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First sand cat kittens sighted in the Moroccan Sahara

Authors:
  • Cologne Zoo
  • Rabat Zoo, Morocco, Rabat

Abstract and Figures

We report here on the first sighting and photographic documentation of kittens of African sand cats Felis margarita margarita in the region of Addrar Souttouf in the Moroccan Sahara near the Atlantic coast in late April 2017.
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ISSN 1027-2992
CAT
news
N° 66 | Autumn 2017
CATnews 66 Autumn 2017
02
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CATnews 66 Autumn 2017
19
ALEXANDER SLIWA1*, SAÂD AZIZI2, ELHAJ ALIFAL3, ABDERRAHIM ESSALHI2, MOHAMED
ENDICHI4 AND GRÉGORY BRETON5
First sand cat kittens sighted
in the Moroccan Sahara
We report here on the first sighting and photographic documentation of kittens of
African sand cats Felis margarita margarita in the region of Addrar Souttouf in the
Moroccan Sahara near the Atlantic coast in late April 2017.
We report here on the first sighting and
photographic documentation of kittens of
African sand cats as part of a study on the
ecology and behaviour of the species in the
region of Addrar Souttouf in the Moroccan
Sahara near the Atlantic coast (Sliwa et al.
2013, Breton et al. 2016). Despite its wide
distribution in North Africa and first report-
ing of its existence already almost 160 years
ago, information about reproduction of the
species in the wild is very scant (Sliwa 2013,
Sliwa et al. 2016a).
So far for the Sahara it has been reported that
mating takes place between November and
February, and in Niger, young are born from
January to April (Dragesco-Joffé 1993, Sliwa
2013). Litter size ranges from 2-8 but the norm
is three. Young grow rapidly, their eyes open at
15 days, they take solid food at five weeks and
may become independ-ent possibly as early as
with four months (Dragesco-Joffé 1993, Sliwa
2013). To our knowledge there have not been
any pictures published of young wild sand cat
kittens within their African range.
Sighting on 26 April 2017
In the early hours of 26 April 2017 at
01:48 h we detected the reflection from mul-
tiple small eyes about 100 m away in a small
sandy patch with tufts of the perennial grass
Panicum turgidum. When we were about
30 m away, we discerned three small kittens
hiding underneath one large tuft. Alexander
Sliwa and Grégory Breton estimated these
kittens to be between 6-8 weeks old due to
experience with captive sand cat litters un-
der their curatorial care at Wuppertal Zoo,
Germany and Parc des Félins, Nesles, France.
We parked the research vehicle 15 m away,
keeping the grass tuft in the headlights and
were able to watch the three kittens for an
hour, gradually becoming increasingly habitu-
ated to the sound and lights of the vehicle.
We were able to take many photographs
and videos from ultimately only 5 m away
and then decided to leave the kittens in their
hide at 02:50 h (Figs. 1 & 2, Supporting Online
Material SOM Video V1). While watching the
kittens, we spotted a Rüppell’s fox Vulpes
rueppelli curiously approaching the vehicle
and we were concerned about the kittens’
safety, as this fox would have well been
able to kill and consume such small kittens.
We tried to scare the fox away by following
it for a short distance with our vehicle. To
document a possible approach of this fox to
the kittens after our departure, we installed
three camera traps around the tuft of grass
they were hiding in. Shortly after leaving the
kittens we happened to spot another sand
cat and it turned out to be the lactating fe-
male, as we were expecting her to stay close
Fig. 1. Three sand cat kittens taking refuge in a large perennial
grass bunch (Photo A. Sliwa).
Fig. 2. The three kittens, about 6-8 weeks old. From their head size
it is likely that they are two males and one female. (Photo A. Sliwa).
to her kittens. After a short pursuit with the
vehicle she squatted on the ground and we
were able to capture her with a hand net and
radio-collar her. By now it was 03:30 h and
we returned to our camp to catch a few hours
of sleep. We were back to look at the results
by the camera traps left close to the kittens
and were able to recover images and videos
of all three of them playing in the first hours
of light until 08:30 h, when they left the frame
(SOM F1). We found the female resting under
a grass tuft shortly afterwards with the aid of
the newly fitted radio-collar only 880 m away
from where we captured her, but detected no
sign of the kittens. Thus there is hope that
she moved them to another safe spot. Sand
cats in the study area are able to move large
distances in a single night (Breton et al. 2016)
and although it is not yet known from females
of this species, other small arid habitat cat
species, like the congeneric black-footed cat
Felis nigripes do not necessarily spend the
daylight hours next to their hidden kittens af-
ter a certain age (Sliwa et al. 2016b).
These observations provide important new
information about reproduction and behaviour
of a female sand cat and her kittens in the Sa-
hara. Estimating their age and taking into ac-
count the sand cat’s gestation period of 59-67
days (Mellen 1989, Sliwa 2013, Breton 2017)
is dating this litter to have been born in mid-to
end of February 2017. The kittens showed in-
terest in a gerbil Gerbillus gerbillus that ran
past them and also reacted with a playful
and predatory response when we rolled dried
dromedary dung balls close to them, thus it is
likely they were already eating meat from prey
that the mother would bring back to them.
Acknowledgements
It is of primary importance to mention that our
work was sponsored by the following institutions
short communication
CATnews 66 Autumn 2017
20
(in alphabetic order) and we are indebted to them:
Association SOS Félins and Co. (France), Big Cat
Rescue (USA), Cincinnati Zoo (USA), Eskilstuna
Zoological Park (Sweden), the animal keeper
class of 2015/2016 from the HELHa school (Bel-
gium), the Haut Commissaire aux Eaux et Forêt
et à la Lutte Contre Désertification (Morocco),
the International Society for Endangered Cats
(Canada), Kölner Zoo (Germany), Lyon Zoological
Park (France), Panthera France, a private sponsor,
Jardin Zoologique National de Rabat (Morocco)
and the Royal Zoological Society of Scotland (UK).
Last, our work is accredited by the Haut Commis-
sariat aux Eaux et Forêt et à la Lutte Contre la
Désertification and the Agence Nationale de la
Réglementation des Télécommunications.
The authors A. Sliwa, G. Breton and E. Alifal con-
ducted the fieldwork and the others worked to ob-
tain all the necessary permits.
References
Breton G. 2017. Sand Cat (Felis margarita) Inter-
national Studbook Volume XXIII, current to 31
December 2016. WAZA / Le Parc des Félins.
129 pp.
Breton G., Sliwa A., Azizi S. & Essalhi A. 2016.
Sand cats in the Moroccan Sahara, preliminary
results of a new study. Cat News 63, 7-10.
Dragesco-Joffé A. 1993. Le Chat des sables, une
redoutable chasseur de serpents. La vie sauva-
ge au Sahara. Delachaux & Niestlé, Lausanne
& Paris. 240 pp.
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captive cats (Felis sp.). PhD thesis, University
of California, Davis.
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Mammals of Africa. Vol 5. Carnivora, Pholido-
ta, Perissodactyla. Kingdon J. S. & Hoffmann
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sightings in the Moroccan Sahara. Cat News
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Sher Shah M. & Wacher T. 2016a. Felis
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serve, Nuwejaarsfontein and Taaiboschpoort
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Supporting Online Material SOM V1 and Figure
F1 are available at www.catsg.org
1 Kölner Zoo AG, Riehler Str. 173, 50735 Köln,
Germany
*<sliwa@koelnerzoo.de>
2 Jardin Zoologique National de Rabat, 23ème Ci-
tée Yacoub El Mansour, Ceinture Verte, BP 605
Rabat, Morocco
3 73000 Dakhla, Morocco
4 Haut Commissariat aux Eaux et Forêt et la Lutte
Contre la Désertification HCEFLCD, direction de
la Lutte Contre la Désertification et de la Pro-
tection de la Nature quartier administrative, BP
605, Rabat - Chellah, Morocco
5 Panthera, 8 West 40th Street, 18th Floor, New
York, NY 10018, USA
HARI BASNET1*, SABITA GURUNG1, AMAR KUNWAR1 AND HEM BAHADUR KATUWAL1
Jungle cats are threatened
by free-ranging urban dogs
Based on opportunistic sightings, we studied the conflicts between the jungle cat
Felis chaus and free-ranging urban dogs at Pulchowk Engineering College, Lalitpur,
Nepal in 2014-2015. In the space of two years two jungle cats were killed, two man-
aged to escape, while the status of another one was unknown. We believe that such
killing and chasing may cause serious threats to the survival of the jungle cat. Proper
and timely management of free-ranging urban dogs is necessary to save the jungle
cat in an urban environment.
Fig. 1. Study area showing the conflict zone, Lalitpur, Nepal.
Dogs are abundantly distributed terrestrial
carnivores in urban environments (Feldmann
1974, Young et al. 2011). Free-ranging urban
dogs are defined as dogs living in a free state
around the urban environment with no food or
shelter provided by humans (Boitani & Ciucci
1995). Free-ranging urban dogs may be do-
mestic, stray or feral. They are common in the
urban environment and frequently kill, chase
and harass other urban dwellers (rodents,
carnivores, birds etc.) more persistently than
other wild predators (Causey & Cude 1980,
Taborsky 1988, Diamond 1989, Dahmer 2001,
Prakash et al. 2003).
The jungle cat is one of the common but
patchily distributed cat species (Gray et al.
2016). It prefers diverse habitats such as.
wetland areas with dense vegetation cov-
er, marsh, scrub land, forest etc. (Gray et al.
2016). It preys upon small animals like ro-
dents, hares, lizards and insects (Majumder
et al. 2011). It is widely distributed across
Nepal and occurs within all protected areas
(Jnawali et al. 2011). However, the conflicts
between free-ranging urban dogs and jungle
cats have not been well studied. In this arti-
cle we report the conflict of jungle cats and
free-ranging urban dogs on the Pulchowk En-
gineering College campus in Lalitpur.
short communication
1
Sliwa A., Azizi S., Alifal E., Essalhi A., Endichi M. & Breton G. 2017. First sand cat kittens
sighted in the Moroccan Sahara. Cat News 66, 21-22. Supporting Online Material.
SOM F1. Camera trap image of kittens in early morning © A. Sliwa & G. Breton.
SOM V1. First footage of wild sand cat kittens.
https://www.youtube.com/watch?v=ZcsE0kjqvAQ
... We aimed to define the species' annual and seasonal home range sizes, with a more robust sample size than the aforementioned studies, and to characterize their social organisation through recording concurrent individual presence in the study area while recording their body weights and sex and assessing their age classes. After publishing some of our preliminary results (Breton et al., 2016;Sliwa et al., 2017) and data on morphology (Breton et al., 2022), we here present more extensive home-range estimate data on African sand cats collected from December 2015 to December 2019. ...
... With our search and capture method, we spotted 47 different sand cats and were able to catch 41 (30 males, 11 females). Of the six sand cats not captured, three were small kittens (Sliwa et al., 2017), and three evaded us in rough terrain where driving was difficult. All captured sand cats appeared externally to be in good condition, with no fresh wounds, very few scars, no tooth breakages, nor substantial deposits of calculus/tartar on the teeth but all cats were parasitized by ticks and/or fleas with ticks nested in external earflaps. ...
... In total, we have radio-tracked 22 individuals and our study demonstrates that sand cats are using much larger than previously reported home-ranges: The male M29 tracked over a year, covered 232.4 km 2 (100% MCP) and 418.9 km 2 (99% KDE), and M4, the most intensively tracked individual, used 134 km 2 (100% MCP) and 128.7 km 2 (99% KDE) over a period of 291 days. We lost contact with M14 after 320 days of tracking and an estimate home range of 511 km 2 (100%MCP) and 412.2 km 2 (99%KDE) while he was moving towards the North, and we lost F5, the dam of the three kittens observed in 2017 (Sliwa et al., 2017), after 256 days of tracking and an estimated home range of 754.7 km 2 (100%MCP) and 1021.3 km 2 (99%KDE) while she was moving westwards. Interestingly, we succeeded in continued monitoring of M9 despite him making very large movements within our study area and we recorded that his range extended to 1350.3 km 2 (100% MCP) and 1758.5 km 2 (99% KDE) within 6.5 months, before we could not locate him anymore. ...
Article
Data on African sand cats Felis margarita margarita was collected in the southern provinces of Morocco between December 2015 and December 2019. Within these four years, a total of 47 sand cats were observed, 41 were captured and 22 were fitted with VHF radio-collars and tracked over various time spans. Home-range size estimations were calculated for 10 adult sand cats with more than 30 independent fixes. Home-range mean sizes averaged 274.6 ± 394.8 km2 (95% Minimum Convex Polygon ± SD) and 291.9 ± 417 km2 (95% Kernel Density Estimation ± SD) for females (N = 3; 149 locations) to 319.3 ± 451.8 km2 (95% MCP) and 304.5 ± 375.7 km2 (95% KDE) for males (N = 7; 311 locations). Given the number of sand cats observed in the study area and the external good conditions of all 41 captured cats, who showed no wounds, very few scars and no tooth breakage, we hypothesise that the sand cats are tolerant of each other and likely non-territorial. Our understanding of their ecology remains however limited and their social organization and mating pattern almost unknown. Important future research should focus on diet, overlying social organization and relatedness of sand cats, in relation with environmental conditions and anthropogenic factors.
... Kittens were detected only between May and August (hot season). With a gestation period documented between 59 and 67 days (Mellen 1989), this implies mating 2-3 months previously, between late February to May, slightly later than reported in the central Sahara (November to February, Sunquist and Sunquist 2002) or in Morocco, where kittens have been recorded in late April (Sliwa et al. 2017). ...
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We report on the North African subspecies of the sand cat Felis margarita margari- ta and other desert carnivores in the Moroccan Sahara. The study was initiated in December 2015 under the approval of the Haut Commissariat aux Eaux et Forêts et à la Lutte Contre la Désertification, and during 12 days of fieldwork, six carnivore species were observed: two felids (including the sand cat), three canids and one mustelid. The four sand cats seen, two males and two females, were captured, anaesthetized and fitted with GPS or VHF collars. We collected new morphological data, then followed two of them regularly, one less frequently, for several days and nights including observation of hunting sequences. High quality photographs of the sand cats were taken and preliminary results on home-ranges and behaviour are presented here.
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We report here on past and recent sightings of sand cats Felis margarita margarita in their westernmost distribution area of the Moroccan Sahara. Sand cats were searched for while driving along roads, pistes and cross country using the headlights and high powered spotlamps from the roof of two vehicles looking for their eyeshine. The sex and age of the 11 sighted cats was assessed, and characteristics of the rel- evant habitat was recorded where they were seen. We also report on actual and potential threats to this cat population and propose an in-depth ecological study on this little known cat species in the area in the future.
Sand Cat (Felis margarita) Inter� national Stud�ook Volume XXIII, current to 31 Decem�er 2016. WAZA / Le Parc des Félins
  • G Breton
Breton G. 2017. Sand Cat (Felis margarita) Inter� national Stud�ook Volume XXIII, current to 31 Decem�er 2016. WAZA / Le Parc des Félins. 129 pp.
Cat News 63, 7�10. Dragesco�Joffé A. 1993. Le Chat des sa�les, une redouta�le chasseur de serpents. La vie sauva� ge au Sahara
  • G Breton
  • A Sliwa
  • S Azizi
  • A Essalhi
Breton G., Sliwa A., Azizi S. & Essalhi A. 2016. Sand cats in the Moroccan Sahara, preliminary results of a new study. Cat News 63, 7�10. Dragesco�Joffé A. 1993. Le Chat des sa�les, une redouta�le chasseur de serpents. La vie sauva� ge au Sahara. Delachaux & Niestlé, Lausanne & Paris. 240 pp.
Reproductive �ehavior of small captive cats (Felis sp
  • J Mellen
Mellen J. 1989. Reproductive �ehavior of small captive cats (Felis sp.). PhD thesis, University of California, Davis.
Felis margarita Loche
  • A Sliwa
Sliwa A. 2013. Felis margarita Loche. In The Mammals of Africa. Vol 5. Carnivora, Pholido� ta, Perissodactyla. Kingdon J. S. & Hoffmann M. (Eds). Academic Press, Amsterdam. pp. 199�202.
Felis margarita. The IUCN Red List of Threatened Species
  • A Sliwa
  • T Ghadirian
  • A Appel
  • L Banfield
  • Sher Shah
  • M Wacher
Sliwa A., Ghadirian T., Appel A., Banfield L., Sher Shah M. & Wacher T. 2016a. Felis margarita. The IUCN Red List of Threatened Species 2016: e.T8541A50651884. http:// dx.doi.org/10.2305/IUCN.UK.2016�2.RLTS. T8541A50651884.en. Downloaded on 18 Septem�er 2017.