken or rot if kept wet for too long.

Better method:

Propagate by division, offsets, corms, bulbs, or tuber sections, depending on plant type. Plant each one at the correct depth for that genus. Hippeastrum bulbs, for example, are usually planted with the upper part of the bulb exposed, while caladium tubers and Alocasia corms need different handling.

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Why unsuitable plants fail in jars

Rot usually starts when submerged tissue cannot get enough oxygen. Soft water-friendly vines tolerate short-term saturation better, while succulent tissue, woody stems, bulbs, corms, and tubers are more prone to bacterial and fungal breakdown in stagnant water.

Some wetland-adapted plants can form spongy aerenchyma tissue that helps move oxygen internally. Most common houseplant cuttings do not rely on that strategy strongly enough to make dirty, low-oxygen water safe. Fresh water, clean tools, and the right plant choice matter more than any trick.

4. Quick Reference: Plants for Water Propagation

Use this table as a fast starting point. It does not replace plant-specific care, but it helps you choose the right method before a cutting is made.

If a plant appears in the not-recommended group, skip the jar and choose a method that matches its structure. That one decision prevents most propagation losses before they start.

5. Root formation basics and hormone influences

A cutting may look still for days, but a lot is happening before roots become visible. The cut stem has to seal damage, redirect resources, and form new root tissue from cells that were not originally roots.

The three phases of adventitious root formation

1. Induction: the cutting responds to being cut. Cells near the wound and node receive stress signals and become capable of forming roots. Nothing visible happens yet.
2. Initiation: tiny root primordia begin to form inside the stem. Stored sugars, water, oxygen, and plant hormones all influence how strongly this stage develops.
3. Expression: root primordia elongate, connect with the stem’s vascular tissue, and break through the surface as visible pale roots.

The key hormone in this process is auxin. After a stem is cut, auxin tends to accumulate near the wound and node area, helping trigger root formation. Many soft-stemmed houseplants produce enough auxin naturally, which is why pothos, philodendron, syngonium, coleus, and tradescantia often root without added products.

Why water-grown roots look different

Roots that develop in water are adapted to constant moisture. Compared with roots formed in soil or potting mix, they often have:

• fewer fine root hairs
• a smoother surface
• less branching at first
• more fragile tissue during transfer

This is why rooted cuttings need careful handling when they move into soil. A rough transfer can snap young roots, while dry soil can shock roots that have only known water. Damp, airy potting mix gives them the best chance to adjust.

Oxygen is one of the hidden limits

Still water can become low in oxygen, especially in warm rooms, narrow jars, or crowded vessels. As oxygen drops, rooting slows and rot organisms gain an advantage. Fresh water changes do three useful things at once: they replenish oxygen, dilute waste compounds, and reduce bacterial build-up.

For most cuttings, change water every 3–7 days. Use the shorter interval for begonias, coleus, warm rooms, crowded jars, or any container that clouds quickly. Robust pothos or philodendron cuttings in clean jars may be fine closer to once a week.

Rooting hormone: when it helps and when it does not

Rooting hormone can help some slow or semi-woody cuttings, but it is not necessary for most easy water-propagated houseplants. It can also cloud the jar if too much powder ends up in the water.

• Useful for: slower cuttings, semi-woody material, or plants that have failed to root cleanly before.
• Usually unnecessary for: pothos, heartleaf philodendron, syngonium, coleus, tradescantia, and other fast-rooting soft stems.
• How to use it: dip only the cut end, tap off excess, and keep the jar clean. If a cutting needs strong hormone support, rooting in an airy propagation mix may be more reliable than water.

Other hormones in simple terms

Auxin is the main rooting hormone, but it does not work alone. Other plant hormones influence whether a cutting prioritises roots, shoots, or stem elongation.

• More auxin relative to cytokinin: encourages root formation.
• More cytokinin relative to auxin: encourages shoot growth instead.
• High gibberellin activity: can favour stem elongation and may reduce rooting in some cuttings.

For home propagation, this does not mean you need to manage plant hormones manually. It simply explains why healthy cuttings, good light, fresh water, and the right timing matter. A cutting with enough stored energy and a clean node is already doing most of the work.

6. Preparing and taking cuttings

Strong propagation starts before the cutting touches water. A clean cut from healthy growth roots faster, resists rot better, and transfers into soil more smoothly later.

Choose healthy, active growth

Select a stem that is firm, hydrated, and free from pests or disease. The best cutting has at least one clear node, and two or three nodes are even better for many vining plants.

• Skip soft, collapsing, or yellowing stems.
• Avoid old, woody sections unless you are using a method suited to woody cuttings.
• Choose semi-mature growth when possible: not brand-new and floppy, but not hardened either.

Use the right cutting size

For most vining and soft-stemmed houseplants, a cutting around 10–15 cm long is practical. It is long enough to include nodes and leaves, but not so large that it loses water faster than it can recover.

• Too many leaves: more transpiration and faster wilting.
• Too few leaves: less photosynthesis to fuel root growth.
• Best balance: two or three healthy leaves for many common houseplant cuttings.

Sterilise tools before cutting

Use sharp scissors, snips, or pruners. Clean blades with 70% isopropyl alcohol or a freshly prepared diluted bleach solution before cutting. A sharp, clean cut reduces crushed tissue and lowers the chance of bacteria or fungi entering the stem.

Cut just below a node

Make the cut just below a node, ideally at a slight angle. The node area contains tissue that can produce new roots, and a clean angled cut helps water contact the base without leaving a large crushed surface.

For single-node cuttings, leave a small stem section below the node so the node itself is not damaged. For multi-node cuttings, at least one node should sit underwater while leaves stay above the waterline.

Remove lower leaves

Any leaf that would sit underwater should be removed. Submerged leaves rot quickly and feed bacteria in the jar. This is one of the most common reasons water becomes cloudy and stems turn soft.

For plants with large leaves, such as syngonium or monstera, reducing leaf size can help. Trim part of the leaf blade rather than removing every leaf. The cutting still needs enough leaf surface to photosynthesise.

Let sap-heavy cuttings settle briefly

Some plants release sticky or milky sap after cutting. Let excess sap stop flowing before placing the cutting into water, and wipe the stem gently if needed. Always avoid skin and eye contact with irritating sap, especially from plants such as ficus, euphorbia, and dieffenbachia.

Take cuttings at the right time

Cuttings root best when the parent plant is actively growing and well-hydrated. For many tropical houseplants indoors, late spring through early autumn gives the strongest natural growth. Avoid taking cuttings right after repotting, after severe underwatering, during pest stress, or from a plant that is already declining.

7. Step-by-step water propagation method

Once the cutting is prepared, the next few choices decide whether it roots cleanly or starts to rot: container, water quality, light, warmth, and hygiene.

1. Choose a clean container

A clear glass jar makes it easy to monitor roots, water clarity, and early rot. Wash the container before use, especially if it previously held food, flowers, or old propagation water.

• Clear glass: best for watching root progress.
• Tinted glass: useful if algae keeps forming.
• Narrow neck: helps hold stems upright.
• Wide opening: makes cleaning easier and improves air exchange.

Avoid copper or reactive metal containers, as they can release compounds that damage young roots.

2. Add fresh room-temperature water

Use clean, room-temperature tap water for most houseplants. If tap water smells strongly of chlorine, letting it stand for 24 hours can help reduce free chlorine. If your water is very hard, heavily treated, or leaves mineral crusts, filtered water may be gentler for sensitive cuttings.

• Submerge at least one node.
• Keep leaves above the waterline.
• Do not fill the jar so high that petioles or leaf bases stay wet.

3. Support the cutting without crushing it

The node needs to stay underwater, but the cutting should not be forced into a tight opening that bruises the stem. If it flops, use a gentle support.

• a mesh lid
• a propagation disc
• a floral frog
• a loose twist of soft wire above the waterline

4. Place it in bright, indirect light

Bright, indirect light helps the cutting photosynthesise while roots form. Avoid direct sun hitting the glass, especially in warm weather. Sun on a jar can heat water quickly, stress tissue, and encourage algae.

A spot near a bright window, but not in harsh direct midday sun, is usually ideal. If growth stretches weakly or rooting is very slow, the cutting may need more light. If water heats up or algae spreads quickly, the jar may be too exposed.

5. Refresh water before it turns cloudy

Change water every 3–7 days. For rot-prone cuttings, warm rooms, or crowded jars, use the shorter end of that range. For robust pothos or philodendron cuttings in a clean jar, once a week may be enough.

Each water change helps:

• replenish oxygen
• remove bacteria and biofilm
• reduce algae growth
• clear away decaying leaf or stem residue

If the jar smells sour, feels slimy, or clouds quickly after a change, wash the container and inspect the cutting. Do not only top up old water again and again.

6. Watch root development

Fast-rooting plants may show tiny white bumps within one to two weeks. Slower plants can take several weeks, especially in cooler rooms.

• Healthy roots: pale cream to white, firm, fresh-looking, and gradually branching.
• Warning signs: brown mushy roots, blackened stem bases, cloudy water, sour smell, or leaves yellowing quickly.

7. Transfer before water roots become too long

For most small to medium houseplant cuttings, pot up when roots are around 2.5–5 cm long and beginning to branch. Larger cuttings, such as monstera, may need a slightly stronger root system, but do not wait until roots are long, brittle, or tangled.

Very long water roots can look impressive in glass, but they are harder to plant without damage. Short, active, lightly branching roots usually adapt better.

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Ideal rooting conditions for water propagation

Use these values as a practical starting point. Your room conditions, plant health, season, and light level will influence the exact timeline.

Cooler rooms slow rooting. Very warm rooms can speed bacterial growth. Stable warmth, clean water, and bright indirect light usually give better results than intense sun or constant fiddling.

8. Transferring from water to soil

The move from water to soil is the stage where many good cuttings struggle. Water roots are used to constant moisture and little physical resistance. Soil roots need to work through particles, oxygen gaps, and changing moisture levels. A gentle transition gives the cutting time to adjust.

When to transplant

• Root length: for most houseplant cuttings, aim for roots around 2.5–5 cm long.
• Root branching: a little branching is helpful, but roots should not be tangled into a dense knot.
• Root texture: healthy water roots are pale and firm, not brown, slimy, or hollow.
• Leaf condition: at least one healthy leaf should remain so the cutting can keep photosynthesising after potting.

Choose the right pot

Use a small pot with drainage holes. The pot should be only slightly larger than the root mass. Oversized pots stay wet too long around delicate new roots, which increases rot risk.

• Small cutting: use a small nursery pot rather than a decorative oversized pot.
• Multiple cuttings: plant several rooted cuttings together for a fuller pot, but avoid crowding roots into a tight clump.
• Drainage: always use a pot that allows excess water to leave the root zone.

Use an airy potting mix

A light, airy mix helps water roots adapt because it holds moisture without staying airless. The exact mix depends on plant type, but the goal is the same: even moisture plus oxygen around roots.

• For many tropical foliage plants: use a light houseplant mix amended with perlite or pumice.
• For climbing aroids: add orchid bark, coco chips, or another chunky component for airflow.
• For moisture-sensitive cuttings: keep the mix finer around small roots but still free-draining.

Do not fertilise immediately after transfer. Wait around 2–3 weeks, or until the cutting shows stable new growth. Fresh water roots can be sensitive to excess salts.

The transfer process

1. Pre-moisten the mix: it should feel damp, not soggy.
2. Make a planting hole first: do not push delicate roots through dense soil.
3. Lift the cutting gently: support the stem and guide roots into the hole without bending them sharply.
4. Set the node correctly: keep the rooted node just below or level with the soil surface, depending on cutting structure.
5. Firm lightly: close air gaps around roots without compressing the mix hard.
6. Water lightly: settle the mix, then let excess water drain away.

Aftercare during the first two weeks

Keep the mix evenly moist while the cutting adjusts, but do not keep it saturated. Let the top 2–3 cm of mix begin to dry slightly before watering again. Bright, indirect light and stable warmth help the cutting replace water roots with roots better adapted to potting mix.

• Avoid harsh direct sun during adjustment.
• Aim for moderate humidity, especially around thin-leaved plants.
• Do not repot again immediately unless rot appears.
• Expect some pause in leaf growth while roots adapt.

Some water roots may die back after transfer. That does not always mean failure. New soil-adapted roots can form if the stem is firm, the node is healthy, and the mix stays lightly moist rather than wet and airless.

9. Troubleshooting common water propagation problems

Most water propagation problems are easier to fix early. Cloudy water, soft stems, algae, and slow roots usually point to a mismatch in hygiene, oxygen, warmth, light, or plant choice.

A simple tracking habit that helps

Label jars with plant name and cutting date, especially when you root several plants at once. Note water-change dates and root timing. After a few rounds, patterns become clear: which plants root fastest in your home, which jars need cleaning more often, and which spots give the strongest roots.

10. Conclusion and key takeaways

Water propagation works best when the method matches the plant. Soft-stemmed, node-rich houseplants often root cleanly in a jar because they can form adventitious roots from stem tissue. Succulents, cacti, woody stems, bulbs, corms, and tubers usually need drier, airier, or division-based methods.

The strongest results come from simple, consistent care: a healthy cutting, a true node, clean tools, fresh water, bright indirect light, and the right transfer timing. Once roots are short, pale, firm, and beginning to branch, move the cutting into a small pot with airy, lightly moist mix.

Key points to remember

• Start with the right plant: pothos, philodendron, syngonium, coleus, Swedish ivy, tradescantia, and many soft-stemmed vines are good candidates.
• Always include a node: leaf-only cuttings from many vining plants will not grow into complete new plants without a node.
• Keep water clean: refresh every 3–7 days and wash jars when water clouds or smells stale.
• Use bright, indirect light: enough light supports photosynthesis, but direct sun can overheat water and encourage algae.
• Do not wait too long to pot up: roots around 2.5–5 cm long are usually easier to transfer than long, tangled water roots.
• Match soil to root stage: use a small pot, drainage holes, and airy mix that stays lightly moist while roots adjust.

Ready to root a cutting?

Choose a healthy node cutting from a water-friendly houseplant, place the node in fresh water, and keep the jar clean and bright. Once roots are firm and lightly branching, pot it into an airy mix and give it steady moisture while it settles in.

For a clean propagation setup, use sharp cutting tools, small jars, and a free-draining potting mix for the transfer stage. Those basics matter more than complicated tricks.

11. Glossary: Key Terms in Water Propagation

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12. Sources and Further Reading

Ayi, Q., Zeng, B., Liu, J., Li, S., van Bodegom, P. M., & Cornelissen, J. H. C. (2016). Oxygen absorption by adventitious roots promotes the survival of completely submerged terrestrial plants. Annals of Botany, 118(4), 675–683. https://doi.org/10.1093/aob/mcw051

Begonia Society. (n.d.). Vegetative propagation. American Begonia Society. Retrieved August 8, 2025, from https://www.begonias.org/vegetative-propagation/

Druege, U., Hilo, A., Pérez-Pérez, J. M., Klopotek, Y., & Acosta, M. (2019). Molecular and physiological control of adventitious rooting in cuttings: Phytohormone action meets resource allocation. Annals of Botany, 123(6), 929–949. https://doi.org/10.1093/aob/mcy234

Iowa State University Extension and Outreach. (2025, January). Growing philodendrons at home. Yard and Garden. Iowa State University of Science and Technology. https://yardandgarden.extension.iastate.edu/how-to/growing-philodendrons-home

Maryland Grows. (2017, November 20). Make more plants from cuttings: 5 plants that root easily in water. University of Maryland Extension. https://marylandgrows.umd.edu/2017/11/20/make-more-plants-from-cuttings-5-plants-that-root-easily-in-water/

Missouri Botanical Garden. (n.d.). Rooting cuttings in water [Visual guide]. Retrieved August 8, 2025, from https://www.missouribotanicalgarden.org/gardens-gardening/your-garden/help-for-the-home-gardener/advice-tips-resources/visual-guides/rooting-cuttings-in-water

Penn State Extension. (n.d.). Propagating houseplants. Penn State Extension. https://extension.psu.edu/propagating-houseplants

University of Nevada, Reno Extension. (n.d.). Propagating houseplants. https://extension.unr.edu/publication.aspx?PubID=3384

Virginia Cooperative Extension. (2019). Propagation by cuttings, layering and division (Publication 426-002). Virginia Tech. https://www.pubs.ext.vt.edu/426/426-002/426-002.html

Zhou, Y., Wang, C., Tang, Q., Wang, M.-H., & Li, M.-H. (2024). Morphological responses of root hairs to changes in soil and climate depend on plant life form. Frontiers in Forests and Global Change, 7, Article 1324405. https://doi.org/10.3389/ffgc.2024.1324405