Slender Mongoose
Herpestes sanguinea
Afrikaans: Rooimuishond Tswana: Ramotsibodis, Kganwe
Where will you find us?
Open areas and near trees.
When will you see us?
Diurnal.
What's on the menu?
Snakes, insects, rodents, scorpions and reptiles.
How big do we get?
Shoulder height: ♂ and ♀ ± 13 cm
Length: 60 cm, including tail
Mass: ♂ and ♀ 5 kg
When will you see our babies?
Gestation period 45 days.
Follow my spoor:
Forefeet claws sharp and curved. Need, narrow track, about 3 cm long.
by Mel
by Duke
by nan
4.10.2012- Southern Auob river
by ExFmem
Oct. 2009 Nossob Side
by Tina
around 14th borehole October 2013
by Michele Nel
Auob Riverbed - July 2016
by Lisbeth
Nov. 2017 Between Grootkolk and Union's End
© harrys
Links: Louis Liebenberg: A Photographic Guide to Tracks and Tracking in Southern Africa
Africa Wild Challenge - MAMMAL Checklist of Kgalagadi
- Bushveld Jock
- Posts: 2001
- Joined: Sat Jun 02, 2012 3:52 pm
- Contact:
Slender Mongoose: 10 Points
Last edited by Bushveld Jock on Sat Sep 28, 2013 11:49 am, edited 1 time in total.
Kgalagadi: Dec 2015
KNP Maroela, Shingwedzi & Pretoriuskop: March 2016
KNP Maroela, Shingwedzi & Pretoriuskop: March 2016
- Bushveld Jock
- Posts: 2001
- Joined: Sat Jun 02, 2012 3:52 pm
- Contact:
Cape Ground Squirrel: 5 Points
Cape Ground Squirrel
Xerus inauris
Afrikaans: Waaierstertgrondeekhoring Tswana: Sekatamosima
Where will you find us?
Open areas and near trees and bush covers. Very sociable, they live in burrows up to 183 meters in length and in groups up to 30 individuals
When will you see us?
Strictly diurnal.
What's on the menu?
Plant material: Roots, tubers, bulbs, stems of grass and seeds and insects.
How big do we get?
Length: 45 cm
Mass: ♂ and ♀ up to 1 kg
When will you see our babies?
Gestation period 40 - 50 days: 1- 3 young born throughout the year, peaking in May and August.
by Mel
by Toko
by nan
More please, Mum
by Lisbeth
by Duke
by Duke
by ExFmem
Collecting nesting material, October 2013
(c) Dindingwe
by Tina
Auchterlonie October 2013
Links: Clive Walker: Signs of the Wild
Xerus inauris
Afrikaans: Waaierstertgrondeekhoring Tswana: Sekatamosima
Where will you find us?
Open areas and near trees and bush covers. Very sociable, they live in burrows up to 183 meters in length and in groups up to 30 individuals
When will you see us?
Strictly diurnal.
What's on the menu?
Plant material: Roots, tubers, bulbs, stems of grass and seeds and insects.
How big do we get?
Length: 45 cm
Mass: ♂ and ♀ up to 1 kg
When will you see our babies?
Gestation period 40 - 50 days: 1- 3 young born throughout the year, peaking in May and August.
by Mel
by Toko
by nan
More please, Mum
by Lisbeth
by Duke
by Duke
by ExFmem
Collecting nesting material, October 2013
(c) Dindingwe
by Tina
Auchterlonie October 2013
Links: Clive Walker: Signs of the Wild
Last edited by Bushveld Jock on Sat Sep 28, 2013 12:05 pm, edited 1 time in total.
Kgalagadi: Dec 2015
KNP Maroela, Shingwedzi & Pretoriuskop: March 2016
KNP Maroela, Shingwedzi & Pretoriuskop: March 2016
Four-Striped Grass Mouse: 20 Points
Four-Striped Grass Mouse
Rhabdomys pumilio
streepmuis [Afrikaans]; Streifengrasmaus [German]; rat de champ raye [French]; tadi, thetwane [Setswana]
by Mel
by nan
with a little one
by ExFmem
Oct. 2009 Grootkolk
by Lisbeth
Nov. 2017 Kielie Krankie
(c) Dindingwe
© harrys
Description
As its common name suggests the four-striped grass mouse is easily identified by the 4 distinct dark longitudinal stripes running the length of the back. Colour varies from dark grizzled russet brown to a gray-white. The sides and underparts are lighter but vary from off-white to pale grey-brown. The backs of the ears and the snout are russet to yellowish brown. The upper surfaces of the feet are usually lighter in colour than the body. Research has shown that the average body size does vary in different geographical areas, and that tails can be shorter or equal to the body length.
Size
Body length 18 - 21 cm; weight range 30 -55 g
Distribution and habitat
Widely distributed in South Africa and Namibia, with patchy occurrence in Botswana, Zimbabwe and Mozambique. It has a wide habitat tolerance, from desert fringe to high-rainfall mountain areas, but does require the presence of grass.
General Behaviour
Striped mouse are active during the day, but are seldom active at night as they cannot maintain their body temperature if the environment is below 5 degrees C. They excavate a burrow system with the entrances well concealed in clumps of grass and create a radiating system of runways with their regular excursions to the feeding grounds. They are common around houses.
Food
The four-striped grass mouse is an omnivore, eating seeds, other plant material, and insects. Its diet varies seasonally. It builds up fat stores that assist it to survive in times of limited food supply. Green plant material forms the largest portion of the diet with seed consumption higher in the summer months. The insect component of the diet seems to be fairly consistent.
Reproduction
During the breeding season the adult females appear to be territorial and have a reduced home range. Litters are usually born in summer after a 25 day gestation period. Average litter size is 5-6 altricial (helpless and blind) young. At birth the four dark stripes are visible as deeply pigmented lines in the skin. The young are born in grass nests either within the burrow system or above ground. They only begin to wander from the nest after 14 days. Life span: 18 months.
by Tina
near Kaspersdraai October 2013
Links:
http://www.biodiversityexplorer.org/mam ... umilio.htm
http://stripedmouse.com/documents/Schra ... 004JCP.pdf
J. D. Skinner,Christian T. Chimimba: The Mammals of the Southern African Sub-region, Peter Apps: Smithers' Mammals of Southern Africa: A Field Guide, Plate
Rhabdomys pumilio
streepmuis [Afrikaans]; Streifengrasmaus [German]; rat de champ raye [French]; tadi, thetwane [Setswana]
by Mel
by nan
with a little one
by ExFmem
Oct. 2009 Grootkolk
by Lisbeth
Nov. 2017 Kielie Krankie
(c) Dindingwe
© harrys
Description
As its common name suggests the four-striped grass mouse is easily identified by the 4 distinct dark longitudinal stripes running the length of the back. Colour varies from dark grizzled russet brown to a gray-white. The sides and underparts are lighter but vary from off-white to pale grey-brown. The backs of the ears and the snout are russet to yellowish brown. The upper surfaces of the feet are usually lighter in colour than the body. Research has shown that the average body size does vary in different geographical areas, and that tails can be shorter or equal to the body length.
Size
Body length 18 - 21 cm; weight range 30 -55 g
Distribution and habitat
Widely distributed in South Africa and Namibia, with patchy occurrence in Botswana, Zimbabwe and Mozambique. It has a wide habitat tolerance, from desert fringe to high-rainfall mountain areas, but does require the presence of grass.
General Behaviour
Striped mouse are active during the day, but are seldom active at night as they cannot maintain their body temperature if the environment is below 5 degrees C. They excavate a burrow system with the entrances well concealed in clumps of grass and create a radiating system of runways with their regular excursions to the feeding grounds. They are common around houses.
Food
The four-striped grass mouse is an omnivore, eating seeds, other plant material, and insects. Its diet varies seasonally. It builds up fat stores that assist it to survive in times of limited food supply. Green plant material forms the largest portion of the diet with seed consumption higher in the summer months. The insect component of the diet seems to be fairly consistent.
Reproduction
During the breeding season the adult females appear to be territorial and have a reduced home range. Litters are usually born in summer after a 25 day gestation period. Average litter size is 5-6 altricial (helpless and blind) young. At birth the four dark stripes are visible as deeply pigmented lines in the skin. The young are born in grass nests either within the burrow system or above ground. They only begin to wander from the nest after 14 days. Life span: 18 months.
by Tina
near Kaspersdraai October 2013
Links:
http://www.biodiversityexplorer.org/mam ... umilio.htm
http://stripedmouse.com/documents/Schra ... 004JCP.pdf
J. D. Skinner,Christian T. Chimimba: The Mammals of the Southern African Sub-region, Peter Apps: Smithers' Mammals of Southern Africa: A Field Guide, Plate
Meeerkat: 15 Points
Meerkat (Suricate)
Suricata suricatta
meerkat, slender-tailed meerkat [English]; stokstertmeerkat, graatjie-meerkat [Afrikaans]; Scharrtier, Surikate [German]; suricate [French]; todi, letoto [Sesotho]; kôtôkwe, kôtôkô, lekôtôkô [Setswana]; Xarab, !Naixarab [Nama] [Damara]
by ExFmem
Description
The meerkat’s body is slender, with a distinctly slim, tapering tail and long thin legs equipped with powerful claws. The face is pointed with a rounded forehead and dark eye patches and crescent-shaped ears. The fur is typically grizzled grey, tan or silvery-brown in colour, with dark, transverse bands sometimes visible across the back, and a characteristically black tail tip.
Length: 24 - 29 cm
Weight: 20 - 969 g
Biology
A highly sociable animal, the meerkat lives in groups of up to 50 individuals, usually comprising a dominant pair and helpers of both sexes. Being expert diggers, the members of a group sometimes excavate their own burrows, but frequently also appropriate or even share the burrows of other small mammals, such as ground squirrels. The burrow systems are typically elaborate, averaging about five metres in diameter, with approximately 15 entrances and several levels of tunnels extending down to a depth of 1.5 metres. Furthermore the home range of each group may comprise as many as 65 different burrows created within a single year and spread out over an area of around 3 square kilometres. To mark this territory and deter intuders, the vicinity of the burrows is marked with faeces and secretions from anal glands.
Emerging with the early morning sun, the members of the group initially gather together at their sleeping burrow in their distinctive upright posture to bask and groom. When all are present, the group sets off to forage. While the meerkat’s diet is comprised mainly of insects and other invertebrates, which are typically dug up from the ground, meerkats will also kill small vertebrates and take eggs and plant matter. The group members forage individually, but visual and vocal contact is maintained at all times. In addition, most of the time, one or more members of the group will act as a sentry, standing on its hindlegs atop an exposed vantage point, such as a mound or a bush, where it can keep a lookout for predators. The sentries remain at their posts for over an hour at a time, and with the aid of an extensive vocal repertoire, regularly alert the group to potential dangers on the ground or in the air. For instance, sharp barks or growls usually denote an urgent threat such as a raptor, and result in the other members of the group scurrying rapidly to the nearest hole.
In each group, the dominant male and female are usually the only ones to successfully breed, but very occasionally subordinate females will reproduce and subordinate males temporarily leave their group to attempt to mate with females in other groups. Copulation is followed by a gestation period lasting approximately 11 weeks, after which two to five young are born below ground. Meerkats are cooperative breeders, which means that non-breeding adults assist in the care of young. The pups remain in the burrow for three weeks, where they are ‘babysat’ by helpers. At four weeks of age, the pups begin to travel with the group on foraging bouts, and for the first three months are fed by the helpers, whilst also being taught how to catch their own food. The meerkat matures at around one year of age, and at around 18 to 30 months of age, males will voluntary disperse, to form a new group with unrelated females, or replace a dominant male in another group. Whilst females will never immigrate into an existing group, subordinates are often evicted during the latter stages of the dominant female’s pregnancy, whereupon they either form new groups with unrelated males, or rejoin their own group after the dominant female has given birth.
Range
The meerkat is widely distributed in southern Africa, from extreme southwest Angola, through much of Namibia and Botswana, into north and west South Africa.
Habitat
Inhabits dry, open country characterised by short grass and sparse woody scrub.
by Mel
by nan
by Duke
by Tina
near Gemsbokplein September 2012
by Lisbeth
Nov. 2017 in lots of places!
(c) Dindingwe
by Peter Betts
Links: ADW, Wikipedia, ARKive
Suricata suricatta
meerkat, slender-tailed meerkat [English]; stokstertmeerkat, graatjie-meerkat [Afrikaans]; Scharrtier, Surikate [German]; suricate [French]; todi, letoto [Sesotho]; kôtôkwe, kôtôkô, lekôtôkô [Setswana]; Xarab, !Naixarab [Nama] [Damara]
by ExFmem
Description
The meerkat’s body is slender, with a distinctly slim, tapering tail and long thin legs equipped with powerful claws. The face is pointed with a rounded forehead and dark eye patches and crescent-shaped ears. The fur is typically grizzled grey, tan or silvery-brown in colour, with dark, transverse bands sometimes visible across the back, and a characteristically black tail tip.
Length: 24 - 29 cm
Weight: 20 - 969 g
Biology
A highly sociable animal, the meerkat lives in groups of up to 50 individuals, usually comprising a dominant pair and helpers of both sexes. Being expert diggers, the members of a group sometimes excavate their own burrows, but frequently also appropriate or even share the burrows of other small mammals, such as ground squirrels. The burrow systems are typically elaborate, averaging about five metres in diameter, with approximately 15 entrances and several levels of tunnels extending down to a depth of 1.5 metres. Furthermore the home range of each group may comprise as many as 65 different burrows created within a single year and spread out over an area of around 3 square kilometres. To mark this territory and deter intuders, the vicinity of the burrows is marked with faeces and secretions from anal glands.
Emerging with the early morning sun, the members of the group initially gather together at their sleeping burrow in their distinctive upright posture to bask and groom. When all are present, the group sets off to forage. While the meerkat’s diet is comprised mainly of insects and other invertebrates, which are typically dug up from the ground, meerkats will also kill small vertebrates and take eggs and plant matter. The group members forage individually, but visual and vocal contact is maintained at all times. In addition, most of the time, one or more members of the group will act as a sentry, standing on its hindlegs atop an exposed vantage point, such as a mound or a bush, where it can keep a lookout for predators. The sentries remain at their posts for over an hour at a time, and with the aid of an extensive vocal repertoire, regularly alert the group to potential dangers on the ground or in the air. For instance, sharp barks or growls usually denote an urgent threat such as a raptor, and result in the other members of the group scurrying rapidly to the nearest hole.
In each group, the dominant male and female are usually the only ones to successfully breed, but very occasionally subordinate females will reproduce and subordinate males temporarily leave their group to attempt to mate with females in other groups. Copulation is followed by a gestation period lasting approximately 11 weeks, after which two to five young are born below ground. Meerkats are cooperative breeders, which means that non-breeding adults assist in the care of young. The pups remain in the burrow for three weeks, where they are ‘babysat’ by helpers. At four weeks of age, the pups begin to travel with the group on foraging bouts, and for the first three months are fed by the helpers, whilst also being taught how to catch their own food. The meerkat matures at around one year of age, and at around 18 to 30 months of age, males will voluntary disperse, to form a new group with unrelated females, or replace a dominant male in another group. Whilst females will never immigrate into an existing group, subordinates are often evicted during the latter stages of the dominant female’s pregnancy, whereupon they either form new groups with unrelated males, or rejoin their own group after the dominant female has given birth.
Range
The meerkat is widely distributed in southern Africa, from extreme southwest Angola, through much of Namibia and Botswana, into north and west South Africa.
Habitat
Inhabits dry, open country characterised by short grass and sparse woody scrub.
by Mel
by nan
by Duke
by Tina
near Gemsbokplein September 2012
by Lisbeth
Nov. 2017 in lots of places!
(c) Dindingwe
by Peter Betts
Links: ADW, Wikipedia, ARKive
South African Giraffe: 10 Points
South African Giraffe
Giraffa camelopardalis giraffa
kameelperd, giraf [Afrikaans]; Giraffe [German]; girafe [French]; twiga [Swahili]; intudla, indlulamithi [isiNdebele]; indlulamthi, icowa,umcheya [isiXhosa]; indlulamithi [isiZulu]; thutlwa, thitlwa [Sepedi]; thuhlo [Sesotho]; thutlwa [Setswana]; indlulamitsi, lihudla [siSwati]; nhutlwa, nthutlwa [Xitsonga]; thuda, thudwa [Tshivenda]; tutwa [Lozi]; unveweshe [Yei]; !Garo!naib [Nama] [Damara]
Identification
Giraffes are the tallest living animals and are easily recognized by their distinct elongated body shape, with a very long neck and legs and a relatively short body. It is thought that the reason for the evolution of this “tallness” is to provide access to foliage in the tree canopy. The irregular blotched patterns on a giraffe’s coat offer some camouflage by imitating the dappling effect of light and shade found in savannah woodlands. The coat patterns are distinctive for each giraffe, rather like a human figure print. Bulls are usually darker in colour than cows.
Size
Male: Body Length 3.8 – 4.7 m; height to horn tip 4.7-5.3 m; weight range 800 - 1930 kg.
Female: Height to horn tips 3.9 – 4.5 m; weight range 550 – 1 180 kg.
Distribution and habitat
Occurs in open woodland and wooded grassland south of the Savanna.
Physiology
Being so tall carries some physiological costs. The giraffe’s heart is about 2 m above its hooves and 3 m below its brain. The blood vessels in their long legs are prevented from leaking blood through the capillary walls by a very tight thick sheath of skin around the slender lower half of each leg. This has the same effect as the G-suits worn by fighter pilots that prevent blackouts during acceleration to higher altitude. The giraffe’s blood pressure measured at the heart is 215mmHg is twice that of a cow, while the blood pressure in the brain is much lower at 90mmHg, this is much the same as most large mammals. To prevent blood rushing down the neck and causing the brain to literally explode when the giraffe lowers its head to drink, there is an intricate network of fine blood vessels at the base of the brain. This is a pressure regulating system called the carotid rete. The strange splayed drinking position of the giraffe also helps to bring chest closer to the ground and reduce the height difference between the heart and the brain. The giraffe has seven cervical (neck) vertebrae, exactly the same number of neck bones found in all mammals. In the giraffe these bones are greatly elongated.
Giraffes are the largest ruminants and like all other animals in this group they have to chew their food more than once. When the food is regurgitated up the long esophagus, a tennis-ball shape is clearly visible in the neck.
Food
Giraffes are pure browsers and feed almost exclusively on trees and shrubs, up to a level of about 5m. When available they select the high quality plant parts, such us fresh leaves, shoots, flowers, and fruits. Bulls tend to feed higher than cows and more commonly stretch to feed. The reasons for this are not clear but it is thought to reduce competition for food within the herd. The giraffe has a long powerful tongue that is a blue gray in colour. It is very dextrous and together with the highly mobile muscular lips efficiently strips leaves from spiney acacia branches.
Reproduction
The social structure is simple with groups of giraffe’s usually consisting of less than 20 animals. The animals tend to move freely between herd groups, and the only obvious associations are between cows and their calves. The dominant bulls monopolize mating and roam widely in search of cows. After a gestation period of 15 months, giraffe cows give birth standing and the calf has a long drop of 2m to the ground. For the first few weeks the calf will rest alone in the shadows while its mother feed nearby. Later it will join “nursery groups” of up to 10 calves in the company of one or two supervisory adults. 15 months
Life span
25 years in the wild, 28 years in captivity.
by Mel
by Lisbeth
by nan
hello you with a big tap on the shoulder -O
by nan
by Duke
by ExFmem
November 2013
by Tina
Sitsas September 2012
(c) Dindingwe
Links: Biodiversity Explorer, Chris Stuart, Tilde Stuart: Field Guide to Mammals of Southern Africa, ARKive
Giraffa camelopardalis giraffa
kameelperd, giraf [Afrikaans]; Giraffe [German]; girafe [French]; twiga [Swahili]; intudla, indlulamithi [isiNdebele]; indlulamthi, icowa,umcheya [isiXhosa]; indlulamithi [isiZulu]; thutlwa, thitlwa [Sepedi]; thuhlo [Sesotho]; thutlwa [Setswana]; indlulamitsi, lihudla [siSwati]; nhutlwa, nthutlwa [Xitsonga]; thuda, thudwa [Tshivenda]; tutwa [Lozi]; unveweshe [Yei]; !Garo!naib [Nama] [Damara]
Identification
Giraffes are the tallest living animals and are easily recognized by their distinct elongated body shape, with a very long neck and legs and a relatively short body. It is thought that the reason for the evolution of this “tallness” is to provide access to foliage in the tree canopy. The irregular blotched patterns on a giraffe’s coat offer some camouflage by imitating the dappling effect of light and shade found in savannah woodlands. The coat patterns are distinctive for each giraffe, rather like a human figure print. Bulls are usually darker in colour than cows.
Size
Male: Body Length 3.8 – 4.7 m; height to horn tip 4.7-5.3 m; weight range 800 - 1930 kg.
Female: Height to horn tips 3.9 – 4.5 m; weight range 550 – 1 180 kg.
Distribution and habitat
Occurs in open woodland and wooded grassland south of the Savanna.
Physiology
Being so tall carries some physiological costs. The giraffe’s heart is about 2 m above its hooves and 3 m below its brain. The blood vessels in their long legs are prevented from leaking blood through the capillary walls by a very tight thick sheath of skin around the slender lower half of each leg. This has the same effect as the G-suits worn by fighter pilots that prevent blackouts during acceleration to higher altitude. The giraffe’s blood pressure measured at the heart is 215mmHg is twice that of a cow, while the blood pressure in the brain is much lower at 90mmHg, this is much the same as most large mammals. To prevent blood rushing down the neck and causing the brain to literally explode when the giraffe lowers its head to drink, there is an intricate network of fine blood vessels at the base of the brain. This is a pressure regulating system called the carotid rete. The strange splayed drinking position of the giraffe also helps to bring chest closer to the ground and reduce the height difference between the heart and the brain. The giraffe has seven cervical (neck) vertebrae, exactly the same number of neck bones found in all mammals. In the giraffe these bones are greatly elongated.
Giraffes are the largest ruminants and like all other animals in this group they have to chew their food more than once. When the food is regurgitated up the long esophagus, a tennis-ball shape is clearly visible in the neck.
Food
Giraffes are pure browsers and feed almost exclusively on trees and shrubs, up to a level of about 5m. When available they select the high quality plant parts, such us fresh leaves, shoots, flowers, and fruits. Bulls tend to feed higher than cows and more commonly stretch to feed. The reasons for this are not clear but it is thought to reduce competition for food within the herd. The giraffe has a long powerful tongue that is a blue gray in colour. It is very dextrous and together with the highly mobile muscular lips efficiently strips leaves from spiney acacia branches.
Reproduction
The social structure is simple with groups of giraffe’s usually consisting of less than 20 animals. The animals tend to move freely between herd groups, and the only obvious associations are between cows and their calves. The dominant bulls monopolize mating and roam widely in search of cows. After a gestation period of 15 months, giraffe cows give birth standing and the calf has a long drop of 2m to the ground. For the first few weeks the calf will rest alone in the shadows while its mother feed nearby. Later it will join “nursery groups” of up to 10 calves in the company of one or two supervisory adults. 15 months
Life span
25 years in the wild, 28 years in captivity.
by Mel
by Lisbeth
by nan
hello you with a big tap on the shoulder -O
by nan
by Duke
by ExFmem
November 2013
by Tina
Sitsas September 2012
(c) Dindingwe
Links: Biodiversity Explorer, Chris Stuart, Tilde Stuart: Field Guide to Mammals of Southern Africa, ARKive
- nan
- Posts: 26436
- Joined: Thu May 31, 2012 9:41 pm
- Country: Switzerland
- Location: Central Europe
- Contact:
Common Warthog: 50 Points
Common Warthog
Phacochoerus africanus
Order: Artiodactyla. Family: Suidae
warthog [English]; vlakvark [Afrikaans]; Warzenschwein [German]; phacochere [French]; ngiri, mbango [Swahili]; indayikaz:me, ingulube yesiganga [isiNdebele]; ingulube [isiXhosa]; indlovudawana, intibane [isiZulu]; kolobe, kolobe-moru, mokhesi, mokgesi [Sesotho]; kolobê [Sepedi] [Setswana] [Lozi]; njiri [Shona]; budzayikatana [siSwati]; ngulube, nguluve, ndaekedzane [Xitsonga]; phangwa [Tshivenda]; ungili [Yei]; Dirib, gairib [Nama] [Damara]; mbinda [Herero]
Kgalagadi
11.2.2011
13.11.2011
23.3.2013
Warthogs are a common site in African savannas in protected areas where they have not been exterminated by people. Groups (sounders) consist either of sows and their piglets or bachelor groups. Warthogs are diurnal and graze mainly on short grass but will also eat sedges, herbs, leaves from shrubs and wild fruits. They also dig up and eat succulent rhizomes. They use burrows as dens.
Identification
Warthogs have a pig-like appearance. The body is grey and sparsely haired, except for a dorsal mane (yellowish –brown to black) that lies along its back. When the warthog is stressed the mane stands up. There are prominent wart-like protuberances on the face, two pairs on the male and one on the female. The canine teeth of the adults develop into curved tusks. While the upper set are more impressive, the smaller lower tusks are the main weapons. The males are larger than the sows with more pronounced tusks and warts. Warthogs walk on the third and fourth digits of each foot, while the smaller second and fifth digits are usually clear of the ground. Their thin tail with a black tuft at the end is held erect when they trot or are alarmed.
Size
Height at shoulder 60-70 cm; weight range 60 - 105kg (males) and 45 –70 kg (females).
Dental Formula
I C P M = 32-34
Distribution and habitat
Open savanna grassland and light woodland in sub-Saharan Africa.
General behaviour
Groups (or sounders) of warthogs usually consist of a family group of sows and their piglets or bachelor groups. Boars that are sexually active are usually solitary except when with a sow. Warthogs use aardvark and porcupine burrows as dens, but can dig their own burrows if necessary. They use there forefeet and snouts for digging and then shovel the excess sand out of the burrow with their snouts.
Food
Warthogs spend most of the day looking for food. In addition to grazing they will root for succulent rhizomes. Characteristically they will usually kneel while rooting in this way.
Reproduction
The gestation period is about 170 days. Pregnant sow separate from the sounder and farrow in a hole underground, the piglets remain in the nest for 2 weeks. The litter usually consists of 2 – 3 piglets but as many as 8 may be born. The piglets then follow their mother and they are weaned at about 3 months. Young pigs will remain with their mother in a tightly knit family group for about a year until she is ready to farrow again.
Life span
12 –15 years
Conservation
Although warthogs are hunted they are not regarded as threatened.
by Mel
by ExFmem
by Duke
by Tina
Polentswa October 2013
by Lisbeth
Nov. 2017
(c) Dindingwe
Links: Biodiversity Explorer, Louis Liebenberg: A Photographic Guide to Tracks and Tracking in Southern Africa
Phacochoerus africanus
Order: Artiodactyla. Family: Suidae
warthog [English]; vlakvark [Afrikaans]; Warzenschwein [German]; phacochere [French]; ngiri, mbango [Swahili]; indayikaz:me, ingulube yesiganga [isiNdebele]; ingulube [isiXhosa]; indlovudawana, intibane [isiZulu]; kolobe, kolobe-moru, mokhesi, mokgesi [Sesotho]; kolobê [Sepedi] [Setswana] [Lozi]; njiri [Shona]; budzayikatana [siSwati]; ngulube, nguluve, ndaekedzane [Xitsonga]; phangwa [Tshivenda]; ungili [Yei]; Dirib, gairib [Nama] [Damara]; mbinda [Herero]
Kgalagadi
11.2.2011
13.11.2011
23.3.2013
Warthogs are a common site in African savannas in protected areas where they have not been exterminated by people. Groups (sounders) consist either of sows and their piglets or bachelor groups. Warthogs are diurnal and graze mainly on short grass but will also eat sedges, herbs, leaves from shrubs and wild fruits. They also dig up and eat succulent rhizomes. They use burrows as dens.
Identification
Warthogs have a pig-like appearance. The body is grey and sparsely haired, except for a dorsal mane (yellowish –brown to black) that lies along its back. When the warthog is stressed the mane stands up. There are prominent wart-like protuberances on the face, two pairs on the male and one on the female. The canine teeth of the adults develop into curved tusks. While the upper set are more impressive, the smaller lower tusks are the main weapons. The males are larger than the sows with more pronounced tusks and warts. Warthogs walk on the third and fourth digits of each foot, while the smaller second and fifth digits are usually clear of the ground. Their thin tail with a black tuft at the end is held erect when they trot or are alarmed.
Size
Height at shoulder 60-70 cm; weight range 60 - 105kg (males) and 45 –70 kg (females).
Dental Formula
I C P M = 32-34
Distribution and habitat
Open savanna grassland and light woodland in sub-Saharan Africa.
General behaviour
Groups (or sounders) of warthogs usually consist of a family group of sows and their piglets or bachelor groups. Boars that are sexually active are usually solitary except when with a sow. Warthogs use aardvark and porcupine burrows as dens, but can dig their own burrows if necessary. They use there forefeet and snouts for digging and then shovel the excess sand out of the burrow with their snouts.
Food
Warthogs spend most of the day looking for food. In addition to grazing they will root for succulent rhizomes. Characteristically they will usually kneel while rooting in this way.
Reproduction
The gestation period is about 170 days. Pregnant sow separate from the sounder and farrow in a hole underground, the piglets remain in the nest for 2 weeks. The litter usually consists of 2 – 3 piglets but as many as 8 may be born. The piglets then follow their mother and they are weaned at about 3 months. Young pigs will remain with their mother in a tightly knit family group for about a year until she is ready to farrow again.
Life span
12 –15 years
Conservation
Although warthogs are hunted they are not regarded as threatened.
by Mel
by ExFmem
by Duke
by Tina
Polentswa October 2013
by Lisbeth
Nov. 2017
(c) Dindingwe
Links: Biodiversity Explorer, Louis Liebenberg: A Photographic Guide to Tracks and Tracking in Southern Africa
Last edited by nan on Sat Sep 28, 2013 9:28 am, edited 2 times in total.
Kgalagadi lover… for ever
https://safrounet.piwigo.com/
https://safrounet.piwigo.com/
Black-tailed Tree Rat: 15 Points
Black-tailed Tree Rat
Thallomys nigricauda
Family: Muridae
(c) nan
Geographic Range
This largely southern African species has been recorded from western Angola in the north of its range, southwards through much of Namibia and Botswana to northwestern parts of South Africa.
Habitat
Acacia rats live under the frayed bark of acacia tree trunks and branches, primarily Acacia xanthophloa and Acacia tortilis.
(Nossob walking trail, KTP)
Reproduction
There is little information on the mating system of Acacia rats. They give birth to 2-5 young per litter during the summer rainy season, when acacia foliage is present. Similar to many other murids, acacia rats are polygynandrous. Males expand their home ranges during breeding season.
Behavior
Little is known of the general behavior of acacia rats. They are arboreal and nocturnal, with nightly activities beginning prior to dusk. They construct nests out of leaves, grass, and small twigs. They burrow along Acacia tree root structures and use these burrows in the winter months in the event of brush fires.
Diet
Acacia rats are primarily granivorous, feeding on the seeds and foliage of acacia trees. They also consume the berries, grasses, roots, buds, and gum of acacias. They have been observed foraging on Acacia tortilis and Acacia erioloba. The leaves of shepherd’s trees and seeds of buffalo thorn are also considered an important part of their diet. Food is generally brought back to the nest prior to consumption. Inedible plant materials are often used in nest making. They may also consume carrion or invertebrates when available.
Predation
Acacia rats inhabit the thickest and thorniest parts of Acacia trees, which is extremely effective in predator avoidance. Their coloration provides great camouflage and likely helps reduce predation risk. It is thought that owls are their primary predators, however, arboreal snakes are important predators as well.
by Mel
by Duke
by Tina
Urikaruus September 2013
Links: Peter Apps: Smithers' Mammals of Southern Africa: A Field Guide; Plate
Thallomys nigricauda
Family: Muridae
(c) nan
Geographic Range
This largely southern African species has been recorded from western Angola in the north of its range, southwards through much of Namibia and Botswana to northwestern parts of South Africa.
Habitat
Acacia rats live under the frayed bark of acacia tree trunks and branches, primarily Acacia xanthophloa and Acacia tortilis.
(Nossob walking trail, KTP)
Reproduction
There is little information on the mating system of Acacia rats. They give birth to 2-5 young per litter during the summer rainy season, when acacia foliage is present. Similar to many other murids, acacia rats are polygynandrous. Males expand their home ranges during breeding season.
Behavior
Little is known of the general behavior of acacia rats. They are arboreal and nocturnal, with nightly activities beginning prior to dusk. They construct nests out of leaves, grass, and small twigs. They burrow along Acacia tree root structures and use these burrows in the winter months in the event of brush fires.
Diet
Acacia rats are primarily granivorous, feeding on the seeds and foliage of acacia trees. They also consume the berries, grasses, roots, buds, and gum of acacias. They have been observed foraging on Acacia tortilis and Acacia erioloba. The leaves of shepherd’s trees and seeds of buffalo thorn are also considered an important part of their diet. Food is generally brought back to the nest prior to consumption. Inedible plant materials are often used in nest making. They may also consume carrion or invertebrates when available.
Predation
Acacia rats inhabit the thickest and thorniest parts of Acacia trees, which is extremely effective in predator avoidance. Their coloration provides great camouflage and likely helps reduce predation risk. It is thought that owls are their primary predators, however, arboreal snakes are important predators as well.
by Mel
by Duke
by Tina
Urikaruus September 2013
Links: Peter Apps: Smithers' Mammals of Southern Africa: A Field Guide; Plate
Last edited by ExFmem on Sat Sep 28, 2013 10:04 pm, edited 3 times in total.
Rock Hyrax / Dassie: 100 Points
Rock Hyrax / Dassie
Procavia capensis
Also known as the Rock Dassie or the Rock Rabbit, due to their rodent-like appearance but despite this, they are thought to be most closely related to much larger animals including the Elephant and the Manatee. It is the teeth and bone structure of these animals that relates them to one another. The Rock Hyrax though, is such a unique mammal that it is classified in an order of it's own, along with it's subspecies known as the Yellow-Spotted Hyrax, and the two Tree Hyrax species, which although are very similar in appearance, spend most of their time in the trees rather than on the ground.
Anatomy and Appearance
The Rock Hyrax looks very much like a large Guinea Pig, but with rounder ears and the lack of a tail. They have thick, soft fur which is usually brown or grey, but can be slightly yellow. A small hairless gland on their back is covered with longer hair than the rest of the Rock Hyrax's body, which is black but yellow or white on the Yellow-Spotted Hyrax (hence it's name). Rock Hyraxes have short legs with four toes on their front feet, and three on each of the back. The Rock Hyrax has a more rounded head than other Hyrax species, which have more pointed, rodent-like noses.
Distribution and Habitat
The Rock Hyrax is most widely distributed across the east of Africa but they also found throughout the south in Botswana, Namibia, South Africa, Zambia and Zimbabwe. It is usually found in rocky outcrops where there is a good variety of vegetation including both shrubs and trees. Their habitats range from dry savanna to dense rainforest, but these areas must contain natural crevices between the rocks and boulders where the Rock Hyrax is able to shelter as they do not dig burrows of their own.
(Note: although they are not shown on distribution maps as occurring in KTP, these 2 photos were both taken in 2011)
Oct. 9,2011
Behavior and Lifestyle
The Rock Hyrax is a very sociable animal, living together in colonies of up to 50 individuals. Rock Hyrax colonies are headed by a territorial male and consist of females and their young, with the male keeping watch for predators and protecting the group's patch from other males looking to move in on their shelter. Rock Hyraxes make a variety of noises including whistles and shrieks to communicate both within the group, and with other colonies in the area, with the male sounding the specific alarm call if a predator is spotted nearby. They spend the majority of their lives sunbathing on the rocks to warm up, before going off on short foraging trips, rarely far from the entrance to their home.
Reproduction and Life Cycles
The territorial male in the colony breeds with the females in his colony, which after a gestation period that can last for up to eight months, generally give birth to two or three young. The babies develop remarkably quickly, being able to run and jump just hours after birth and even start to nibble on vegetation after just a couple of days. They do still suckle from their mother, feeding on her milk until they are a few months old. The Rock Hyrax reaches an average age of seven years in the wild.
Diet and Prey
They are omnivorous animals, feeding on nearly everything it can find close to the colony's base. Rock Hyraxes feed on herbs, grasses, fruit and leaves, bird's eggs, insects and small lizards.
Oct. 30, 2011
Predators and Threats
The small size of the Rock Hyrax makes it popular prey for numerous predators. Large felines such as Leopards, Servals and Caracals are the primary predators, along with Civets, large Birds and Snakes like Pythons.
Interesting Facts and Features
The Rock Hyrax can go far long periods of time without drinking as they are thought to obtain most of the moisture that they need from their food. Fossil remains show that the Rock Hyrax could have once been much bigger in size, which may explain why they have such a long gestation period for an animal of their size.
Links: [url=http://books.google.de/books?
http://books.google.de/books?id=sdY_sa1 ... ie&f=false
http://books.google.de/books?id=oB4Y4da ... ie&f=false
Louis Liebenberg: A Photographic Guide to Tracks and Tracking in Southern Africa; SANBI Animal of the Week: Dassie
Procavia capensis
Also known as the Rock Dassie or the Rock Rabbit, due to their rodent-like appearance but despite this, they are thought to be most closely related to much larger animals including the Elephant and the Manatee. It is the teeth and bone structure of these animals that relates them to one another. The Rock Hyrax though, is such a unique mammal that it is classified in an order of it's own, along with it's subspecies known as the Yellow-Spotted Hyrax, and the two Tree Hyrax species, which although are very similar in appearance, spend most of their time in the trees rather than on the ground.
Anatomy and Appearance
The Rock Hyrax looks very much like a large Guinea Pig, but with rounder ears and the lack of a tail. They have thick, soft fur which is usually brown or grey, but can be slightly yellow. A small hairless gland on their back is covered with longer hair than the rest of the Rock Hyrax's body, which is black but yellow or white on the Yellow-Spotted Hyrax (hence it's name). Rock Hyraxes have short legs with four toes on their front feet, and three on each of the back. The Rock Hyrax has a more rounded head than other Hyrax species, which have more pointed, rodent-like noses.
Distribution and Habitat
The Rock Hyrax is most widely distributed across the east of Africa but they also found throughout the south in Botswana, Namibia, South Africa, Zambia and Zimbabwe. It is usually found in rocky outcrops where there is a good variety of vegetation including both shrubs and trees. Their habitats range from dry savanna to dense rainforest, but these areas must contain natural crevices between the rocks and boulders where the Rock Hyrax is able to shelter as they do not dig burrows of their own.
(Note: although they are not shown on distribution maps as occurring in KTP, these 2 photos were both taken in 2011)
Oct. 9,2011
Behavior and Lifestyle
The Rock Hyrax is a very sociable animal, living together in colonies of up to 50 individuals. Rock Hyrax colonies are headed by a territorial male and consist of females and their young, with the male keeping watch for predators and protecting the group's patch from other males looking to move in on their shelter. Rock Hyraxes make a variety of noises including whistles and shrieks to communicate both within the group, and with other colonies in the area, with the male sounding the specific alarm call if a predator is spotted nearby. They spend the majority of their lives sunbathing on the rocks to warm up, before going off on short foraging trips, rarely far from the entrance to their home.
Reproduction and Life Cycles
The territorial male in the colony breeds with the females in his colony, which after a gestation period that can last for up to eight months, generally give birth to two or three young. The babies develop remarkably quickly, being able to run and jump just hours after birth and even start to nibble on vegetation after just a couple of days. They do still suckle from their mother, feeding on her milk until they are a few months old. The Rock Hyrax reaches an average age of seven years in the wild.
Diet and Prey
They are omnivorous animals, feeding on nearly everything it can find close to the colony's base. Rock Hyraxes feed on herbs, grasses, fruit and leaves, bird's eggs, insects and small lizards.
Oct. 30, 2011
Predators and Threats
The small size of the Rock Hyrax makes it popular prey for numerous predators. Large felines such as Leopards, Servals and Caracals are the primary predators, along with Civets, large Birds and Snakes like Pythons.
Interesting Facts and Features
The Rock Hyrax can go far long periods of time without drinking as they are thought to obtain most of the moisture that they need from their food. Fossil remains show that the Rock Hyrax could have once been much bigger in size, which may explain why they have such a long gestation period for an animal of their size.
Links: [url=http://books.google.de/books?
http://books.google.de/books?id=sdY_sa1 ... ie&f=false
http://books.google.de/books?id=oB4Y4da ... ie&f=false
Louis Liebenberg: A Photographic Guide to Tracks and Tracking in Southern Africa; SANBI Animal of the Week: Dassie
Last edited by ExFmem on Sun Oct 06, 2013 9:22 pm, edited 2 times in total.
Brants' Whistling Rat: 20 Points
Brants' Whistling Rat
Parotomys brantsii
Family Muridae
Brants' whistling rats are one of two whistling rat species that live in southern Africa. It is a colonial burrowing rodent, typically found in open, sandy habitats.
Range Description:
This species occurs in in the semi-arid regions of southern Africa, ranging from western South Africa, north to south-eastern Namibia and south-western Botswana.
Native Countries: Botswana; Namibia; South Africa
Diet:
They consume more than 50 plant species, enabling sufficient moisture intake not to need to drink water. Succulent green foliage, twigs and gnawed branches from bushes are taken back to the burrow to be eaten.
Reproduction:
They are semi-social, and after breeding become solitary. Pairs of adults occupy a warren until their offspring are born. Warrens are located close to each other. P. brantsii breeds opportunistically, modifying its breeding period in relation to rainfall. Within a winter rainfall area, females produce up to four litters of 1-4 young. The gestation period is 38 days. Litters attach themselves to the mother's nipples during the first week and are dragged around in foraging excursions. At 5 weeks pups have all the important behavioral characteristics of adults, such as creating their own overnight food stores, collecting nesting material, and defending a warren area against conspecifics, and is the age at which the young leave their natal nest area. The high reproductive output of females, as well as the rapid development of their young, may represent an adaptation for maximizing reproductive potential in the semi-arid areas they inhabit.
Predators:
Brants' whistling rat is so called because of its habit of calling out to each other in times of danger with a sharp, piercing whistle. Ultrasonic calls, not heard by humans, are another form of communication. Predators include snakes, jackals, honey badgers, and raptors, such as pale chanting goshawks.
by Mel
Out of focus (by Lisbeth)
by nan
19.04.2007 at some picnic spot
by Tina
Links: J. D. Skinner, Christian T. Chimimba: The Mammals of the Southern African Sub-region
Parotomys brantsii
Family Muridae
Brants' whistling rats are one of two whistling rat species that live in southern Africa. It is a colonial burrowing rodent, typically found in open, sandy habitats.
Range Description:
This species occurs in in the semi-arid regions of southern Africa, ranging from western South Africa, north to south-eastern Namibia and south-western Botswana.
Native Countries: Botswana; Namibia; South Africa
Diet:
They consume more than 50 plant species, enabling sufficient moisture intake not to need to drink water. Succulent green foliage, twigs and gnawed branches from bushes are taken back to the burrow to be eaten.
Reproduction:
They are semi-social, and after breeding become solitary. Pairs of adults occupy a warren until their offspring are born. Warrens are located close to each other. P. brantsii breeds opportunistically, modifying its breeding period in relation to rainfall. Within a winter rainfall area, females produce up to four litters of 1-4 young. The gestation period is 38 days. Litters attach themselves to the mother's nipples during the first week and are dragged around in foraging excursions. At 5 weeks pups have all the important behavioral characteristics of adults, such as creating their own overnight food stores, collecting nesting material, and defending a warren area against conspecifics, and is the age at which the young leave their natal nest area. The high reproductive output of females, as well as the rapid development of their young, may represent an adaptation for maximizing reproductive potential in the semi-arid areas they inhabit.
Predators:
Brants' whistling rat is so called because of its habit of calling out to each other in times of danger with a sharp, piercing whistle. Ultrasonic calls, not heard by humans, are another form of communication. Predators include snakes, jackals, honey badgers, and raptors, such as pale chanting goshawks.
by Mel
Out of focus (by Lisbeth)
by nan
19.04.2007 at some picnic spot
by Tina
Links: J. D. Skinner, Christian T. Chimimba: The Mammals of the Southern African Sub-region
Bushveld Sengi: 50 Points
Bushveld Sengi
Elephantulus intufi
Common names: Bushveld Sengi, Bushveld Elephantsengi, Bushveld Elephant-shrew (English), Bosveld Klaasneus (Afrikaans)
Seems these little mammals have a convoluted history of case after case of mistaken identity.
"Few mammals have had a more colorful history of misunderstood ancestry than the elephant-shrews, or sengis. Most species were first described by Western scientists in the mid to late 19th century, when they were considered closely related to true shrews, hedgehogs, and moles in the order Insectivora. Since then, there has been an increasing realization that they are not closely related to any other group of living mammals, resulting in biologists mistakenly associating them with ungulates, primates, and rabbits. The recent use of molecular techniques to study evolutionary relationships, in addition to the more traditional morphological methods, has confirmed that elephant-shrews represent an ancient monophyletic African radiation. Most biologists currently include the elephant-shrews in a new supercohort, the Afrotheria, which encompasses several other distinctive African groups or clades. These include elephants, sea cows, and hyraxes; the aardvark and elephant-shrews, and the golden-moles and tenrecs (Hedges 2001; Springer et al. 2004; Seiffert 2007)."
Identification
Pale brown fur with white rings around the eyes and a distinctive russet patch under the ears.
Distribution
The species occurs in south-western Angola, Namibia, Botswana, and northern South Africa.
Habitat
The bushveld elephant shrew is found in areas with an annual rainfall of lower than 500mm, often observed in scrub bush with light grass cover growing from a sandy base. This is ideal bushveld elephant shrew habitat, as it can hop in and out of this type of vegetation at some speed. The low bushes not only provide cover but also form the base for a single burrow, with much-used trails branching out towards feeding areas.
Diet
Insects predominately ants. Bushveld elephant shrews are able to catch grasshoppers, carrying them under cover to eat.
Breeding
Usually twins.
Size: Total length of head and body 240mm, tail 250mm. Weight: 50g.
by Mel
by Michele Nel
Elephant shrews - caught in the act.....
by nan
23.9.2009 - Grootokolk
by Tina
Kieliekrankie September 2012
Links: ADW, Peter Apps: Smithers' Mammals of Southern Africa: A Field Guide, Plate
http://www.sengis.org/synopsis.php
http://books.google.de/books?id=sdY_sa1 ... ew&f=false
http://books.google.de/books?id=iqwEYkT ... ew&f=false
Elephantulus intufi
Common names: Bushveld Sengi, Bushveld Elephantsengi, Bushveld Elephant-shrew (English), Bosveld Klaasneus (Afrikaans)
Seems these little mammals have a convoluted history of case after case of mistaken identity.
"Few mammals have had a more colorful history of misunderstood ancestry than the elephant-shrews, or sengis. Most species were first described by Western scientists in the mid to late 19th century, when they were considered closely related to true shrews, hedgehogs, and moles in the order Insectivora. Since then, there has been an increasing realization that they are not closely related to any other group of living mammals, resulting in biologists mistakenly associating them with ungulates, primates, and rabbits. The recent use of molecular techniques to study evolutionary relationships, in addition to the more traditional morphological methods, has confirmed that elephant-shrews represent an ancient monophyletic African radiation. Most biologists currently include the elephant-shrews in a new supercohort, the Afrotheria, which encompasses several other distinctive African groups or clades. These include elephants, sea cows, and hyraxes; the aardvark and elephant-shrews, and the golden-moles and tenrecs (Hedges 2001; Springer et al. 2004; Seiffert 2007)."
Identification
Pale brown fur with white rings around the eyes and a distinctive russet patch under the ears.
Distribution
The species occurs in south-western Angola, Namibia, Botswana, and northern South Africa.
Habitat
The bushveld elephant shrew is found in areas with an annual rainfall of lower than 500mm, often observed in scrub bush with light grass cover growing from a sandy base. This is ideal bushveld elephant shrew habitat, as it can hop in and out of this type of vegetation at some speed. The low bushes not only provide cover but also form the base for a single burrow, with much-used trails branching out towards feeding areas.
Diet
Insects predominately ants. Bushveld elephant shrews are able to catch grasshoppers, carrying them under cover to eat.
Breeding
Usually twins.
Size: Total length of head and body 240mm, tail 250mm. Weight: 50g.
by Mel
by Michele Nel
Elephant shrews - caught in the act.....
by nan
23.9.2009 - Grootokolk
by Tina
Kieliekrankie September 2012
Links: ADW, Peter Apps: Smithers' Mammals of Southern Africa: A Field Guide, Plate
http://www.sengis.org/synopsis.php
http://books.google.de/books?id=sdY_sa1 ... ew&f=false
http://books.google.de/books?id=iqwEYkT ... ew&f=false