Leopard
Panthera pardus (Linnaeus, 1758)

Photo: Doug Lee
| Afrikaans: | Luiperd |
| German: | Leopard |
| French: | Léopard |
| Swahili: | Chui |
| isiNdebele: | Ingwe |
| isiZulu: | Ingwe |
| isiXhosa: | Ingwe |
| seSotho: | Nkwe |
| seTswana: | Nkwê |
| Shona: | Isngwe |
| Shangaan: | Ingwe |
| Nama/Damara: | Garub |
| Herero/Ovambo: | Ngwi |
IUCN Conservation Status:
Conservation dependent, least concern (CD/lc)
Leopards have the greatest geographic distribution of the world’s cats
and are found throughout the continents of Africa, Asia and in the Far
East. The leopard is a symbol of power among many African tribes and
its skin is often used for the cloaks worn by their kings. Its name is
derived from the Greek word leopardos after leo for lion and pardus for
panther.
Taxonomy
Classification
| Class: | MAMMALIA |
| Supercohort: | LAURASIATHERIA |
| Cohort: | FERUNGULATA |
| Superorder: | FERAE |
| Order: | CARNIVORA |
| Suborder: | FELIFORMIA |
| Family: | Felidae |
| Subfamily: | Pantherinae |
| Genus: | Panthera |
| Species: | pardus |
It was first described as
Felis pardus by Linnaeus in 1758. In 1930 it was renamed Panthera
pardus by R. I. Pocock, distinguishing it from the non-roaring cats.
Initially some 27 sub-species were named of which 13 occurred in
Africa. More recently this number was reduced to eight but serious
controversy led to the suggestion in 1995, of classing all African
leopard into a single subspecies Panthera pardus pardus.
Image gallery
Click here to view more photographs.
Description
A typically cat-like
profile with a powerful muscular body, relatively short legs and a very
long tail. The pelage is covered with a series of black rosette spots
on a light tan to golden-yellow background that varies between
habitats. Individual leopard can be identified by the pattern of the
rosette spots, especially those around the neck.
Black leopards are well known in the wet tropical forests of Asia and
especially in India. They are not a different species but rather colour
hybrids. Black colouring gives them enhanced stalking abilities in
dark, forests. In Africa, black leopards has been reported in the
forests of Mount Kenya and Mount Ruwenzori. It is said that large
numbers of black leopards once inhabited parts of Ethiopia.
Comparison to Man

Trophy
The trophy value is the combined measurement of the maximum width of the skull and the maximum length.
Habitat requirement
Habitats range from wet
tropical forest to bushveld, thickets, savannah, grassland, highveld,
marshland, fynbos, Karoo shrubland and semi-arid deserts. Leopards are
found on beaches, plains and on mountains up and into the snowline. The
only habitat totally avoided is sandy desert as the Namib and Sahara.
Suitability of a habitat is determined by the availability of prey and
the accessibility of terrain suitable for stalking. Camouflage such as
tall grass, bushes and rocks are needed for successful kills. Open,
short grass plains are defined as marginal habitat. Rocky koppies and
hills, kloofs and riverine areas are favoured. Leopard occur at an
annual rainfall of <100 mm to >2 000 mm and are independent of
surface drinking water.
Distribution

Feeding & Nutrition
Leopards are
opportunistic and will eat any food source available. The natural diet
depends largely upon the composition of the prey in the area. In some
areas hyrax and rodents such as mice and porcupine are readily hunted
but in others are totally neglected. Preferred prey size is 15-65 kg
varying from 200 gm (mice) to 240 kg (gemsbuck bull). In the Kruger
National Park and the adjacent Timbavati Nature Reserve impala
contributed 78-88% of the diet. In contrast, in Zimbabwe the hyrax,
hare and klipspringer contributed >50% of the diet. Fish, ground
birds and small birds such as pigeons form an important part of the
diet. Leopards do not fear humans and have been reported to become
man-eaters, a phenomenon especially common in India. They also attack
and kill other predators such as the aardwolf, the bat-eared fox and
the black-backed jackal and have a distinct preference for members of
the canine family including feral dogs. Baboons and monkeys are also
favoured.
Leopards are primarily nocturnal and most kills take place at night.
They hunt alone and the prey is stalked by crawling close to a distance
of between 4-7 m. The cat then leaps forward onto the prey, aiming for
the neck area. They do not chase prey and only 20% of stalking attempts
are successful. After the prey is killed, the belly is ripped open and
the intestine jerked out. The remains of the carcass are then concealed
in thick undergrowth or hoisted up into a tree. They do not scavenge or
take bait that they have not killed. The majority of the wool and
feathers of prey such as rodents and fowl are plucked out with the
incisors, formed into a bolus in the mouth and discarded before the
flesh is eaten. As much as 12 kg of meat can be consumed in a single
meal. On average, adult bushveld leopard males in a habitat with large
antelope consume 3.3 kg per day and females 2.5 kg. The frequency of
kills for females varies from 1in 12 days in the Sabi Sand Game
Reserve, to 1 in 7 days in the Kruger National Park and 1 in 1.5 days
in the Kalahari.
Males kill every three days in the Kalahari. They do
not depend on drinking water as they obtain moisture from their prey
and also produce water as a by-product of their metabolism. In the
Kalahari, succulent fruit such as gemsbok cucumber and stammas are
readily eaten for their moisture content.
Social structure
Leopards are solitary
except when they pair during mating or when a female is accompanied by
her cubs. The mating pair splits soon after mating. The cubs leave the
mother shortly before the birth of the next litter at an age of 12-18
months and become solitary. They generally become nomads for 6-12
months and then establish a home range. Males may wander a distance of
up to 100 km before settling.
In bushveld leopards rarely move more than 5 km per night. Recorded
distances in the dry savannah of Namibia are 0.8-17.8 km (average 12.2
km for males and 8.4 km for females), and up to 29 km per day in the
Kalahari. Movement is not continuous but consists of a series of short
distances of up to 200 m.

Photo: Doug Lee
Information Table
Leopard information table
|
Characteristic
|
Male
|
Female
|
Adult body weight
|
kg
|
60
|
30
|
Adult shoulder height
|
cm
|
60-80
|
55-65
|
Total body length (snout to tail)
|
cm
|
201-236
|
178-188
|
Expected longevity
|
years
|
10
|
12
|
Age of sexual maturity
|
months
|
18-24
|
24
|
Age of social adulthood (1st mating)
|
years
|
2.5-3
|
3
|
Gestation
|
days
|
|
90-106
|
1st litter born at
|
years
|
|
3.4
|
Litter interval
|
months
|
|
1-4
|
Rutting season
|
Year round
|
Birth season
|
|
Year round
|
| Weaning age |
months
|
3-4
|
Independent at age
|
months
|
12-18
|
Gender
Ratio: Natural (all ages)
|
1
|
1
|
Mating
Ratio: Natural (adults)
|
1
|
2
|
Re-establishment:
Absolute minimum number needed
|
1
|
1
|
Re-establishment:
Smallest viable population size
|
2
|
2
|
Social order
|
Solitary
|
Solitary
|
Spatial behaviour: Home range
(bushveld)
(kalahari)
|
km2
km2
|
25
2100
|
14
500
|
Spatial behaviour: Territory range
|
ha
|
Entire home range
|
Entire home range
|
Daily food consumption (adults)
|
kg
|
3.3
|
2.5
|
Maximum stocking load
|
Determined by prey animal abundance
|
Minimum habitat size required
|
ha
|
3000
|
Annual population growth
|
8-15%
|
Optimal annual rainfall
|
150-2000mm
|
Optimal vegetation structure:
Grass height:
Woody canopy cover:
|
0-200 cm
0-100%
|
Bibliography
- Baily, TN, 1993. The African Leopard: Ecology and Behaviour of a solitary Felid. Colombia Univ. Press.
- Bertram, BCR, 1982. Leopard ecology as studied by radio tracking.
Symp. Zool. Soc. Lond. 49:341-352.
Bothma, JduP, Knight, MH, Le Riche, EAN & van Hensbergen, HJ, 1997.
Range size of southern Kalahari leopards. S.Afr. J. Wildl. Res.
27:94-99.
- Bothma, J du P, 1990. Leopard, Game & Hunt 5(7).
- Bothma, JduP & Le Riche, EAN, 1984. Aspects of the ecology and
behaviour of the leopard in the Kalahari desert. Koedoe (Suppl.)
27:259-280.
- Bothma, JduP, Nel, JAJ & MacDonald, A, 1984. Food niche
seperation between four sympatric Namib desert carnivores. J. Zool.,
Lond. 202:327-340.
- Bothma, JduP, van Rooyen, N & Le Riche, EAN, 1997. Multivariate
analysis of the hunting tacticts of Kalahari leopards. Koedoe 40:41-56.
- Bothma, JduP, 2002. Game ranch management. Van Schaick Publishers. pp709..
- Furstenburg, D 2004. Luiperd. Game & Hunt 10(3).
- Furstenburg, D, 1970-2008. Personal field notes (unpublished).
- Hamilton, P, 1976. The movements of leopards in Tsavo National
Park, Kenya as determined by radio-tracking. M.Sc. Thesis, University
of Nairobi.
- IUCN, 2006. IUCN Red list of Threatened Species, Gland, Switzerland.
- Kingdon, J, 1997. The Kingdon Field Guide to African Mammals. Princeton University Press, Princeton.
- Kingdon, J, 1979. East African Mammals, Vol. IIIA, Carnivores: An atlas of evolution in Africa. Academic Press, London.
- Le Roux, PG & Skinner, JD, 1989. A note on rthe ecology of the
leopard in the Londolozi Game reserve, South Afdrica. Afr. J. Ecol.
27:167-171.
- Norton, PM & Henley, SR, 1987. Home range and movement of male
leopards in the Cedarberg Wilderness Area, Cape Province. S.Afr. J.
Wildl. Res. 17:41-48.
- Norton, PM, Lawson, AB, Henley, SR & Avery, G, 1986. Prey of
leopards in four mountainous areas of the south-western Cape Province.
S.Afr. J. Wildl. Res. 16:47-52.
- Nowell, K & Jackson, P, 1996. Wild Cats. Status Survey and Conservation Action Plan.
IUCN/SSC Cat Specialist Group. IUCN, Gland, Switzerland. 382 pp.
- Schaller, GB, 1972. Predators of the Serengeti. Nat. Hist. 81:38-69.
- Skead, CJ, 1987. Historical Mammal incidence in the Cape, Vol 1 & 2, Government Printer, Cape Town.
- Skinner, JD & Chimba, CT, 2005. The Mammals of the Southern African Subregion, 3rd edn. Cambridge University Press.
- Smithers, RHN, 1983. The Mammals of the Southern African Subregion. Pretoria: University of Pretoria.
- Stander, PE, 1997. Field age determination of leopards by tooth wear. Afr. J. Ecol. 35: 156-161.
- Stander, PE, Haden, P & Kaqece, GX, 1997. The ecology of asociality in Namibian leopards. J. Zool., Lond. 242:343-364.
- Ward, R, 2006. Rowland Ward’s Records of Big Game, 27tth edn. Rowland Ward Publications.
- Wikipedia Encyclopedia, 2008.
- Wilson, D E & Reeder, DM, 1993. Mammal Species of the World: A
Taxonimic and Geographic Reference. 2nd edn., Smithsonian Institution
Press, Washington.