PAWS Pet Poison Plant Guide
Is Clivia Lily Poisonous to Dogs, Cats, Horses, and Livestock?
Yes. Clivia Lily, Clivia miniata, is poisonous to dogs, cats, horses, livestock, and other animals that eat it. Direct chemical studies confirm lycorine, clivimine, haemanthamine, and numerous related Amaryllidaceae alkaloids in the plant. The most strongly supported clinical effect is gastrointestinal illness, including drooling, nausea, vomiting, abdominal pain, diarrhea, appetite loss, and lethargy. Poison references also warn of weakness, tremors, low blood pressure, seizures, or abnormal heart rhythm after a substantial exposure, but published veterinary cases involving authenticated Clivia miniata are sparse and the frequency of those severe effects has not been established.
About this guide: This page provides general pet-poisoning information and cannot diagnose or treat an individual animal. For any suspected exposure, contact a veterinarian or animal poison-control service immediately. Do not induce vomiting, give medication, or attempt home decontamination unless directed by a veterinary professional.
Clivia Lily
Accepted name: Clivia miniata (Lindl.) Verschaff.
Important botanical synonyms and historical names include:
Vallota miniata Lindl.
Imantophyllum miniatum (Lindl.) Hook.
Imatophyllum miniatum (Lindl.) Groenland
Clivia sulphurea Laing
Imantophyllum barkeri C.J.Barker
Imatophyllum atrosanguineum B.S.Williams
Clivia miniata var. citrina W.Watson
Clivia miniata var. flava E.Phillips
Nomenclatural authorities differ in their attribution of the accepted combination. Plants of the World Online currently displays Clivia miniata (Lindl.) Verschaff., while IPNI and some scientific publications cite Clivia miniata (Lindl.) Bosse. Both citations refer to the same accepted species.
Amaryllidaceae J.St.-Hil. — Amaryllis Family
Clivia belongs to the subfamily Amaryllidoideae and tribe Haemantheae. Related Amaryllidaceae include daffodils, amaryllis, snowdrops, blood lilies, spider lilies, surprise lilies, and other plants containing structurally diverse Amaryllidaceae alkaloids.
Bush Lily; Natal Lily; Natal Bush Lily; Orange Clivia; Clivia; Clivies; Cape Clivia; Klivia; Umayime; Boslelie
The historical common names Kaffir Lily and Caffre Lily appear in older horticultural, botanical, and veterinary references. Modern public-facing usage generally favors Clivia Lily, Bush Lily, or Natal Lily because the first word of the older name is a profoundly offensive racial slur in South African English.
The same historical common name has also been applied to Hesperantha coccinea, formerly Schizostylis coccinea, an unrelated member of the Iris family. A common name alone is therefore not sufficient plant identification.
A Complex Mixture of Amaryllidaceae Alkaloids
Clivia Lily contains numerous Amaryllidaceae alkaloids rather than one chemically uniform toxin. Lycorine is the best-known compound and provides the strongest direct explanation for the nausea and vomiting associated with ingestion, but the plant’s complete toxicology cannot be reduced to lycorine alone.
A modern whole-plant investigation isolated eighteen known alkaloids and one newly described homolycorine-type alkaloid, clivimine B. Lycorine, clivimine, and haemanthamine were the major recovered alkaloids, while the remaining compounds occurred in lower or trace quantities.
The identified compounds included 1-O-acetylcaranine, clivimine, clivimine B, cliniatine C, 4′-O-demethylbelladine, caranine, tazettine, clivonine, galanthamine, haemanthamine, vittatine, haemanthidine, hippeastrine, nobilisitine B, 3-O-acetyl-8-O-demethylmaritidine, 11-hydroxyvittatine, sternbergine, 8-O-demethylmaritidine, and lycorine.
Earlier phytochemical literature also reported clivacetine, clivatine, clivonidine, cliviasine, clividine, miniatine, clivojuline, cliviahaksine, cliviaaline, crinidine, and related compounds. Differences between studies may reflect plant source, tissue selection, extraction method, compound degradation, analytical sensitivity, and changing chemical nomenclature.
Lycorine and Vomiting
Lycorine is a potent emetic Amaryllidaceae alkaloid. Controlled research using purified lycorine in beagle dogs demonstrated dose-dependent nausea and vomiting. That evidence supports lycorine as an important contributor to the vomiting caused by lycorine-containing plants.
The experimental lycorine was administered as a purified compound rather than through oral ingestion of Clivia leaves, roots, berries, or rhizomes. The study therefore confirms the emetic action of lycorine but does not establish a safe or toxic weight of raw Clivia miniata tissue.
Vomiting can limit continued ingestion, but it can also produce dehydration, electrolyte loss, esophageal irritation, aspiration, poor circulation, and weakness. Vomiting plant material does not prove that all absorbed alkaloid has been removed.
Protein-Synthesis and Cellular Effects
Lycorine can inhibit protein synthesis and has numerous experimentally demonstrated antiviral, cytotoxic, and antiproliferative effects. These laboratory activities help explain why the compound is biologically potent, but they do not establish that ordinary Clivia ingestion produces cancer treatment, organ failure, or another specific laboratory endpoint in an exposed pet.
The clinical importance of each additional Clivia alkaloid has not been defined. Isolation of a compound and demonstration of activity in a cell assay do not prove that an animal absorbs a comparable dose while chewing the plant.
Acetylcholinesterase Inhibition
Several isolated Clivia alkaloids and Clivia extracts have been evaluated for their ability to inhibit acetylcholinesterase or butyrylcholinesterase. Cliniatines and other compounds have shown measurable in-vitro activity, and one comparative investigation found stronger acetylcholinesterase inhibition from root extract than from material described as bulb or aerial tissue.
These findings establish biochemical activity but do not prove that spontaneous Clivia poisoning produces a consistent cholinergic syndrome. Salivation, vomiting, tremors, weakness, slow heart rate, or diarrhea may have several causes, including direct gastrointestinal irritation, fluid loss, pain, electrolyte disturbance, or mixed alkaloid effects.
The plant should not be treated automatically like an organophosphate or carbamate pesticide, and atropine should not be administered merely because salivation or a slow pulse is observed.
Rhizomes, Roots, and the Meaning of “Bulb”
Clivia does not grow from a true layered bulb. It develops a short, fleshy rhizome or underground stem with numerous thick fleshy roots and a compact basal leaf structure.
Poison references commonly call the underground portion a bulb and often identify it as the greatest practical hazard. The concern is reasonable because a dog may dig up and chew a large, dense portion of plant tissue in one exposure, and root extracts have demonstrated substantial biological activity.
Available research does not establish one universal alkaloid concentration proving that every rhizome or root contains more toxin than every leaf, flower, berry, or seed. The underground mass should be treated more cautiously because of the amount an animal can consume and the demonstrated alkaloid activity, not because a validated veterinary tissue ranking exists.
Published Alkaloid Amounts
An older chemical isolation recovered lycorine at approximately 0.043 percent of the processed plant mass. That figure represents the yield under one extraction procedure and should not be converted into a universal concentration for every Clivia plant or tissue.
The occasionally repeated figure of 0.43 percent appears to be a decimal-place error or an unsupported generalization in secondary plant references. Neither figure supplies a veterinary toxic dose because plant chemistry, tissue weight, chewing, absorption, animal size, and individual susceptibility remain unknown.
All Plant Parts Require Caution
Leaves, flower stalks, flowers, pollen-bearing structures, berries, seeds, roots, rhizomes, seedlings, sap-bearing tissue, and discarded plant material should all remain inaccessible to animals.
Direct exact-species research has examined whole plants, roots, material described as bulbs, and aerial parts. It has not produced a complete veterinary concentration map for every flower, berry, seed, leaf, and root developmental stage.
Bright berries create a realistic exposure for dogs, cats, birds, and children, while uprooted rhizomes and roots create the largest single pieces commonly available to digging or chewing animals.
Fresh, Wilted, and Dried Material
Wilting or drying does not establish that Clivia alkaloids have been destroyed. Detached leaves, flower heads, berries, seeds, roots, rhizome pieces, dried arrangements, market material, powders, decoctions, and discarded plants should continue to be treated as poisonous.
Concentrated extracts and traditional preparations may deliver a much less predictable dose than one exploratory bite of a leaf.
Uterotonic Activity and Pregnancy
Clivia preparations have a history of use to influence childbirth, and experimental extracts of Clivia miniata have produced uterotonic activity in laboratory bioassays.
That evidence does not establish that one leaf bite will cause pregnancy loss or premature labor in a dog, cat, horse, or livestock animal. It does support prompt veterinary consultation after meaningful ingestion by a pregnant animal, particularly when roots, rhizomes, extracts, or traditional preparations were involved.
Direct Veterinary Evidence Is Limited
Published veterinary literature confirms that Clivia miniata contains toxic phenanthridine and related Amaryllidaceae alkaloids and recognizes it as a potential houseplant poison. Direct clinical reports involving botanically authenticated Clivia ingestion in dogs, cats, horses, or livestock are nevertheless sparse.
The most defensible expected syndrome is gastrointestinal illness dominated by salivation, nausea, vomiting, abdominal discomfort, diarrhea, appetite loss, and depression. Tremors, convulsions, low blood pressure, and cardiac rhythm abnormalities are precautionary concerns after a substantial exposure, but their exact frequency and dose relationship have not been established specifically for this plant.
No Established Safe or Lethal Dose
No dependable leaf count, berry count, seed count, root weight, rhizome weight, plant weight, toxic dose, or lethal dose has been established for dogs, cats, horses, livestock, rabbits, birds, or other animals.
Risk depends on the plant part, amount swallowed, degree of chewing, individual plant chemistry, animal size, age, health, stomach contents, pregnancy status, and time before treatment.
A brief leaf taste is not equivalent to chewing a large underground plant mass or consuming a concentrated preparation, but an unknown or meaningful ingestion should still be assessed professionally.
Expected Gastrointestinal Signs
The best-supported effects of Clivia Lily ingestion involve the gastrointestinal tract. Signs may include lip licking, drooling, repeated swallowing, nausea, vomiting, abdominal discomfort, diarrhea, appetite reduction, depression, and lethargy.
Clinical signs may begin within minutes to several hours, although no exact onset period applies to every exposure. Timing depends on the plant part, amount consumed, chewing, stomach contents, alkaloid profile, and individual animal.
Plant fragments, leaf fibers, berry material, seeds, roots, or rhizome tissue may appear in vomit. Their presence confirms exposure but does not prove that all toxic material has been expelled.
Vomiting, Diarrhea, and Abdominal Pain
Lycorine has a directly demonstrated emetic effect in dogs. Vomiting may occur once or repeatedly and may be accompanied by hypersalivation, nausea, food refusal, or abdominal cramping.
Abdominal pain may cause restlessness, whining, repeated stretching, a hunched posture, tense abdominal muscles, flank watching, or reluctance to be handled.
Diarrhea may be mild or frequent. Bloody vomit, coffee-ground material, black stool, fresh blood in diarrhea, severe pain, or persistent gastrointestinal signs require examination for substantial mucosal injury, another poisonous plant, medication, pesticide, or foreign material.
Dehydration and Secondary Weakness
Repeated vomiting and diarrhea can cause tacky gums, sunken eyes, reduced urination, abnormal thirst, weakness, poor pulse quality, low blood pressure, electrolyte disturbance, and circulatory compromise.
Puppies, kittens, toy-breed dogs, elderly animals, and patients with kidney, heart, endocrine, or gastrointestinal disease may become unstable more quickly than a healthy adult animal.
Weakness after Clivia ingestion does not necessarily prove direct neurologic poisoning. Pain, reduced food intake, dehydration, hypoglycemia, electrolyte loss, hypotension, hypothermia, and aspiration may all contribute.
Tremors, Incoordination, and Seizures
Poison references list trembling, poor coordination, convulsions, or seizures after large Clivia or Amaryllidaceae exposures. These findings are biologically plausible in a mixed-alkaloid poisoning, but their frequency has not been defined through a series of authenticated Clivia miniata veterinary cases.
Any tremor, ataxia, repeated falling, seizure, profound depression, or reduced responsiveness should be treated as an emergency. The veterinarian must also investigate pesticides, medications, tremorgenic toxins, hypoglycemia, electrolyte abnormalities, another plant, and unrelated neurologic disease.
Blood Pressure and Heart Rhythm
Low blood pressure and slow, rapid, weak, or irregular heart rhythms are included in established poison-plant guidance for substantial Clivia ingestion. Exact-species clinical documentation remains limited.
Cardiovascular abnormalities may result from direct alkaloid activity, dehydration, electrolyte losses, pain, hypothermia, hypoxia, or shock. The actual rhythm must be identified by electrocardiography before cardiac medication is selected.
Pale or gray gums, cold extremities, weak pulses, prolonged capillary refill, fainting, inability to stand, or collapse indicates inadequate circulation regardless of the exact mechanism.
Respiratory Complications
Primary respiratory paralysis has not been established as the routine Clivia syndrome. Breathing difficulty can develop secondarily when severe weakness, seizures, central depression, aspiration after vomiting, cardiovascular collapse, or another simultaneous toxin is present.
Rapid or labored breathing, open-mouth breathing, blue-gray mucous membranes, weak chest movement, loss of airway reflexes, or unconsciousness requires immediate emergency treatment.
Signs in Cats
Cats may develop drooling, vomiting, diarrhea, appetite loss, hiding, quiet behavior, weakness, or abdominal discomfort after chewing leaves, flowers, berries, seeds, roots, or rhizome tissue.
Clivia does not cause the characteristic feline proximal renal tubular necrosis associated with true lilies in Lilium and Hemerocallis. Persistent vomiting or dehydration can still affect kidney perfusion secondarily, and a plant identified only as “lily” must be confirmed carefully.
Signs in Horses and Livestock
A specific naturally occurring Clivia poisoning syndrome has not been characterized well in horses or livestock. A meaningful exposure could produce salivation, feed refusal, colic, diarrhea, depression, weakness, tremors, abnormal coordination, or circulatory changes.
Horses cannot vomit. Colic, marked salivation, diarrhea, reduced intestinal motility, weakness, tremors, abnormal breathing, or collapse after access to uprooted plants or discarded landscaping material requires veterinary assessment.
Several animals becoming ill together should prompt examination of the complete clipping pile, feed, bedding, water, pesticides, fertilizers, and every plant present rather than attributing the outbreak automatically to Clivia.
Signs That Do Not Fit an Ordinary Exposure
Primary kidney failure, liver failure, severe hemolytic anemia, widespread bleeding, persistent paralysis, prolonged coma, or sudden death is not the expected result of a small Clivia taste.
Such findings require investigation for another plant, concentrated preparation, pesticide, medication, foreign body, infection, metabolic disorder, or mixed exposure.
Expected Course and Emergency Warning Signs
Many limited exposures are expected to remain gastrointestinal and improve over approximately one day with removal of access and appropriate supportive care. More substantial ingestion, continued vomiting, dehydration, aspiration, or another complication can extend recovery over several days.
Emergency warning signs include repeated vomiting, inability to retain water, blood in vomit or stool, severe abdominal pain, progressive weakness, tremors, loss of coordination, seizures, an abnormal pulse, pale or blue-gray gums, collapse, reduced responsiveness, or difficult breathing.
Plant Identity
Clivia Lily, Clivia miniata, is an evergreen, clump-forming perennial in the Amaryllis family. It is native to shaded forest habitats in southern Africa and is cultivated widely as a flowering houseplant, conservatory specimen, patio container, office plant, and protected landscape ornamental.
The plant has broad, glossy, dark-green strap-shaped leaves arranged in two opposing ranks. A thick, leafless flower stalk supports a rounded cluster of orange, red, yellow, peach, cream, or selected multicolored trumpet-shaped flowers.
Pollinated flowers produce fleshy berries that mature slowly to orange, red, yellow, or golden tones depending on the cultivated form. Each berry contains one or more large fleshy seeds.
Clivia Does Not Have a True Bulb
Clivia grows from a short, fleshy rhizome or underground stem with numerous thick roots. The overlapping leaf bases form a compact pseudostem above the underground portion.
Poison lists frequently call the underground structure a bulb because Clivia belongs to Amaryllidaceae and resembles bulb-forming ornamentals. Rhizome, underground stem, basal plant mass, and fleshy roots are more accurate descriptions.
This distinction matters for plant identification but does not make the underground tissue safe. Dogs may expose and chew a large amount while digging, repotting, dividing, or investigating a discarded plant.
Clivia Lily Is Not a True Lily
True lilies belong to the genus Lilium, and Daylilies belong to Hemerocallis. Both groups can cause severe acute kidney injury in cats after very small exposures.
Clivia belongs to Amaryllidaceae and produces an alkaloid-driven syndrome dominated by nausea, vomiting, diarrhea, abdominal pain, appetite loss, and depression. A substantial exposure may create additional neurologic or cardiovascular concern, but it does not produce the recognized true-lily renal syndrome.
Accurate identification is still urgent because an owner may use the word “lily” for several unrelated plants with very different toxic mechanisms.
Modern and Historical Common Names
Bush Lily, Natal Lily, Clivia Lily, Orange Clivia, Cape Clivia, Clivia, Klivia, Umayime, and Boslelie are used for the plant.
Older botanical, horticultural, and poison references may use Kaffir Lily or Caffre Lily. Those names remain useful when interpreting an old label or publication, but their shared first word is a profoundly offensive racial slur in South African English and should not be used as the normal modern public name.
The same historical name has also been applied to Hesperantha coccinea, formerly Schizostylis coccinea, an unrelated member of the Iris family. A common name alone is therefore not a dependable identification.
Where Dogs Encounter Clivia
Dogs may chew leaves, swallow fallen berries, pull at flower stalks, dig into containers, or tear an entire plant from the soil. Puppies and dogs that carry roots, sticks, bulbs, or garden material may be especially likely to chew the fleshy underground mass.
Exposure frequently follows repotting, plant division, landscape removal, storm damage, or disposal. An uprooted rhizome placed on the ground or in an open waste bag can be more accessible than the established plant.
Plastic pots, ceramic fragments, decorative foil, labels, fertilizer granules, insecticides, water-retaining crystals, and potting material may be swallowed at the same time. Persistent vomiting, abdominal enlargement, or reduced stool production may require imaging for a foreign body.
Where Cats Encounter Clivia
Cats may bite long leaf tips, play with flowers or rolling berries, drink from saucers beneath containers, or ingest residue while grooming contaminated fur.
Indoor cats may return repeatedly to the same plant. A series of small chewing episodes can create a larger cumulative exposure than one visibly damaged leaf suggests.
Repeated vomiting, refusal of food, unusual quietness, weakness, trembling, or collapse should not be dismissed as a hairball problem. Hydrogen peroxide must never be used as a feline emetic.
Flowers, Berries, Seeds, and Detached Material
Flowers, flower stalks, berries, seeds, leaves, roots, and rhizome pieces should all remain inaccessible. Flower color and berry color do not identify a nontoxic cultivar.
Detached or wilted material should not be assumed safe. Cut flowers, fallen berries, divided roots, dried leaves, market material, and discarded arrangements may retain biologically active alkaloids.
Fallen berries can roll beneath furniture, containers, shrubs, or landscape debris and remain available after the visible fruit cluster has been removed.
Clivia-Specific Alkaloid Research
Exact-species chemical research confirms that the plant contains a much broader alkaloid mixture than the short lycorine-only descriptions found in older poison lists.
Whole-plant analysis identified lycorine, clivimine, and haemanthamine as major constituents and numerous additional alkaloids in smaller quantities. Separate work identified newly characterized cliniatines and demonstrated acetylcholinesterase activity from selected isolated compounds.
Root, underground, and aerial extracts do not show identical laboratory activity. Root extracts have demonstrated comparatively strong acetylcholinesterase and other in-vitro effects, but laboratory potency does not provide a direct oral toxic dose for an animal chewing raw plant material.
Traditional Medicinal Use
Clivia roots, rhizomes, leaves, and whole-plant preparations have been used in southern African traditional medicine for urinary complaints, pain, fever, infertility, childbirth, cleansing, snakebite, and spiritual purposes.
Historical use demonstrates biological activity rather than safety. Traditional preparation, plant identity, dose, route, and intended pharmacologic effect differ from accidental ingestion by an animal.
Tea, decoction, tincture, powder, extract, or another homemade Clivia preparation should never be administered to a pet or livestock animal.
Pregnancy and Uterotonic Evidence
Clivia has a history of use to influence labor, and laboratory bioassays have demonstrated uterotonic activity from selected extracts.
No dependable oral dose has been established that causes pregnancy loss or premature labor in dogs, cats, horses, or livestock. Nevertheless, a pregnant animal should receive prompt veterinary advice after a meaningful exposure, particularly when a root, rhizome, extract, or traditional preparation was consumed.
Clivia and Other Strap-Leaved Ornamentals
Hesperantha coccinea has narrow sword-like leaves and red, pink, or white six-tepaled flowers arranged along slender stalks. It belongs to Iridaceae rather than Amaryllidaceae.
Hippeastrum plants sold as Amaryllis usually grow from a true layered bulb and produce fewer, much larger trumpet flowers. Both Hippeastrum and Clivia contain Amaryllidaceae alkaloids and should remain inaccessible.
Agapanthus has strap-shaped leaves and rounded heads of blue, purple, or white flowers. Its irritant chemistry differs from Clivia’s alkaloid profile.
Diagnosis
No routine rapid blood test confirms Clivia ingestion. Diagnosis depends on plant identification, exposure history, plant fragments, clinical signs, and exclusion of other causes of gastrointestinal, neurologic, or cardiovascular illness.
Preserve a complete specimen containing the underground structure, roots, leaves, flowers, berries, and seeds when available. Retain the nursery label, photographs, potting-product packaging, and vomited material.
Persistent vomiting, diarrhea, weakness, collapse, or an abnormal pulse may justify blood testing for hydration, electrolytes, glucose, kidney and liver values, acid-base balance, blood-pressure measurement, electrocardiography, and imaging for retained plant or pot material.
Prevention
Keep indoor and outdoor Clivia plants beyond the reach of dogs, cats, rabbits, birds, livestock, and plant-chewing children. A high table alone may not prevent access by cats or protect against fallen berries.
Place divided, uprooted, or discarded plants directly into a closed container. Do not leave rhizomes or roots on a potting bench, patio, open compost pile, paddock, poultry yard, or garden-waste heap.
Collect fallen berries, flowers, and leaves promptly. Wash plant residue from tools, floors, counters, gloves, and an animal’s coat before grooming can transfer it to the mouth.
Prognosis
The prognosis is generally good after a limited exposure that causes short-lived gastrointestinal illness. Direct veterinary case evidence for severe authenticated Clivia poisoning is limited.
The outlook becomes more guarded when repeated vomiting or diarrhea causes dehydration, when a large underground plant mass was consumed, or when the animal develops low blood pressure, tremors, seizures, an abnormal rhythm, aspiration, collapse, or another systemic complication.
Immediate Response
- Stop Further Exposure: Remove access to the plant, rhizome, roots, leaves, flowers, berries, seeds, sap, discarded material, potting soil, and contaminated objects.
- Identify the Plant: Determine whether the animal encountered Clivia, Hesperantha, Amaryllis, Agapanthus, a true Lily, Daffodil, or another strap-leaved flowering plant.
- Preserve a Complete Sample: Save the rhizome, roots, leaves, flower stalk, flowers, berries, seeds, nursery label, packaging, and any vomited plant material.
- Estimate the Amount: Record whether the animal took one leaf bite, swallowed berries, chewed roots, or consumed part of the fleshy rhizome.
- Record the Time: Note the earliest and latest possible exposure and when vomiting, diarrhea, weakness, trembling, or other signs began.
- Contact a Veterinarian: Obtain prompt professional guidance after any rhizome ingestion, uncertain substantial exposure, or developing clinical signs.
Remove Plant Material from the Mouth
- Remove Loose Pieces Carefully: Take visible leaves, flowers, berries, seeds, roots, or rhizome pieces from the lips and front of the mouth when this can be done without being bitten.
- Use a Gentle Wipe: Wipe sap and residue from the lips, gums, tongue, and front of the mouth with a damp cloth in a fully alert animal.
- Rinse Gently When Appropriate: A gentle mouth rinse may be used only when the animal is fully alert, breathing normally, swallowing normally, and able to protect the airway.
- Do Not Force Liquids: Pouring water into the mouth can cause aspiration and does not neutralize lycorine or the other alkaloids.
- Do Not Reach Deeply: Blind finger sweeps can push plant material toward the throat or cause injury.
Do Not Automatically Induce Vomiting
- Expect Possible Spontaneous Vomiting: Lycorine has a strong emetic effect, and many animals begin vomiting without an administered emetic.
- Cats Must Never Receive Peroxide: Hydrogen peroxide is not a safe home emetic for cats and can cause severe stomach and esophageal injury.
- Dogs Require Direct Professional Direction: Vomiting may be considered only after a recent meaningful ingestion in a fully alert, stable, asymptomatic dog that is breathing normally, swallowing normally, and able to protect the airway.
- Never Induce Vomiting After Signs Begin: Do not attempt it in an animal that is already vomiting, weak, lethargic, trembling, uncoordinated, collapsed, seizuring, breathing abnormally, or swallowing poorly.
- Do Not Use Salt, Mustard, Oil, Syrup, or Fingers: These methods are unreliable and can cause additional poisoning, aspiration, or physical injury.
- Do Not Delay Transportation: Home decontamination must never postpone emergency care after a meaningful rhizome ingestion or developing systemic signs.
Activated Charcoal and Gastric Lavage
- Use Charcoal Only Under Veterinary Direction: Activated charcoal may reduce absorption after a recent substantial ingestion when the animal can protect its airway.
- Do Not Force Charcoal: A vomiting, weak, sedated, trembling, seizuring, or poorly swallowing animal can inhale charcoal into the lungs.
- Do Not Use Household Charcoal: Barbecue charcoal, fireplace ash, burned food, and homemade carbon are not medical activated charcoal.
- Gastric Lavage Is Veterinary-Only: Lavage may be considered after a major rhizome ingestion but requires anesthesia, endotracheal airway protection, cardiovascular monitoring, and direct professional assessment.
- Do Not Repeatedly Decontaminate at Home: Repeated vomiting or oral products can worsen dehydration, electrolyte loss, and aspiration risk.
Vomiting and Diarrhea
- Track Vomiting: Record the number of episodes and whether leaves, berries, seeds, roots, rhizome pieces, foam, blood, or other material is present.
- Track Diarrhea: Note frequency, amount, mucus, red blood, black stool, and whether normal urination continues.
- Save Plant Fragments: Place vomited plant material in a sealed disposable container for veterinary identification.
- Offer Water Carefully: Small amounts of fresh water may be offered when the animal is fully alert, swallowing normally, and not vomiting repeatedly.
- Do Not Force Water: Forced oral fluids can be aspirated and cannot replace controlled treatment for dehydration.
- Watch for Dehydration: Tacky gums, sunken eyes, reduced urination, weakness, rapid or weak pulse, and increasing lethargy require treatment.
- Report Blood Promptly: Bloody vomit, coffee-ground material, black stool, bloody diarrhea, pale gums, or collapse requires urgent examination.
Abdominal Pain and Possible Foreign Material
- Watch for Pain: Whining, restlessness, repeated stretching, a hunched posture, tense abdominal muscles, or reluctance to be touched requires assessment.
- Watch for Choking: Pawing at the mouth, repeated gagging, inability to inhale, blue-gray gums, or collapse is an emergency.
- Watch for Obstruction: Continued vomiting, abdominal enlargement, reduced stool, appetite loss, or illness returning after temporary improvement may indicate retained rhizome material or another foreign object.
- Consider Other Materials: Plastic pots, ceramic fragments, labels, decorative foil, fertilizer, insecticide, and potting material may have been swallowed with the plant.
Weakness and Low Blood Pressure
- Watch for Circulatory Weakness: Pale gums, cold extremities, weak pulse, severe lethargy, fainting, or collapse may indicate hypotension or shock.
- Keep the Animal Quiet: Minimize running, struggling, excitement, and unnecessary walking during transportation.
- Carry an Unstable Animal: Support the chest and hindquarters rather than forcing a weak pet to walk.
- Keep Comfortably Warm: Use dry blankets when the animal feels cold, but avoid intense direct heat and do not delay care.
- Do Not Give Stimulants: Caffeine, energy products, decongestants, and other stimulants can worsen cardiac instability.
Tremors and Seizures
- Clear the Area: Move hard or sharp objects away from an animal that is trembling or seizuring.
- Prevent Falls: Keep the animal away from stairs, pools, roads, and elevated surfaces.
- Do Not Restrain the Jaw: Animals do not swallow their tongues, and placing hands near the mouth can cause severe bites.
- Time the Episode: Record seizure duration and whether normal awareness returns between episodes.
- Seek Immediate Critical Care: Repeated seizures, prolonged seizure activity, collapse, or failure to regain awareness requires emergency airway and neurologic treatment.
Cardiac and Respiratory Signs
- Watch the Pulse: An unusually slow, rapid, weak, or irregular pulse may indicate direct alkaloid effects or severe electrolyte disturbance.
- Check Gum Color: Pale, gray, or blue gums indicate poor circulation or oxygenation.
- Watch Breathing: Rapid breathing, labored respiration, open-mouth breathing, gasping, or neck extension requires emergency care.
- Do Not Give Heart Medication: Atropine, antiarrhythmic drugs, blood-pressure medication, and stimulants require examination and monitored veterinary use.
- Do Not Give Anything by Mouth: A weak, collapsed, seizuring, or poorly swallowing animal can aspirate food, water, charcoal, or medication.
- Begin CPR When Appropriate: If the animal becomes unresponsive and is not breathing normally, begin pet CPR when trained and safe while emergency help is obtained.
Do Not Give Routine Home Medication
- Avoid Human Antidiarrheals: Do not give loperamide, bismuth products, kaolin mixtures, or other gastrointestinal drugs without veterinary direction.
- Avoid Human Pain Relievers: Ibuprofen, naproxen, acetaminophen, and aspirin can cause additional serious poisoning.
- Do Not Give Milk or Oil: These do not neutralize the alkaloids and may worsen vomiting or aspiration risk.
- Do Not Give Herbal Preparations: Tea, decoction, tincture, powder, essential oil, or traditional remedy made from Clivia can deliver a concentrated and unpredictable dose.
- Do Not Give Sedatives: Antihistamines, sleep aids, alcohol, cannabis products, tranquilizers, and leftover prescriptions can worsen weakness or breathing.
Skin and Eye Exposure
- Wear Gloves: Use gloves when handling damaged rhizomes, roots, sap, berries, vomit, or contaminated fur.
- Wash the Coat: Rinse sap and plant residue from the fur with lukewarm water and mild pet-safe shampoo.
- Prevent Grooming: Do not allow the animal to lick contaminated fur until cleanup is complete.
- Flush the Eyes: Rinse an exposed eye with sterile saline or clean lukewarm water for at least 15 to 20 minutes.
- Obtain Eye Care: Continued redness, squinting, tearing, swelling, cloudiness, or rubbing requires veterinary examination.
Veterinary Examination
- Assess Hydration: The veterinarian may evaluate gum moisture, pulse quality, body weight, temperature, blood pressure, and the extent of fluid loss.
- Check Electrolytes: Sodium, potassium, chloride, glucose, calcium, and acid-base abnormalities may follow prolonged vomiting and diarrhea.
- Check Kidney and Liver Values: Laboratory testing can identify secondary organ effects from dehydration, hypotension, shock, or another exposure.
- Monitor the Heart: Electrocardiography may be required for weakness, collapse, hypotension, or an abnormal pulse.
- Consider Imaging: Radiographs or ultrasound may be appropriate when a large rhizome piece, pot fragment, packaging, or another foreign object could remain in the gastrointestinal tract.
- Continue Observation: A substantial ingestion may justify hospitalization after vomiting slows because blood-pressure, cardiac, neurologic, or electrolyte abnormalities may persist.
Veterinary Treatment
- No Specific Antidote Exists: Treatment is directed at decontamination, gastrointestinal illness, hydration, circulation, neurologic signs, and cardiac abnormalities.
- Control Vomiting: Veterinarian-selected anti-nausea medication may be used after appropriate decontamination decisions have been made.
- Provide Fluid Therapy: Subcutaneous or intravenous fluids may correct dehydration, support blood pressure, and restore electrolyte balance.
- Protect the Gastrointestinal Tract: Persistent abdominal pain, irritation, or bloody discharge may require individualized gastroprotective treatment.
- Treat Hypotension: Fluid therapy, vasopressor support, warming, and correction of electrolyte abnormalities must be selected according to the animal’s monitored condition.
- Control Tremors or Seizures: Veterinarian-selected anticonvulsant or muscle-relaxant treatment may be required after a large exposure.
- Treat the Actual Heart Abnormality: Bradycardia, tachycardia, conduction disturbance, or another arrhythmia requires treatment based on electrocardiographic findings rather than a fixed drug plan.
- Support Breathing: Oxygen, airway protection, aspiration treatment, or mechanical ventilation may be required in a critical case.
Horse and Livestock Exposure
- Remove the Source: Prevent access to landscaping plants, uprooted rhizomes, discarded roots, clippings, berries, and contaminated feed or bedding.
- Watch for Colic: Pawing, flank watching, stretching, rolling, sweating, diarrhea, or refusal of feed requires veterinary assessment.
- Watch for Weakness: Trembling, poor coordination, low blood pressure, abnormal pulse, seizures, or collapse requires emergency treatment.
- Do Not Drench: Never force oil, charcoal, water, feed, or medication into a colicky, weak, seizuring, recumbent, or poorly swallowing animal.
- Preserve Plant Samples: Save roots, rhizome, leaves, flowers, berries, feed, and gastrointestinal material for identification.
- Assess Pregnant Animals: Prompt veterinary advice is warranted because Clivia preparations have a history of uterine use and no safe reproductive exposure has been established.
Prevention, Prognosis, and Recovery
- Keep Plants Inaccessible: Place indoor and outdoor Clivia where dogs, cats, children, rabbits, birds, and livestock cannot reach the leaves, berries, or underground portions.
- Secure Removed Rhizomes: Place divided, uprooted, or discarded plants directly into a closed container rather than an accessible compost or debris pile.
- Collect Fallen Berries: Remove orange, red, and yellow fruit from floors, soil, furniture, and areas beneath containers.
- Control Traditional Preparations: Keep medicinal plant material, powders, decoctions, and market-purchased rhizomes away from animals.
- Typical Prognosis: The outlook is generally good after a limited exposure that causes short-lived gastrointestinal illness.
- Guarded Prognosis: Major rhizome ingestion, prolonged vomiting, severe dehydration, hypotension, tremors, seizures, arrhythmias, respiratory compromise, collapse, or shock creates greater concern.
- Expected Recovery: Mild cases may improve within a day, while substantial exposures can require several days of fluids, blood-pressure support, laboratory monitoring, and supportive care.
Frequently Asked Questions About Clivia Lily and Animal Poisoning
Is Clivia Lily poisonous to dogs and cats?
Yes. Clivia miniata contains lycorine and numerous related Amaryllidaceae alkaloids. The best-supported signs are drooling, nausea, vomiting, abdominal pain, diarrhea, appetite loss, depression, and lethargy.
Is Clivia Lily poisonous to horses and livestock?
It should be treated as poisonous. A specific naturally occurring horse or livestock syndrome has not been documented well, but meaningful ingestion may cause salivation, feed refusal, colic, diarrhea, depression, weakness, tremors, or circulatory abnormalities.
What toxins are present in Clivia Lily?
The plant contains a complex mixture of Amaryllidaceae alkaloids. Whole-plant research identified lycorine, clivimine, and haemanthamine as major compounds together with numerous lower-concentration alkaloids.
What does lycorine do?
Lycorine has a strong emetic effect. Controlled research with purified lycorine in dogs demonstrated dose-dependent nausea and vomiting. That study did not establish a safe or toxic weight of raw Clivia plant material.
Can Clivia cause tremors, seizures, or abnormal heart rhythm?
Poison references warn that severe signs may occur after a large ingestion, but direct veterinary case documentation for authenticated Clivia miniata is sparse. Any tremor, seizure, abnormal pulse, collapse, or reduced responsiveness requires emergency evaluation and investigation for another or mixed exposure.
Which part of Clivia is most dangerous?
All parts should be treated as poisonous. The rhizome and thick roots create particular practical concern because a digging dog may consume a large mass at once, but research has not established a universal tissue concentration proving that every underground portion is more toxic than every leaf, flower, berry, or seed.
Does Clivia grow from a bulb?
No. Clivia grows from a fleshy rhizome or underground stem with numerous thick roots. “Bulb” is used loosely in some poison and horticultural references.
Are Clivia leaves, flowers, and berries poisonous?
Yes. Leaves, flower stalks, flowers, berries, seeds, roots, rhizomes, seedlings, and discarded material should remain inaccessible. No part has an established pet-safe dose.
Is dried or wilted Clivia safe?
No. Wilting and drying do not establish that the alkaloids have been destroyed. Detached leaves, dried arrangements, roots, rhizomes, berries, seeds, powders, and traditional preparations should remain inaccessible.
Is Clivia Lily a true lily?
No. Clivia belongs to Amaryllidaceae. It does not cause the characteristic cat-specific acute kidney injury associated with true lilies in Lilium and Daylilies in Hemerocallis.
How quickly can symptoms begin?
Drooling, nausea, vomiting, abdominal discomfort, or diarrhea may begin within minutes to several hours. Timing varies with the plant part, amount, chewing, stomach contents, and individual animal.
Does vomiting mean the animal is safe?
No. Vomiting may remove some plant material, but absorbed alkaloids may continue acting. Repeated vomiting can also cause dehydration, electrolyte loss, aspiration, low blood pressure, and weakness.
Should I make my dog or cat vomit?
Do not induce vomiting automatically. A veterinarian may consider professional emesis after a recent meaningful ingestion in a fully alert, stable animal with normal breathing and swallowing. Hydrogen peroxide must never be used as a feline emetic.
Does activated charcoal help?
A veterinarian may consider activated charcoal after a substantial recent ingestion when the animal can protect its airway and gastrointestinal motility is adequate. It must not be forced into a vomiting, weak, trembling, seizuring, or poorly swallowing animal.
Is Clivia dangerous during pregnancy?
Clivia extracts have demonstrated uterotonic activity in laboratory testing, but no animal-specific oral reproductive dose has been established. Prompt veterinary advice is appropriate after meaningful exposure by a pregnant animal, particularly when roots, rhizomes, or concentrated preparations were involved.
Is there an antidote?
No specific antidote is established. Treatment may include professional decontamination, anti-nausea medication, fluids, electrolyte correction, blood-pressure and heart-rhythm monitoring, seizure control, airway protection, and treatment of complications.
What is the prognosis?
The prognosis is generally good after a limited exposure and appropriate supportive care. It becomes more guarded with a large underground-plant ingestion, prolonged vomiting, severe dehydration, low blood pressure, tremors, seizures, an abnormal rhythm, respiratory compromise, collapse, or shock.
