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A record of a white-coated Brown Palm Civet Paradoxurus jerdoni

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the impossibility of a 'partial albino'; van Grouw 2013), so the nose (and eyes, the colour of which were not visible in this ani-mal) then shows pink; while ino individuals produce normal amounts of melanin, the pigment is incompletely oxidised and so the bare parts are also strongly pinkish (van Grouw 2013). On 13 September 2013, at around 23h30, I sighted an unusu-al-looking civet while we were walking on a road in Amboli hill station at 15°57�30.72�N, 73°59�50.72�E (datum WGS84; recorded elevation 749 m). It was resting on a tree about 5 m above the ground, in an area of semi-evergreen and moist de-ciduous forest. The sighting lasted 20 minutes and the animal was photographed with a digital SLR camera (Nikon D800). The individual (Figs 1–2) had almost completely white fur all over, a prominently black nose, and dark pink ear skin. It ap-peared to be fully grown. Among the mammals known from this part of India, the animal's general size and structure allow its confident identi-fication as a Paradoxurus palm civet. Two species of this genus occur in this part of India. Brown Palm Civet P. jerdoni is en-demic to the Western Ghats, where it occurs in wet evergreen forests and adjacent coffee estates at altitudes of 500–2,000 m asl (Rajamani et al. 2002). Bhosale et al. (2013) recorded Brown Palm Civet in Amboli and in Chandoli National Park, extending its known range north by about 200 km. Common Palm Civet P. hermaphroditus occurs widely in India (and else-where in tropical Asia) but is usually, in this part of its range, in more deciduous and/or open habitats than wet evergreen forest (e.g. Mudappa et al. 2007). Typical-coloured individuals of the two species are readily identified (Figs 3–4). Brown Palm Civet has a fairly uniformly brown coat, darker towards the extremities (head, neck, tail and legs), with dorsal pelage that may be grizzled at times (Pocock 1933, Hutton 1949, Bhosale et al. 2013; Fig. 3). In terms of char-acters potentially visible on a white-pelted animal, Brown Palm Civet has uniformly shortish fur throughout its body, vibrissae that may appear black or dark brown, rounded ears and an abruptly pointed snout (Blanford 1855, 1888–1891, D. Mudappa in litt. 2014). The uniformly rather short fur, the shape of ears, head and snout, and the colour of vibrissae of this white civet resemble Brown Palm Civet rather than Common Palm Civet. The nomenclature of animals missing part or all their normal pigmentation is confused and inconsistent. van Grouw (2013) reviewed this topic with specific reference to birds, but pointed out that the pigmentation process in mammals is comparable to that in birds. Most aberrantly white animals are casually referred to as 'albino' or 'partial albino', but the former is often incorrect for the animal in question and the latter do not by definition exist, and there are several other forms of white, whitish or partly white animal (van Grouw 2013). This animal's black nose (Figs 1–2) shows that it is not an albino or an ino: albino animals lack melanin pigments entirely (hence,
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12
Small Carnivore Conservation, Vol. 50: 12–13, July 2014
the impossibility of a ‘partial albino’; van Grouw 2013), so the
nose (and eyes, the colour of which were not visible in this ani-
mal) then shows pink; while ino individuals produce normal

so the bare parts are also strongly pinkish (van Grouw 2013).
On 13 September 2013, at around 23h30, I sighted an unusu-
al-looking civet while we were walking on a road in Amboli

recorded elevation 749 m). It was resting on a tree about 5 m
above the ground, in an area of semi-evergreen and moist de-
ciduous forest. The sighting lasted 20 minutes and the animal
was photographed with a digital SLR camera (Nikon D800).
The individual (Figs 1–2) had almost completely white fur all
over, a prominently black nose, and dark pink ear skin. It ap-
peared to be fully grown.
Among the mammals known from this part of India, the
-
Paradoxurus palm civet. Two species of this genus
occur in this part of India. Brown Palm Civet P. jerdoni is en-
demic to the Western Ghats, where it occurs in wet evergreen
forests and adjacent coffee estates at altitudes of 500–2,000
m asl (Rajamani et al. 2002). Bhosale et al. (2013) recorded
Brown Palm Civet in Amboli and in Chandoli National Park,
 
Palm Civet P. hermaphroditus occurs widely in India (and else-
where in tropical Asia) but is usually, in this part of its range,
in more deciduous and/or open habitats than wet evergreen
forest (e.g. Mudappa et al. 2007).
Typical-coloured individuals of the two species are readily
   

legs), with dorsal pelage that may be grizzled at times (Pocock
1933, Hutton 1949, Bhosale et al. 2013; Fig. 3). In terms of char-
acters potentially visible on a white-pelted animal, Brown Palm
Civet has uniformly shortish fur throughout its body, vibrissae
that may appear black or dark brown, rounded ears and an
abruptly pointed snout (Blanford 1855, 1888–1891, D. Mudappa
in litt. 2014). The uniformly rather short fur, the shape of ears,
head and snout, and the colour of vibrissae of this white civet
resemble Brown Palm Civet rather than Common Palm Civet.
The nomenclature of animals missing part or all their
normal pigmentation is confused and inconsistent. van Grouw
        
but pointed out that the pigmentation process in mammals is
comparable to that in birds. Most aberrantly white animals are
casually referred to as ‘albino’ or ‘partial albino’, but the former
is often incorrect for the animal in question and the latter do
   
white, whitish or partly white animal (van Grouw 2013). This
animal’s black nose (Figs 1–2) shows that it is not an albino or
an ino: albino animals lack melanin pigments entirely (hence,
A record of a white-coated Brown Palm Civet Paradoxurus jerdoni
H. CHUNEKAR
Abstract
Brown Palm Civet Paradoxurus jerdoni is endemic to the Western Ghats of India. An entirely white-coated individual sighted at

-
tainly not an albino.
Keywords: albinism, Amboli, dilution, endemic, leucism, pelage aberration
Fig. 1. White-coated Brown Palm Civet Paradoxurus jerdoni resng on a tree
in Amboli, Maharashtra, India, on 13 September 2013 (Photo: Kedar Bhat).
Fig. 2. White-coated Brown Palm Civet Paradoxurus jerdoni resng on a
tree in Amboli, Maharashtra, India, on 13 September 2013. This angle
of viewing shows the slightly pigmented fur behind the ears, strongly
suggesng that the animal is an example of diluon rather than of any of
the other potenal causes of pale pelage (Photo: Kedar Bhat).
13 Small Carnivore Conservation, Vol. 50, July 2014
White-coated Brown Palm Civet
Moreover, the area behind the ears, among the darkest parts in
typical Brown Palm Civets, seems to have some pigment (Fig.
2). Thus, this aberrant animal seems likely to be a form of dilu-
tion, whereby the animals are brown to whitish through re-
duction of the amount of melanin (van Grouw 2013). The ani-

greying, because in both those sorts of animals the aberrant
hairs are pure white whilst the pigmented hairs are of normal
colour (van Grouw 2013): the hairs behind this animal’s ears
 
appear so nearly uniformly clean white, particularly because
‘brown’ mutations approaching white in colour result from
bleaching by sunlight (van Grouw 2013), a process unlikely in
the almost wholly nocturnal palm civets.
Aberrantly pale individuals have been recorded in various
other species of the family Viverridae (e.g. Delibes et al. 2013,
Gaubert & Dufour 2013). Hitherto no records of white Brown
Palm Civets have been noted, in contrast to Common Palm Civ-
et (e.g. Sharma 2004, Eaton et al. 2010). White-pelted individu-
als are presumably susceptible to predation because of their
conspicuous colour, although this may be less of a problem for
these nocturnal animals.
Acknowledgements
I thank Kedar Bhat for photographing and sharing the photographs of
the white-coated Brown Palm Civet. I am thankful to Girish A. Punjabi

a Brown Palm Civet and for improving the manuscript. I thank Shruti
Alekar and Mihir Mahajan for reviewing a version of the manuscript

to use photograph of the typically coloured Brown Palm Civet. I am
also thankful to Amod Zambre for the photograph of Common Palm
Civet. I thank the reviewers, especially Hein van Grouw, for comments
useful in improving the manuscript.
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11+12, Sangeeta society, Vanaz corner, Kothrud,
Pune-411038, Maharashtra, India.
Email: hrishi_chunekar@yahoo.com
Fig. 3. Brown Palm Civet Paradoxurus jerdoni, Valparai, Tamil Nadu,
India, on 31 October 2007, showing pelage typical of the species (Photo:
Kalyan Varma).
Fig. 4. Common Palm Civet Paradoxurus hermaphroditus, Mulshi, Pune,
Maharashtra, India, on 15 September 2009 (Photo: Amod Zambre).
Article
Full-text available
I n earlier times, when little or nothing was known about plumage pigmentation and mutations, aberrantly coloured wild birds were often regarded as new species or sub-species and several were formally named. Perhaps the oldest example of a colour aberration named as a distinct species is the 'Mountain Partridge' Perdix montana (Brisson, 1760). In Brisson's time this 'species' was known only from the mountains of the French region of Lorraine, which resulted in it being named P. montana ('of the mountains'). However, it was subsequently revealed to be simply a melanistic form of the Grey Partridge P. perdix. Sabine's Snipe Scolopax sabinii (Vigors, 1825) is another example – this dark-coloured snipe is actually a melanistic form of the Common Snipe Gallinago gallinago. Aberrant plumage colour is not uncommon in birds. Indeed, in some species it is sufficiently common that the aberrant forms represent a fairly large proportion of the whole population and are thus considered to be a colour morph within the species. In such cases the term 'polymorphism' is often used instead of aberration. Melanism is the most common polymorphism represented in birds (Mundy 2006). Pomarine Stercorarius pomarinus and Arctic Skuas S. parasiticus are examples of species in which a dark (melanistic) morph is a standard colour feature. Genetic studies of domesticated animals, in particular mice and chickens, furnished us with a greater knowledge of pigmentation and mutations. At an early stage, it became obvious that different mammal species had a similar series of heritable coat-colour variants. Similar mutations were soon allocated the same name in all species. The similarity was based on the relevant gene action on the pigmentation process and not necessarily on the appearance of the final coat colour, as this can differ among species. Despite the comparable nature of the pigmentation process in birds and mammals, establishing some uniformity in the nomenclature of genes (loci) between mammals and birds has so far been neglected. Consequently, the naming of colour aberrations still causes problems in the ornithological world. A variety of names are still used seemingly randomly to identify the mutations. Most commonly misapplied is the name 'albino' or 'partial albino' (Rollin 1964; Buckley 1982, 1987; van Grouw 2006, 2010). The term 'albino' is widely used for all sorts of different colour aberrations, but in only a tiny proportion of cases is it used correctly. Albinism is actually far less common than was previously
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and moist deciduous forest, intermixed with some evergreen forest patches. Dominant trees include Memecylon umbella-tum, Actinodaphne, Syzygium cumini, Mangifera indica, Notha-podytes nimmoniana and Ficus; moist deciduous forests merge into semi-evergreen and scrub forests along an altitudinal gradient (Jog 2009). Vegetation in Chandoli National Park is similar, dominated by the Memecylon–Syzigium–Olea floristic series (Kanade et al. 2008). A Brown Palm Civet was sighted by GAP in Chandoli Na-tional Park in December 2010 (17°08′38.00″N, 73°43′29.27″E, datum WGS 84; recorded approximate elevation 818 m), but was not photographed. The animal was seen clearly for over two minutes at a distance of less than ten feet, foraging on the ground, near a stream during the night, in an evergreen patch of forest. In pelage it differed distinctly from Small Indian Civet Viverricula indica and Common Palm Civet Paradoxurus her-maphroditus. On 7 January 2013, at around 22h30 on a trail to Mahadev Gadh (15°57′59.87″N, 73°59′27.92″E, WGS84, re-corded approximate elevation 749 m) at Amboli, a civet was sighted on a tree along the road. It was photographed and later identified as a Brown Palm Civet by the distinct darker pelage around the head, neck, shoulder, and fore-and hind-legs (as noted in Menon 2003) (Fig. 1). This animal, with its lighter underbelly and markings along the face (Fig. 1), contrasts starkly with the more uni-formly dark brown typical in the southern Western Ghats. This pattern in pelage colouration may be a regional variation in Brown Palm Civets of the northern Western Ghats. Another Brown Palm Civet Paradoxurus jerdoni is a small carnivore endemic to the Western Ghats of India, distributed almost continuously from Achankovil Reserved Forest, Kerala, in the south, to Dhud Sagar, Bhagwan Mahaveer Wildlife Sanctuary, Goa, in the north (Rajamani et al. 2002). Most records are at altitudes of 500–1,300 m, and it is reportedly more common in higher altitudes (Mudappa 1998). Despite its relatively small range, the population of the species seems to be under no se-vere threat, so it is listed as Least Concern in The IUCN Red list of Threatened Species (Mudappa & Choudhury 2008). Brown Palm Civet is largely arboreal, nocturnal and frugivorous, feeding on over 50 native tree and liana fruit spe-cies, as well as on four non-native plant species (Mudappa et al. 2010). It supplements its diet with invertebrates and smaller vertebrates (Pocock 1939, Mudappa et al. 2010). It is most commonly found in evergreen rainforest (Rajamani et al. 2002). It has also been reported in coffee plantations (Ryley 1913, Pocock 1939, Ashraf et al. 1993). Mudappa et al. (2007) found occurrence to be higher in medium-sized forest fragments contiguous with coffee plantations, than in isolated forest fragments. Its distribution may depend more on the structure of forests and fruit-tree distribution (Rajamani et al. 2002, Mudappa et al. 2007, 2010) than other factors. Amboli (15°57′N, 73°59′E) is a popular hill town in the Sindhudurg district, while Chandoli National Park (17°10′N, 73°47′E) is located at the junction of four districts (Satara, San-gli, Ratanagiri and Kolhapur); both are in the state of Maha-rashtra. Vegetation around Amboli comprises semi-evergreen Abstract Brown Palm Civet Paradoxurus jerdoni is a small carnivore endemic to the Western Ghats, India. It occurs throughout the south-ern Western Ghats, from Achankovil Reserved Forest (Kerala) to the Bhagwan Mahaveer Wildlife Sanctuary (Goa), but until now was not recorded in the northern Western Ghats, north of the state of Goa. Two records from the state of Maharashtra extend its known range north by about 200 km: a photograph near Amboli, and a sighting even further north in Chandoli National Park. The forest of Amboli is structurally connected to the Bhagwan Mahaveer Wildlife Sanctuary in Goa, but connectivity with Chandoli National Park is now severely limited for this forest-dwelling small carnivore (see p. 39 for a record from 75 km further north). 38 tus, distribution and conservation needs in the northern West-ern Ghats remains limited.
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Small-toothed Palm Civet Arctogalidia trivirgata is widespread and often locally common in mainland South-east Asia, Borneo and Sumatra. By contrast the Javan taxon, A. (t.) trilineata, was said in 1937 to be among the least-known larger mammals of Java, a description still apt today. Several Javan Small-toothed Palm Civets watched and photographed in a large fig tree at Cikaniki research station, Gunung Halimun National Park, West Java, Indonesia, in 2008–2010 may constitute the first explicit field records of the taxon for decades. Some animals (probably young) were beige-coloured (a form of pelage unknown in congeneric populations outside Java), while even the darker ‘typically pelaged’ animals (presumably adults) differ from Small-toothed Palm Civets elsewhere in pelage colour and pattern. The last taxonomic revision of the genus was in 1952, in an era of broad species inclusion, and a modern investigation would doubtless consider the distinctive Javan form a full species endemic to the island. The paucity of modern records may indicate a small population and/or localised distribution, or it may simply reflect limited published spot-lighting survey information from Java coupled with low interest in the taxon as ‘only’ a subspecies. The civet is one of several endemic crepuscular or nocturnal mammals of uncertain conservation status, reflecting a generally low level of international interest in the island’s threatened mammals. Surveys to assess current status and conservation needs, if any, of the civet are strongly warranted. Identification of the civet by pelage features may need great care, given the similarity in markings of a group of young civets (photographed at a menagerie in Bali) to Javan Small-toothed Palm Civets which were apparently closer to Common Palm Civet Paradoxurus hermaphroditus in build and proportions
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