Butterflies of Batu Caves

Posted 28 August 2021

A photographic survey

Batu Caves Scientific Expedition 2019

Rosli Omar

rosliomar@fastmail.fm

The butterfly survey, part of the Batu Caves Scientific Expedition (BCSE 2019), was to determine the list of butterflies of Batu Caves. It was carried out from December 2018 right through 2019 and results were presented at a one-day symposium. Overall, the BCSE is to determine the fauna and flora of Batu Caves with the aim of conserving them and thus protecting the environment of Batu Caves as a whole. This is important given that Batu Caves is a unique environment especially in the Kelang Valley, an outcrop of limestone hills reportedly 400 million years old (Shaharin Yusof 1997). The BCSE includes, apart from butterflies, surveys for flora, birds, snakes, dragonflies, bats, and other inhabitants of the numerous caves, as well as the geology of Batu Caves.

Given the importance of butterflies, among others, as pollinators, it is important to conserve them. This is especially so given that insects in general, worldwide, are losing biomass at the rate of 2.5% each year according to Sanchez-Bayo and Wyckhuys (2019). Blaming habitat destruction, especially due to intensive agriculture, and the use of synthetic pesticides for the decline of insects, they warn: “The conclusion is clear: unless we change our ways of producing food, insects as a whole will go down the path of extinction in a few decades… The repercussions this will have for the planet’s ecosystems are catastrophic to say the least, as insects are at the structural and functional base of many of the world’s ecosystems…”

Total number of species identified for Batu Caves is 51 with a further nine identified only to the genus level or to the species level but with uncertainty i.e., altogether 60 species for Batu Caves. This is due to unavailable views, underside or upper side or just more views needed. And some species were difficult to identify from photos, for example the need to check the genitalia.  These recorded species are from five families, with only the Rionididae absent. But I will not be surprised if more time were spent in the forest proper, up Batu Caves, it too would be recorded.

Some species of interest:

The Smaller Wood Nymph, Ideopsis gaura perakana, is recorded from lowland to highland, where, from personal experience, is common above Gohtong Jaya (~1000m) and Fraser’s Hill (~1200m). But I personally have never encountered it in any lowland forests even though I have been to many while photographing birds and butterflies in the past six years (it has been recorded in the lowland forest of Panti, Johor, but I have not encountered it even though have made quite a number of trips there. But there I have encountered the Common Tree Nymph, Idea stollis). It is common here with 5 records.

Smaller Wood Nymph, Ideopsis gaura perakana, Harimau Bidadari kecil

The Common Albatross, Appias albina, normally occurs at about 600 m according to Corbet and Pendlebury (2020) but possibly up to four individuals were recorded in Batu Caves in this survey.

Common Albatross, Appias albina albina, Albatros

Ceylon Blue Glassy Tiger, Ideopsis similis persimilis, occurs north from Kedah and Terengganu (Corbet and Pendlebury 1992) but quite common in Batu Caves with six and possibly eight records. Other than Batu Caves, there are few records outside its traditional range: Gopeng, Perak, by Singapore butterfliers (butterflycircle.blogspot.com), and in Kota Damansara Community Forest in a survey by Kirton and Phon (2012).

Ceylon Blue Glassy Tiger, Ideopsis similis persimilis, Harimau Kaca Biru ceylon

The Red Helen, Papilio helenus helenus, is uncommon in lowland, more common sub-montane and montane forests, has one record (photographed by Mike Chong). Out of my seven records of the Red Helen only one is from the lowland (three if we consider the hilly Gunung Telapa Buruk in Negri Sembilan).

Red Helen, Papilio helenus helenus, Papilio Perawan merah, male (photo from Fraser’s Hill)

Other notable butterflies are:

Common Sergeant, Athyma perius, (erratic in occurrence); White-banded Flat, Celaenorrhinus asmara asmara (uncommon); Yellow Grass Dart, Taractrocera archias quinta (historically rare, but even though now more widespread but still local in occurrence – Dr Kirton, pers comm).

Common Sergeant, Athyma perius. Sarjan
White-banded Flat, Celaenorrhinus asmara asmara, Datar Jalur-putih
Yellow Grass Dart, Taractrocera archias quinta, Terkam Rumput Kuning

The Julia Butterfly or Julia Heliconian, Dryas iulia, is very common in Batu Caves. It originates from the tropical Americas. But those found here originate from releases during weddings and religious celebrations for good luck from butterfly farms in Phuket, Thailand (see butterflycircle.blogspot.com). In Peninsular Malaysia, it was first recorded by Singapore butterfliers in Langkawi in 2009, and then in Subang Jaya 2015. My first record is from a Shah Alam park on 7 May 2017. In certain parts of Lembah Damai and Gua Damai it seems to be the dominant species. It thrives here because the larval host plants, two passionflowers, Passiflora foetida and Passiflora suberosa, are common. They too originate from the Americas.

Julia Heliconian, Dryas iulia, Julia. Male
Julia Heliconian, Dryas iulia, Julia. Female

A similar case is the Tawny Coster, Acraea terpsicore. It spreads south from its traditional range, India to Vietnam, reaching Perlis 1992, Petaling Jaya 2002 and four years later, Singapore and then Indonesia according to the blog Butterfly Circle. Its host plants are also the two passionflowers. The same also as another newcomer to the Peninsula, the Leopard Lacewing, Cethosia cyane (not in this checklist).

Tawny Coster, Acraea terpsicore, Penjual oren.

Given that the valleys and plateaus of the higher elevations of Batu Caves were not surveyed, there could be more species to be added to the list of 60 species, including from the family Riodinidae. Also, more would likely be added to the list if more visits were made, since every new trip to Lembah Damai part of Batu Caves brought up new species. Another limitation of the survey was the time of day (mornings) in which it was conducted. Visits at different hours of the day would likely record more species that are active at other times of the day.

The environment of Batu Caves must be conserved to protect its butterflies and other creatures as well as its unique limestone flora. It can be used to educate the public, especially students who can visit the various habitats to learn about the uniqueness of its fauna and flora. Some activities are already being held for this purpose, for example, cave visits in Lembah Damai area and the Dark Cave below the main temple cave. A photographic guide of the local butterflies has been made for the guides to use.

Here is the complete list of the identified butterflies to the species level of Batu Caves:

Note: The information in the columns Occurrence (PM, Peninsular Malaysia), and Habitat and Elevations, is from literature, especially Corbet and Pendlebury (2020) and Kirton (2020).

 English NameScientific nameOccurrence, PMHabitatElevation
 SWALLOWTAILSFAMILY PAPILIONIDAE   
1Malayan BirdwingTroides amphrysus ruficollis  Common, but less so than Common BirdwingForestsLowland to foothills
2Red HelenPapilio helenus helenusCommon, especially in submontane and montane forestsForestsLowland to montane
3Common MormonPapilio polytes romulusCommonOpen forests with CitrusLowland
4Common Bluebottle  Graphium sarpedon luctatiusCommonForests, forest edgeAll elevations
5Tailed JayGraphium agamemnon agamemnonCommonOpen forests, forest edge, villagesLow elevations
 WHITES AND SULPHURSFAMILY PIERIDAE   
6Painted Jezebel  Delias hyparete metareteCommonForests, parksLowland to moderate elevations
7PsycheLeptosia nina malayanaCommonForest edge, parksLowland to moderate elevations
8Striped AlbatrossAppias libythea olfernaCommonForest edge and other open habitatsLowland
9Common AlbatrossAppias albina albinaUncommonForestsC&P: Usually forests at elevation of about 2000 ft (610 m)
10Common Grass YellowEurema hecabe contubernalisCommonAll habitatsAll elevations
11Three-Spot Grass YellowEurema blanda snelleniCommonForestsC&P: at usual elevations
12One-spot Grass Yellow (Anderson’s Grass Yellow)Eurema andersonii andersoniiModerately commonForestsC&P: at usual elevations but local
13Tree YellowGandaca harina distantiCommonForestsLowland to mid elevations
 BRUSHFOOTSFAMILY NYMPHALIDAE   
14Dark Blue TigerTirumala septentrionis septentrionisLocally common; more common in the northForestsAll elevations
15Yellow Glassy TigerParantica aspasia aspasiaCommonForests, forest edgeLowland to montane elevations
16Dark Glassy TigerParantica agleoides agleoidesCommonForests, forest edgeUp to moderate elevations
17Ceylon Blue Glassy TigerIdeopsis similis persimilisC&P: Locally common. Spread south from Kedah and TerengganuForests, forest edgeLowland  
18Smaller Wood-NymphIdeopsis gaura perakanaCommoner in mid elevations to highlandsForests, forest edgeLowland to highland
19Striped Blue CrowEuploea mulciber mulciber  Commonest species of EuploeaForests, forest edgeTo 4000ft, 1220m  
20Common PalmflyElymnias hypermnestra aginaCommonForests, forest edge, widespreadLowland
21Common Four-RingYpthima huebneri CommonForest edgeLowland
22Common Five-RingYpthima baldus newboldiCommonForest edge, widespreadLowland to highlands  
23Tawny CosterAcraea terpsicoreLocally common; Spread from India through ThailandOpen country, forest edgeLowland
24RusticCupha erymanthis lotisCommonForests, forest edgeAll elevations
25Small LeopardPhalanta alcippe alcestaCommonForests, forest edgeLowland
26Vagrant  Vagrans sinha macromalayanaCommonForests,orest edgeLowland to highland
27Royal AssyrianTerinos terpander robertsiaCommonForests, forest edgeAll elevations
28Chocolate PansyJunonia hedonia ida  Locally common. Spread from JohorForest edge, parksLowland
29Peacock PansyJunonia almana javanaCommonOpen country, forest edge, gardensLowland and sometimes highland
30Great Egg-FlyHypolimnas bolina jacintha  Common. Polymorphism; very variable wing patterns  Wayside vegetation, forest edge, parksLowland
31Greater Wavy Maplet  Chersonesia rahria rahria   Fairly commonForests, forest edgeLowland to moderate elevation
32Clear SailerNeptis clinia leuconataFairly commonForestsLower elevations
33Common SailerNeptis hylas papajaMost common species of NeptisForests, forest edgeCommoner in lowlands
34Dingy SailerNeptis omeroda omeroda  UncommonForestsLowlands to highlands
35Common SergeantAthyma perius perius  Local in occurrence  Open forests, villagesOn the plains
36Malayan Baron  Euthalia monina monina  Commonest EuthaliaForestsLowland to highland
37JuliaDryas iuliaLocally common. Thought to have spread from ThailandForests, forest edge parks, gardensLowlands
38Northern Orange Lacewing  Cethosia methypsea methypseaCommonForest, forest edgeLowland
 BLUESFAMILY LYCAENIDAE   
39Common PierrotCastalius rosimon rosimonLocally common, where host plant Chinese Date is presentSecondary forest  Lowland
40Common Hedge BlueAcytolepis puspa lambi  CommonForests, villagesLowland to highland
41Tiny (Pygmy) Grass Blue  Zizula hylax pygmaea  Common. Smallest Malaysian butterfly  Forest edge, parks. Unusual to find far from seaboard (C&P)Lowland
42Silver Forget-me-notCatochrysops panormus exiguus  LK: Common; C&P: not very common  Forest edgeLowland
43Common PosyDrupadia ravindra moorei   C&P: Common. Very variable  ForestsUp to montane elevations
44Common Red FlashRapala iarbus iarbus  C&P: Larva feeds on rambutan shoots, and Melastoma malabathricum  Forests, forest edgeLowland
 SKIPPERSFAMILY HESPERIIDAE   
45White-banded FlatCelaenorrhinus asmara asmaraUncommonForestsLowland
46Large Snow FlatTagiades gana gana  Common  ForestsLowland
47Chestnut BobIambrix salsala salsalaCommon  Forest, forest edgeLowland
48Brown BobPsolos fuligo fuligoCommonForestsPlains to foothills
49Dubious FlitterQuedara monteithi monteithiLK: rareForest, forest edgeLowland
50Yellow Grass DartTaractrocera archias quinta  LK: Locally common. C&P: all in this genus are rareForest edgeLowland
51Pale Palm DartTelicota colon stinga  LK: Common  Forest edgeLowland

Table 1: An annotated checklist of butterflies recorded and identified with certainty from Batu Caves.

Some species could not be identified to the species level with certainty, mainly due to lack of underside or upperside view. It is sometimes difficult to identify species from photographs, especially species that are very similar to each other. Therefore, there may remain an element of doubt in the identification of some difficult species. These uncertain records are shown separately here in Table 2.

 English NameScientific NameRemarks         
1A CrowEuploea sp.6 individuals from Lembah Damai with variable but nearly similar underside require a photograph of the upperside to confirm the species. Probably all of the same species.
2A Bush BrownMycalesis sp. Likely Mycalesis mineus macromalayanaDifficult to resolve the identity of this Mycalesis from a photograph.
3A CeruleanJamides sp.Needs upperside view.
4A FlashRapala sp.Difficult to identify from a photograph.
5A Skipper, FlatPseudocoladenia sp. Likely Pseudocoladenia dan dhyanaPhotograph does not show a typical Pseudocoladenia dan dhyana but is closest to it.
6A Skipper, DartletOriens sp.Needs underside view.
7A SkipperPotanthus sp.Needs upperside view.
8A Skipper, Small Branded Swift?Pelopidas sp. Likely Pelopidas matthiasNeeds other views.
9A SkipperPolytremis sp. Likely Polytremis lubricans lubricansNeeds other views, including underside.

Table 2: A list of butterflies of Batu Caves identified only to the genus level, or with some uncertainty to possible species level.

Acknowledgements

I acknowledge the assistance of Dr Laurence Kirton and Dr Phon Chooi Khim (FRIM) for identification and verification of the butterflies in the complete survey list, and Emeritus Professor Yong Hoi Sen (Universiti Malaya) and Sofwan Badr (Master of Science candidate, Imperial College, London) for identification of parts of the list. But any mistakes in the list are my responsibility.

I am grateful to Dr Kirton and Dr Phon for reading a draft of my symposium paper and for their comments and suggestions. Any shortcomings in the final version are of course mine. And I am especially grateful to Dr Kirton as a reviewer for comments and detailed edits to my final submitted BCSE Symposium paper.

Leave a Reply

Close Menu