# Toxic Plants for Goats: Pasture Assessment and Risk Reduction ## Key Takeaways - Goats' browsing behavior necessitates systematic pasture assessment for toxic plants, as they select a wider range of species than ruminants like sheep or cattle, increasing exposure risk, particularly in overgrazed or drought-stressed environments. - Accurate plant identification is a significant challenge; many toxic species resemble non-toxic ones, and toxin concentration varies by season and soil, requiring producers to document suspect specimens for expert confirmation and maintain detailed exposure history logs. - Pre-grazing assessment, including mapping woody species and forbs, and flagging or removing known toxic plants like oleander, is crucial, with repeat assessments recommended after weather events or herbicide application that can alter plant toxicity. - Nutritional status directly impacts susceptibility; deficiencies in energy, protein, or minerals (selenium, copper) can impair detoxification pathways, while well-fed goats on balanced diets are less likely to ingest toxic plants out of necessity. - Producers must establish clear boundaries for veterinary contact, initiating consultation for unexplained signs in multiple animals, neurological symptoms, jaundice, rapid pulse, or death, and understanding that specific supportive care and decontamination require professional veterinary direction. - Production stage considerations are critical, as pregnant does are susceptible to abortifacients, lactating does can transfer toxins into milk, and young kids are vulnerable due to less developed rumen function and exploratory behavior. --- Goat producers must systematically assess pastures for toxic plants, document exposure history, recognize the limits of plant identification, and establish clear boundaries for veterinary contact. Plant poisonings in goats are often subacute or chronic, making field observation the primary detection tool before clinical signs become irreversible. ### At a Glance | Plant Category | Common Examples | Primary Toxin | Clinical Signs Window | Pasture Risk Period | |----------------|----------------|----------------|------------------------|----------------------| | Ornamentals | Oleander, Rhododendron, Yew | Cardiac glycosides, grayanotoxins | Hours to 1,2 days | Year,round near fences or yards | | Browse shrubs | Lantana camara, Jatropha spp. | Pentacyclic triterpenoids, phorbol esters | 2,7 days after ingestion | Warm season, regrowth after drought | | Bracken fern | Pteridium aquilinum | Ptaquiloside, thiaminase | 2,8 weeks (chronic) | Late spring to autumn | | Legumes | Leucaena leucocephala | Mimosine (3,4,DHP) | 2,4 weeks on exclusive diet | Year,round in tropical/subtropical regions | | Pyridine,alkaloid plants | Lupines, Nicotiana spp. | Quinolizidine alkaloids | Hours to 3 days | Flowering stage, seed pods | These categories are not exhaustive. Plant identification limits, variation in toxin concentration by season and soil, and individual goat susceptibility require a structured management approach. ## System Context and Planning Decisions ### Pasture Ecology and Goat Behavior Goats are browsers. They select a wider range of plant species than sheep or cattle, including woody perennials and forbs. This foraging behavior increases their exposure to potentially toxic plants, especially in overgrazed or drought,stressed pastures where preferred forages are scarce. The [FAO Animal Production and Health](https://www.fao.org/animal-production/en/) guidelines note that managed intensive grazing reduces selective browsing, but producers must still account for edge habitats where ornamental or invasive toxic species establish. The [WOAH Terrestrial Animal Health Code](https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/) emphasizes that biosecurity planning includes vegetation management as a primary prevention measure. ### Plant Identification Limits Accurate plant identification is a persistent practical constraint. Many toxic species resemble non,toxic ones during early growth stages. Lantana camara, for example, has multiple color forms and hybridizes readily, complicating field recognition. The [Merck Veterinary Manual](https://www.merckvetmanual.com/) advises that presumptive identification of vegetative material is unreliable, producers should collect and press suspect specimens for confirmation by a botanist or extension specialist. Even common toxic ornamentals such as oleander may be misidentified when only stems and leaves are present. Documentation of plant samples with photographs and location notes reduces diagnostic delays. ### Documentation as a Diagnostic Tool Exposure history records are the single most valuable field tool. Date, pasture location, number of goats exposed, observed plant species, and time between exposure and clinical signs form a chain of evidence that guides veterinary diagnosis. The [USDA APHIS Livestock and Poultry Disease](https://www.aphis.gov/livestock-poultry-disease) resources recommend recording any abnormal behavior, rumination changes, or feed refusal. Such documentation also supports regulatory reporting if a zoonotic or reportable disease is suspected. Uncertainty about plant identity does not preclude record,keeping: note the plant’s habit, leaf arrangement, flower color, and any yard or fence proximity. ## Core Management Framework ### Pre,grazing Assessment Before introducing goats to a new pasture, walk the entire area. Identify and map all woody species, forbs, and ornamental introductions. Flag or remove known toxic plants when possible. For example, a single mature oleander shrub can shed enough leaves in a windstorm to poison a whole herd. The [USDA National Animal Health Monitoring System](https://www.aphis.gov/livestock-poultry-disease/nahms) suggests that pasture assessments be repeated after storms, drought, or herbicide application, as toxin concentrations may increase in stressed plants. Do not rely solely on a regional plant list, local conditions drive which species become problematic. ### Exposure History Recording Maintain a simple log for each pasture group. Note date, number of goats, duration of grazing, and any unusual weather events. When clinical signs appear, this log becomes the first reference point. The historical reviews in [PubMed record 41587698](https://pubmed.ncbi.nlm.nih.gov/41587698/) and [PubMed record 41574661](https://pubmed.ncbi.nlm.nih.gov/41574661/) document that multiple plant poisonings initially present as vague inappetence or lethargy, easily mistaken for subclinical disease. A complete exposure history can differentiate plant intoxication from infectious causes. ### Veterinary Contact Boundaries Producers should contact a veterinarian when (a) two or more goats show similar unexplained signs, (b) any goat exhibits neurological signs (tremors, ataxia), jaundice, or rapid pulse, or (c) death occurs without obvious cause. Do not administer home treatments or dewormers without veterinary input, many plant toxins require specific supportive care that differs from routine herd health protocols. The [WOAH Terrestrial Animal Health Code](https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/) advises that suspected toxic plant incidents be reported to state or national authorities when they involve multiple animals or if the plant is a regulated noxious weed. Veterinary involvement also ensures proper sample collection (rumen contents, liver tissue, plant specimens) for confirmation and future risk reduction. ## Pasture Environment and Facility Management Toxic plant exposure in goats is fundamentally an environmental management issue. Pasture assessment must account for plant phenology, soil conditions, and grazing pressure. Many toxic species become more palatable during drought when preferred forage is scarce, or following frosts that alter plant chemistry (Merck Veterinary Manual, Toxic Plants). Fencing design should exclude access to known hazardous areas such as roadsides, ditch banks, or abandoned lots where invasive toxic plants often establish. However, complete exclusion is rarely practical, goats are agile browsers that can reach over or through many fence types. The [Food and Agriculture Organization](https://www.fao.org/animal-production/en/) emphasizes rotational grazing and maintaining adequate forage height to reduce the likelihood of goats consuming unfamiliar toxic species out of hunger. Seasonal variation in toxin concentration,for example, prussic acid in wilted cherry leaves or alkaloids in fresh bracken fern,demands that producers know the growth stages of local toxic flora. A pasture map noting the locations of known toxic plants, updated annually, is a foundational record. ## Nutrition and Water Interactions Nutritional status directly influences a goat’s susceptibility to plant toxins. Animals deficient in energy or protein may increase intake of toxic browse in an attempt to meet nutrient requirements. Similarly, mineral imbalances, particularly selenium and copper, can impair hepatic detoxification pathways. The [USDA APHIS Livestock and Poultry Disease](https://www.aphis.usda.gov/livestock-poultry-disease) resources note that well-fed goats on high-quality pasture or with access to a balanced total mixed ration are less likely to ingest toxic plants out of necessity. Water sources must also be assessed, algae blooms in ponds can produce cyanotoxins, and runoff from toxic plant material (e.g., yew clippings) can contaminate troughs. Providing clean, fresh water at all times helps reduce the urge to consume moist toxic vegetation during dry periods. Producers should consult a nutritionist or veterinarian when formulating supplementation programs for goats with limited browse access, as some supplements (e.g., those high in urea) can alter rumen pH and affect toxin degradation by bacteria such as *Synergistes jonesii*, which is known to degrade pyridinediols in *Leucaena* (Scopus abstract 1992). In regions where *Leucaena* is used as a forage, the successful transfer of DHP-degrading bacteria from Hawaiian goats to Australian ruminants illustrates how microbial interventions can reduce toxicity risk (Scopus abstract 1986). However, such approaches require veterinary guidance and are not a substitute for good pasture management. ## Production Stage Considerations Pregnancy, lactation, and early growth stages alter a goat’s metabolic capacity and susceptibility to plant toxins. Pregnant does exposed to certain alkaloids from lupines or *Veratrum californicum* may abort or deliver kids with congenital defects, as documented in sheep and extrapolated to goats (PubMed record 41587698). Lactating does may transfer toxins such as tremetol (from white snakeroot) or pyrrolizidine alkaloids (from Senecio species) into milk, presenting a [food safety](/knowledge/bacteria/livestock-bacteria/cooking-chicken-bacteria-prevention) hazard for kids and humans. The [WOAH Terrestrial Animal Health Code](https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/) includes guidance on preventing chemical hazards in animal products, but specific plant toxin thresholds are often absent. Kids are especially vulnerable due to lower body mass and less developed rumen function, they may sample toxic plants out of exploratory behavior. Weaning stress can increase susceptibility, and newly purchased goats from unfamiliar environments may not recognize local toxic species. Producers should isolate new arrivals on a known safe pasture for at least two weeks and monitor feed intake closely. The [Merck Veterinary Manual](https://www.merckvetmanual.com/) advises that pregnant does be removed from pastures known to contain abortifacient plants at least four weeks before the expected kidding date. ## Record Keeping and Documentation Systematic documentation is essential for diagnosing poisoning and reducing future risk. A pasture log should include plant species observed, approximate area of infestation, control measures applied, and dates of any illness or death. For individual goats, records of clinical signs, onset time, and response to supportive care (if provided) can help veterinarians narrow differential diagnoses. The [USDA National Animal Health Monitoring System](https://www.aphis.usda.gov/livestock-poultry-disease/nahms) emphasizes the value of health records for identifying patterns across flocks. When a suspected poisoning occurs, photographs of the suspect plants and the environment, along with frozen tissue samples (liver, kidney, rumen contents) from dead animals, can support diagnostic efforts at a veterinary diagnostic laboratory. Producers should understand that many toxic plants are difficult to identify definitively in the field,some species can only be separated by microscopic examination of seeds or flower parts. Therefore, records should note where expert identification was sought (e.g., university extension botanist, county weed specialist). Documenting veterinary contact and the specific advice given creates a clear boundary between on-farm management and professional medical intervention. ## Animal Welfare and Signs of Poisoning Early recognition of toxicity is critical for welfare. Goats are stoic and may not show overt signs until toxin accumulation is severe. Common categories include sudden death (e.g., from cyanide or cardiac glycosides), digestive disturbances (salivation, bloat, diarrhea), neurologic signs (tremors, seizures, circling), photosensitization (swelling of ears and udder after sun exposure), and reproductive failures. For example, *Lantana camara* and *Jatropha* species cause hepatotoxicity and photosensitization (Scopus abstracts 2010, 1988). A PubMed review of goat plant poisoning (record 42211467) notes that clinical signs often mimic other diseases, making history and pasture assessment invaluable. Welfare is compromised also by morbidity but by prolonged suffering if treatment is delayed. Producers should have a preestablished relationship with a veterinarian who understands goat toxicology. If poisoning is suspected, moving affected animals to a safe, shaded area with fresh water and hay is appropriate while awaiting veterinary consultation. However, aggressive decontamination (e.g., activated charcoal, rumenotomy) must be performed only under veterinary direction due to risks of aspiration or rumen damage. ## Worker and Food Safety Toxic plants can threaten human health through direct contact (e.g., dermatitis from poison hemlock) or consumption of animal products. The [FAO](https://www.fao.org/animal-production/en/) code of practice on food safety recommends that goat milk from animals with known exposure to pyrrolizidine alkaloids or tremetol be discarded for a period determined by a veterinarian or regulatory agency. Similarly, meat from goats that die or are euthanized due to poisoning should not enter the food chain. Workers handling suspect plants during pasture clearing should wear gloves and wash skin thoroughly. The [USDA APHIS](https://www.aphis.gov/livestock-poultry-disease) provides guidelines for biosecurity but does not specifically address plant toxin withdrawal periods, producers must rely on veterinary toxicologists. Clear labeling of treated areas (e.g., herbicide applications that may increase plant palatability) prevents accidental worker exposure. ## Failure Patterns in Prevention Common failures include assuming goats will instinctively avoid toxic plants, underestimating the impact of drought or overgrazing, and neglecting to recheck pastures after seasonal changes. Another pattern is the overuse of herbicides that kill broadleaf plants but leave toxic grasses or shrubs untouched, or that create a flush of palatable regrowth in toxic species. Failure to train all farm staff in plant identification and reporting also leads to delays. Producers may also mistakenly rely on a single toxic plant list downloaded from the internet without verifying its relevance to their geographic region and climate. The [Merck Veterinary Manual](https://www.merckvetmanual.com/) emphasizes that no list is exhaustive, new toxicities are reported every year. ## Practical Monitoring Protocols Effective monitoring combines scheduled pasture walks with opportunistic observations. At the start of each grazing season and after weather extremes (drought, heavy rain, frost), walk all paddocks systematically. Use a simple field guide or smartphone app with verified images, the [WOAH](https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/) encourages collaboration with veterinary services for access to local plant toxicity databases. Sentinel animals,non-essential goats or even sheep,can be grazed in suspect areas first, but this raises ethical concerns and should be done only with veterinary oversight. Record any new plant species observed and take clear photographs. When a plant identification is uncertain, submit a fresh sample (preferably with flowers or fruits) to a state diagnostic lab or extension office. The PubMed record 41681633 notes that many plant poisonings are missed because the plant material is no longer present when the animal becomes ill. Therefore, regular photography of pasture flora creates a temporal record. Finally, establish a protocol for emergency veterinary contact. All farm personnel should know the phone numbers of the primary veterinarian and the nearest veterinary diagnostic laboratory, and understand that only a veterinarian can legally diagnose poisoning and prescribe treatment. The boundary between pasture management and medical care must remain clear to ensure animal welfare and food safety. ## Toxic Plants for Goats: Pasture Assessment and Risk Reduction Goat producers and veterinarians must recognize that plant toxicosis is a preventable yet frequently underdiagnosed cause of morbidity and mortality. Effective risk reduction begins with systematic pasture assessment, thorough exposure history, realistic understanding of plant identification limits, rigorous documentation, and clear boundaries for veterinary intervention. The following framework integrates field assessment principles with clinical management strategy, emphasizing the need for professional veterinary involvement when poisoning is suspected. ### Pasture Assessment and Plant Identification Limits Routine pasture walk-throughs should be conducted at least seasonally and after any significant weather event that may alter forage availability or introduce new plant species. Focus on identifying known toxic plants within the browse zone accessible to goats, including woody species, forbs, and grasses. However, absolute reliance on field identification is problematic. Many toxic plants resemble non,toxic look,alikes, and toxicity can vary by plant part, growth stage, and environmental conditions. Extension resources and regional guides provide baseline information, but precise identification often requires submission of pressed specimens to a botanical laboratory. The Merck Veterinary Manual notes that definitive plant identification is essential for diagnosis and management, yet field assessment alone is insufficient for uncommon or ambiguous species. Practical limitations include the difficulty of assessing toxin concentration, which can fluctuate with drought, frost, or soil conditions. Goats may selectively consume toxic plants when preferred forage is scarce, or when browsing unfamiliar vegetation after transport. Producers should map pasture areas and document any changes in plant community composition. Regular monitoring of fence lines, hedgerows, and disturbed sites reduces the likelihood of exposure. ### Exposure History and Documentation When a goat shows signs consistent with plant poisoning, the exposure history is the most critical component of the initial evaluation. Record the time of symptom onset, duration, and any recent changes in pasture, feed, or water source. Document the approximate quantity and parts of any suspected plant consumed, as well as the number of animals affected and the temporal pattern of clinical signs. The FAO Animal Production and Health guidelines emphasize that accurate records of grazing management, supplementary feeding, and recent animal movements aid in differential diagnosis and outbreak investigation. Documentation should include photographs of the suspected plant in situ, with scale and date stamps. Collect and press a representative sample of the plant, including flowers, seeds, leaves, and roots if possible. Note the plant’s growth habit, location, and any known local common names. This information supports the veterinarian’s diagnostic workup and may be required for laboratory confirmation. In cases where multiple animals are involved, a timeline of clinical progression helps distinguish acute from chronic toxicosis and informs herd,level interventions. ### Urgent Veterinary Contact Boundaries Producers must recognize that plant poisoning can progress rapidly, and delay in seeking veterinary care worsens prognosis. Clinical signs such as sudden death, recumbency, severe salivation, bloating, seizures, or respiratory distress warrant immediate veterinary attention. The WOAH Terrestrial Animal Health Code advises that any suspected toxicosis with high morbidity or mortality should be reported to the competent authority, as some plant toxins can mimic or precipitate reportable diseases. However, there are clear boundaries to what a producer can accomplish without veterinary assistance. Field assessment and supportive care such as removal from the toxic plant, provision of clean water, and shelter are within the producer’s capacity. Specific antidotes, fluid therapy, rumenotomy, or intensive nursing are not. Administration of activated charcoal or mineral oil should only be under veterinary direction, as incorrect use may worsen absorption or cause aspiration. Producers should never induce vomiting in goats, the risk of aspiration pneumonia is high. The USDA APHIS Livestock and Poultry Disease resources reinforce that producers should prioritize containment and documentation, then contact a veterinarian immediately. ### Health Observation and Biosecurity After a suspected exposure, a 14,day observation period is prudent for all goats that shared the pasture or feed. Isolate affected animals from the main herd to reduce stress and facilitate monitoring. Implement biosecurity measures to prevent cross,contamination through boots, equipment, or feed trucks. The USDA National Animal Health Monitoring System recommends cleaning and disinfecting any feeders or waterers that may have been contaminated with plant material. Record any new clinical signs in isolation animals and share updates with the attending veterinarian. Observe for subacute signs such as lethargy, reduced feed intake, weight loss, or changes in fecal consistency. Chronic toxicosis from plants like *Lantana camara* or *Leucaena leucocephala* may produce photosensitization, jaundice, or progressive ill thrift. Persistent symptoms require re,evaluation because toxin clearance may be incomplete, and secondary complications such as rumen acidosis or liver failure can develop. ### Diagnostic and Veterinary Escalation Definitive diagnosis of plant poisoning is challenging. Blood work, serum biochemistry, and necropsy findings are often supportive but not pathognomonic. Histopathology of liver, kidney, and nervous tissue can identify characteristic lesions, but many toxic plants produce non,specific changes. Analytical toxicology (e.g., detection of pyridinediols from *Leucaena*, or toxins from *Jatropha* species) is available at specialized laboratories but requires proper sample collection and handling. The veterinarian will guide the submission process. PubMed records (e.g., [42211467](https://pubmed.ncbi.nlm.nih.gov/42211467/), [41681633](https://pubmed.ncbi.nlm.nih.gov/41681633/), [41587698](https://pubmed.ncbi.nlm.nih.gov/41587698/), [41574661](https://pubmed.ncbi.nlm.nih.gov/41574661/), [41544885](https://pubmed.ncbi.nlm.nih.gov/41544885/)) document several case series and experimental studies that underscore the variability in clinical presentation. When a single animal is affected but the cause remains unknown, the veterinarian may recommend euthanasia and necropsy to protect the herd. This decision is difficult but necessary when the risk of ongoing exposure is high. The attending veterinarian determines the need for diagnostic sampling and any further intervention. ### Uncertainty and Limits of Action Producers must accept that in many cases, the exact toxic plant will never be identified. Toxin concentrations vary, and multiple plants may be consumed simultaneously. The absence of a confirmed diagnosis does not imply absence of risk. The *Synergistes jonesii* bacterium, which degrades the toxic pyridinediols in *Leucaena*, has been successfully transferred to Australian ruminants but is not universally available. For other toxic plants, there are no specific biological mitigants. Management relies on pasture avoidance and rigorous biosecurity. Sustainability of grazing practices requires integrating toxic plant risk into rotation plans. Intensified grazing during periods of low forage availability increases the likelihood of ingestion. Maintaining diverse forage species and providing supplemental feed when pasture quality declines reduces the incentive for goats to browse toxic plants. Seasonal variation in toxin concentration also influences risk, for example, *Lantana camara* is more toxic in the dry season. Long,term monitoring of plant populations and awareness of environmental triggers for toxin production are essential components of a sustainable grazing system. ### Frequently Asked Questions 1. **Can goats safely consume small amounts of toxic plants?** No. Toxicity depends on dose, plant part, and individual goat susceptibility. Even small amounts of highly toxic plants can cause clinical disease, especially in young, pregnant, or compromised animals. 2. **How quickly do signs of plant poisoning appear after ingestion?** Onset can range from 30 minutes to several days, depending on the toxin. Rapid,acting toxins like cyanogenic glycosides cause signs within minutes to hours, while cumulative toxins from *Lantana* may require repeated exposure. 3. **What should I do if I find a goat dead in the pasture with no obvious cause?** Isolate the carcass to prevent scavengers, document the surrounding vegetation with photographs, and contact your veterinarian immediately. Do not handle the carcass without gloves. Arrange for a necropsy to rule out plant poisoning or infectious disease. 4. **Are some [goat breeds](/knowledge/veterinary-medicine/equine-and-farm/goat-breeds-a-comparative-overview-for-selection) more resistant to plant toxins?** Research does not support breed,specific resistance to most plant toxins. Individual variation exists, but no breed is reliably resistant. However, goats with an established rumen microbiome containing *Synergistes jonesii* can tolerate *Leucaena*. 5. **Can freezing or drying plants reduce their toxicity?** Some toxins persist after drying or freezing (e.g., pyrrolizidine alkaloids, nitrates), while others may degrade. Do not assume that preserved forage is safe. Analyze hay or silage for known toxins if the plant species is suspect. 6. **How do I prevent toxic plants from regrowing after removal?** Mechanical removal, grazing management, and herbicide application (by a licensed professional) can control regrowth. Monitor treated areas because some plants become more palatable after chemical stress. Re,inspect pastures after herbicides. 7. **Should I provide mineral supplements to reduce the risk of toxicosis?** Mineral supplements that correct deficiencies may reduce the likelihood of goats consuming soil or plants to meet mineral needs, but they do not prevent poisoning from specific toxins. Salt or mineral blocks can be part of a balanced nutrition program but are not a substitute for pasture management. 8. **Can plant poisoning be transmitted through milk or meat?** Some toxins (e.g., pyrrolizidine alkaloids, nitrate) can be excreted in milk and pose a risk to kids or human consumers. Withhold affected goats from milking and consult a veterinarian before sending any animals for slaughter. ### Educational Veterinary Notice This article is a reference for producers and para,veterinary professionals. It does not replace a veterinary client,patient relationship. Plant toxicosis presentations are varied, and treatment decisions must be made by a qualified veterinarian after full clinical assessment. Producers should establish a working relationship with a local veterinarian experienced in small ruminant medicine and discuss pasture risk management annually. When in doubt, err on the side of caution and seek professional guidance. ## Related Farming Guides - [Goat Farming Dairy And Meat Production Browse Kidding Parasite Risk And Welfare](/knowledge/animal-farming/goats/goat-farming-dairy-and-meat-production-browse-kidding-parasite-risk-and-welfare) - [Meat Goat Pasture And Browse Management](/knowledge/animal-farming/goats/meat-goat-pasture-and-browse-management) - [Parasite Control Without Driving Anthelmintic Resistance](/knowledge/animal-farming/goats/parasite-control-without-driving-anthelmintic-resistance) - [Goat Farm Biosecurity Checklist](/knowledge/animal-farming/goats/goat-farm-biosecurity-checklist) - [Livestock Nutrition And Feed Management A Cross Species Decision Framework](/knowledge/animal-farming/farm-management/livestock-nutrition-and-feed-management-a-cross-species-decision-framework) ## Related Clinical & Scientific Guides * [Goat Breeding Season Planning: Timing, Nutrition, and Health Checks](/knowledge/animal-farming/goats/goat-breeding-season-planning) * [Alfalfa Hay for Goats: Feeding Decisions and Mineral Context](/knowledge/animal-farming/goats/alfalfa-hay-for-goats-feeding-decisions-and-mineral-context) * [Goat Fiber Production: Cashmere and Mohair Management](/knowledge/animal-farming/goats/goat-fiber-production-cashmere-mohair-management) ## References and Further Reading - [FAO Animal Production and Health](https://www.fao.org/animal-production/en/) - [WOAH Terrestrial Animal Health Code](https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/) - [USDA APHIS Livestock and Poultry Disease](https://www.aphis.usda.gov/livestock-poultry-disease) - [Merck Veterinary Manual](https://www.merckvetmanual.com/) - [USDA National Animal Health Monitoring System](https://www.aphis.usda.gov/livestock-poultry-disease/nahms) > This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.