By the end of this chapter, you will be able to:
Mastering this skill will help you keep accurate records and manage your herd effectively, which is essential for success in goat production.
Compiled by: James Ogutu
Goat production is a vital component of Kenya’s livestock sector, contributing significantly to rural livelihoods, food security, and economic development. Effective management of goats requires precise identification to monitor health, breeding, and performance accurately. This chapter focuses on routine management practices with emphasis on goat identification methods, a critical step to ensure proper record-keeping and traceability in Kenyan farms and institutions such as agricultural training centers and cooperative societies.
Identification is the marking or naming of each goat so that it can be recognised as an individual and linked to its records. Without it, the technician cannot say which doe was treated, which buck sired which kids, which kid has the best growth or which animal belongs to which owner. A good method is permanent, easy to read at a distance or with a reader, quick to apply, cheap and kind to the goat. No method is perfect, so a farm may use two together, for example an ear tag for daily reading and a tattoo as a permanent back-up. Example: in a dairy goat unit of 60 does milked twice a day, every doe has a numbered ear tag so that the milk recorder can write the yield against the right animal. The methods are tattooing, ear-tagging, ear notching, microchips and naming. Identification of newly born kids is covered in kid management.
Tattooing marks the goat with a number or letters pressed into the skin with ink. It is done with a tattoo kit, which has a pair of pliers holding a set of needle-pointed digits and a pot of tattoo paste. The mark is placed on the hairless inner surface of the ear, between the ribs of the ear and away from the large veins, or in the tail web in some breeds. It is permanent, cannot be lost like a tag and can be read many years later, so it is preferred for breeding stock and registered animals. Dark skin makes the mark hard to read, so it is shown best on light-skinned ears. The steps are:
Ear-tagging attaches a plastic or metal tag carrying a number to the ear. The number may be printed in large figures that can be read from a distance, and the tag may carry the farm name or a colour code for the year of birth. It is widely used in commercial herds, because it is quick, cheap and easy to read. Tags are applied with a special applicator that matches the tag, and they are sized for the age of the goat: small tags for kids and larger tags for adult animals. The steps are:
The ear is checked for a few days for swelling and infection, and the tags are checked regularly, since tags can be torn off by thorns or fences, fade or become unreadable. A lost tag is replaced with a tag of the same number, noted in the record.
Ear notching marks the goat by cutting small V-shaped or round notches in the edges of the ears with notching pliers or a sharp, sterilised knife. The position of each notch stands for a number, so the pattern of notches reads as the goat's number. It costs almost nothing and is permanent. It is suitable where tags are costly or often torn off, but it hurts the animal, can become infected and is slow to read, because the ear must be seen closely. The farm must use one code, written down and displayed, so that every worker reads the notches in the same way. An example scheme is:
| Ear and position | Value |
|---|---|
| Right ear, lower edge | 1 |
| Right ear, upper edge | 3 |
| Left ear, lower edge | 10 |
| Left ear, upper edge | 30 |
In this scheme a goat with a notch on the upper edge of the left ear and one on the lower edge of the right ear is number 31 (30 + 1). The steps are:
A microchip is a tiny electronic device, about the size of a grain of rice, in a glass capsule. It holds a unique number which a hand-held reader shows when it is passed near the animal. The chip is injected under the skin with a special needle at the site recommended by the veterinarian, for example at the base of the ear, by a veterinarian or a trained technician. It is hidden under the skin and is hard to lose or alter, so it gives a dependable record of identity for breeding stock, for animals sold at high prices and for animals that must be traced in a disease outbreak. The reader links the number to the animal's record on a computer or phone. The chip and reader are costly, so the method is used mainly in commercial herds, research farms and breeding units. Related electronic devices are the electronic ear tag, which holds the same kind of chip and is read by a reader but can be lost, and the rumen bolus. The care taken includes:
Naming means giving each goat a name, such as Neema or Baraka, that the attendants use to call and recognise it. It is used in small herds, on smallholder farms and in dairy units, where the herdsman knows each animal well, and goats learn to come when called, which makes it easier to bring does to the milking stand. A name is not a proper identification by itself, because two goats can have the same name and names are not recorded on a reader. For pedigree animals, the name is registered with the breed society, usually with the farm's prefix, together with a number. The following points are kept in mind:
Goats are also recognised by their coat pattern, horns, ears and size, and in a small herd a herdsman may know every animal this way. This becomes unreliable when the herd is big or the goats look alike, so it is combined with one of the marks above. Hot branding on the skin is not recommended for goats, because it scars the skin and lowers the value of the hide. The method is chosen by considering:
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Create a free accountThis chapter covered essential routine management practices in goat production, beginning with various goat identification methods that ensure proper tracking and individual care. It detailed castration techniques used to control breeding and improve herd quality, followed by the importance of regular hoof trimming to prevent infections and mobility issues. The chapter emphasized vaccination schedules to protect goats from common diseases and explained the necessity of isolation and quarantine procedures to manage new or sick animals. Maintaining an adequate supply of clean water available at all times was highlighted as crucial for goat health. Accurate record keeping was stressed for effective herd management. The chapter also covered shearing for fibre harvest and hygiene, culling of unproductive or unhealthy animals from the breeding herd, and the control of internal and external parasites through dipping, bush clearing, dusting, spraying, deworming and drenching.
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