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Species Diversity and Habitat Association of Butterflies in Kemminje Village of Puttur Tehsil, Karnataka.

Lt. Meenakshi K.

HOD & Assistant Professor of Zoology

Department of Zoology, St. Philomena College,

Puttur, D.K. Karnataka-574141

Cell No: 9980203262, Email: meekankshikodapala161@gmail.com

ABSTRACT

Butterflies have great importance as pollinators and bio-indicators of the environment. The field survey was carried out over a period of one year from July 2019 to June 2020, in Kemminje Village, to study the diversity of Butterflies and their abundance. Kemminje Village is in the foot hill of Western Ghats in Puttur Tq, D.K District, Karnataka. A total of 56 species belonging to five families were recorded during the survey in four different areas of the village viz, Agricultural lands, Forest patches, Open scrub and Human habitations.   Among five families, Nymphalidae was the most dominant family represented by 29 species under 21 genera accounting for 53% of total species recorded followed by the family Papilionidae with 4 genera and 8 species (14.28%); family Hesperidae with 7 species under 6 genera accounting for 12.5%; family Pieridae with 6 species belongs under 5 genera (10.71%);  and family Lycaenidae with 5 species belongs to 5 genera, accounting for 8.9%.

Key words: Butterflies Kemminje, Western Ghats

INTRODUCTION

               Butterflies are one of the most conspicuous and best taxonomically studied species belonging to insect group Lepidoptera.  They are the most plant dependent group of insects when compared to the other mega diverse insect groups  (Kristensen et al., 1999). They are identified as useful bio-indicators as they are responsive to any changes in their environment (temperature, humidity, light & rainfall patterns).  They have aesthetic value, ecosystem value, educational value, health and economic values. They play significant role in ecosystem as pollinators and in food chain as predators of harmful insects. Some larval forms constitute agricultural pests. Butterflies are perhaps the most conspicuous and colorful insects. They make excellent subjects for natural history observations and scientific studies.  The number of Indian butterflies amount to one-fifth of the world species (Kunte, 2000).  In India, pioneering work in butterfly studies dates back to the 19th century (Goankar, 1996).   There are 16,823 species recorded from all over the world and among them 1501 species of butterflies are recorded from India (Goankar, 1996) of which 334 species are found in Western Ghats.     AFB declares the 1st Saturday of June as BEAD. Butterflies are strictly terrestrial.  Virtually all butterflies are associated with plants.   Feeding is a significant activity and food may be often being the most decisive factors affecting distribution, abundance and movement of animals.   Having considerable importance, butterflies have been extensively studied in different parts of the world and in India.  With this background the present work  was under taken to study the existing diversity of butterflies and their association with different habitats in Kemminje village of Putthur Taluk, Dakshina Kannada.

MATERIALS AND METHODS

The camera used was Sony with 16.2 mega pixel and 30x optical zoom. Flash was mostly kept off to capture natural color of butterflies. I have used Binocular to observe the Butterflies on flight and accessories to note down the characteristics of specimens in the field. Sweep net was used occasionally.The census was carried out from 9-00AM to 12-00 PM and 4-00 to 5-00 PM in clear weather without clouds.
STUDY AREA: The study  area of present study was Kemminje (rural). Kemminje is a small village in Puttur Tehsil in Dakshina kannada Districtof Karnataka state, India. It is located at 12.740 N, 75.220 E The total geographical area of the village is 321.11 hactare.  A total of 1205 houses in Kemminje village.Puttur is nearest town to Kemminje. Which is approximately 6 km away from Puttur town. The range of temperature of this village is 220C to 380C. The total geographical area of this village is 2067.86 hectares.  The main occupation of this village is agriculture and allied activities. The Village is luxuriant in having 34.97 acres of deciduous forests. The agricultural land accounts 1525.97 acres which include Areca nut plantation, paddy fields, rubber plantation, pepper, coconut plantation, and also angiosperms in residential area.

Butterfly Sampling: Pollard Walk. Butterfly species composition and relative abundances are sampled using transect counts, modified from. Pollard (1977).  Transact routes are established as appropriate for each sites. I have observed within 5 meter band on both side of transact, while walking at a slow and steady pace for 500meters.  Identification was done by using field guides and references which are available for identification, classification and nomenclature of butterflies.

Butterflies were categorized into 4 groups based on their occurrence during the period of study. According to those species observed, 80%-100% were categorized as very common (V), 60% -80% as common (C), 40% -60% as occasional (O) and 20% -40% as rare (R).  This method has been extensively used to survey and monitor Butterfly populations (Honda and Kato 2005; Lee et al.,., 2014).

RESULT AND DISCUSSION

A Total of 56 species belonging to 42 genera and 5 families were recorded (Table-1) from four field stations of Kemminje village along with host plants and photos in Plate-1. Of these Nymphalidae family was the largest family represented by 22 genera and 29 species (53.78%) Pieridae with 5 genera and 6 species (10.71%), Hesperidae family with 6 genera and 7 species (12.5%), Lycaenidae with 5 genera and 5 species (8.93%), Papilionidae with 4 genera and 8 species (14.28%) and the least was Lycaenidae with 5 genera and 5 species (8.93%) as presented in figure-1.

Out of five families of Butterflies, Nymperidae were the most commonly recorded, accounting for 50.81% of total species recorded followed by Papilionidae 14.75%, Hesperidae 13.11%, and Lycaenidae 11.47% of total species and minimum was recorded for Pieridae 9.8%. Thus, the relative abundance of species in respective families is shown in figure -2

The list of Butterflies identified are observed during the study period was represented with common name and scientific name and their respective families in table- 1.  Butterflies were categorized into 4 groups based on their occurrence during the present study in figure -3.

According to the species observed, 22 species (80%-100%) were categorized as very common (VC), 19 species (60% -80%) as common (C), 15 species (40% -60%) as occasional (O) and 5 species (20% -40%) as rare (R), as in Table-1 and Figure -3.

 Table 1:  List of Butterflies and  their status in Kemminje village, Puttur, Dakshina Kannada

Sl. No.

Family

Zoological Name

Common Name

Status

  1.  

Nymphalidae

Precis iphita

Chocolate pansy

C

  1.  

 

Hypolimnas misippus

Danaid Eggfly

O

  1.  

 

Hypolimnas bolina

Great Eggfly

R

  1.  

 

Tirumala limniace

Blue Tiger

O

  1.  

 

Tirumala septentrions

Dark Blue Tiger

O

  1.  

 

Parantica aglea

Glassy Tiger

O

  1.  

 

Danaus genutia

Striped Tiger

C

  1.  

 

Elimnias hypermenstra

Common Plamfly

VC

  1.  

 

Euploca core

Common Indian Crow

VC

  1.  

 

Melanitis leda

Common Evening brown

VC

  1.  

 

Mycalesis perseus

Common Bushbrown

VC

  1.  

 

Mycalesis anaxias

Whitebar Bushbrown

VC

  1.  

 

Mycalesis patnia

Gladeye Bushbrown

C

  1.  

 

Orsotrioena medus

Nigger

VC

  1.  

 

Ypthima baldus

Common Five Ring

VC

  1.  

 

Ypthima huebneri

Common Fore Ring

VC

  1.  

 

Ypthima astrope

Common Three Ring

VC

  1.  

 

Acraea violae

Tawny Coaster

VC

  1.  

 

Cupha erymanthis

Rustic

O

  1.  

 

Vindula erota

Cruiser

R

  1.  

 

Euthalia nais

Baronet

O

  1.  

 

Euthalia acontheca

Common Sailor

O

  1.  

 

Neptis hylas

Clipper

C

  1.  

 

Parthenos sylvia

Grey Count

VC

  1.  

 

Tanaecia lepidae

Common Baron

O

  1.  

 

Dolpha evelina

Redspot Duke

O

  1.  

 

Junonia lemonias

Lemon Pansy

O

  1.  

 

Junonia atlites

Grey Pansy

O

  1.  

 

Pantoporia hordonia

Lascar

O

  1.  

 

Euripus consimilis

Painted courtesan

R

  1.  

 

Doleschalia bisaltide

Autumn Leaf

R

  1.  

Hesperidae

Tagiades litigiosa

Water Snow Flat

C

  1.  

 

Calaenorrhinus ambareesa

Malabar Spotted Flat

O

  1.  

 

Sarangesa purendra

Spotted Small Flat

O

  1.  

 

Tambrix salsala

Chestnut Bob

C

  1.  

 

Taractrosa ceramas

Tamil Grass Dart

VC

  1.  

 

Taractrosa maevius

Common Grass Dart

VC

  1.  

 

Suastus gremius

Indian plam Bob

C

  1.  

Borbe cinnara

Rice Swift

VC

  1.  

Papilionidae

Troides minos

Southern Birdwing

VC

  1.  

 

Pachiopta aristolochiae

Common Rose

C

  1.  

 

Pachiopta hector

Common Mormon

C

  1.  

 

Papilio polytes

Crimson Rose

C

  1.  

 

Papilio polymnestor

Blue Mormon

C

  1.  

 

Papilio paris

Paris Peacock

C

  1.  

 

Graphium sarpedon

Common Bluebottle

C

  1.  

 

Graphium agamemnon

Tailed Jay

VC

  1.  

 

Papilio demoleus

Lime swallowed tail

C

  1.  

Pieridae

Catopsilia pamona

Common Emigrant

C

  1.  

 

Catopsilia pyranthe

Mottled Emigrant

C

  1.  

 

Eurema hecaba

Common Grass Yellow

VC

  1.  

 

Delias eucharis

Common Jezebel

O

  1.  

 

Pieris canidia

Indian Cabbage White

VC

  1.  

 

Pareronia valeria

Common Wanderer

C

  1.  

Lycaenidae

 

 

 

 

Castalius rasimon

Common Pierrot

VC

  1.  

Discolampa ethion

Banded Blue Pierrot

VC

  1.  

Tarucus nara

Rounded Pierrot

VC

  1.  

Zizula hylax

Tiny Grass Blue

C

  1.  

Jamidas celeno

Common Cerulean

VC

  1.  

Luthrodes pandava

Plains Cupid

C

  1.  

Cigarits vulcanus

Common silverline

R

 

 *Note: VC – very common,  C – common, O – occasional  and R – rare   

Fig1:Distribution of genera and species of butterflies  with their   respective families  in Kemminje village

                    Figure-2. General relative abundance (%) of Species of butterflies in Kemminje village                    

Figure-3. Status of Butterflies in Kemminje village

Figure-4. Distribution of Species in different Habitats in Kemminje village

It is revealed that Kemminje village supports butterfly community was in Nymphalidae family exerting dominance over the others.  However in residential areas the occurrence of butterflies is in less extent as compared to deciduous forest and agricultural lands. The most important threat to butterfly diversity is human interference.  Lack of food and reduced host plants decrease the chances to increase their progeny.   This was also evident from the fact that the butterflies were most commonly seen near agricultural land and borders of forest areas and less in areas near human dwellings (Table-2).  However in some well-maintained garden with angiosperms and other plant species in residential areas witness the increased butterfly species. Increased human activities were associated with decreased butterfly species and it is claimed that the rich, rare and specialized species were the most affected.  Dry Deciduous habitat showed highest number of species as these areas are relatively rich in food resources in terms of nectars for butterflies. Many species depend on remnant vegetation or secondary forest for survival, especially in disturbed areas.  Butterfly diversity studies carried out at various places showed a varied pattern the Lakkavalli range of Bhadra Wildlife Sanctuary, Karnataka with 54 species (Ragavendra et al., 2011.), west Singhbhum in Jharkand revealed 71 species (Arun, 2010). Nymphalid butterflies in Rani-Garbhanga reserve forest, Assam had 109 species (Saikia et al.,., 2010). The diversity in tropical forest research institute, Jabalpur, had 66 species (Tiple, 2012).

   Table - 2 Distribution of Butterflies in different Habitats.

Sl. no

Habitats

No. of butterflies observed

Total species

1

Agricultural lands

368

25

2

Deciduous forest patches

276

20

3

Open scrub

149

10

4

Human habitations

129

06

 

Total

922

61

 

Plate-1:  Butterflies and host plant

Chocolate Pansy

Common Palmfly

Great Eggfly

Blue Tiger

Glassy Tiger

Striped Tiger

Dark Blue Tiger

Common Indian Crow

Common Eveningbrown

Common Five Ring

Common Bushbrown

Nigger

Common Four Ring

Gladeye Bushbrown

Common Three Ring

Tawny Coaster

Rustic

Cruiser

Common Sailor

Clipper

Grey Count

Common Baron

Redspot  Duke

Lemon Pansy

Grey Pansy

Lascar

Autumn Leaf

Danaid Eggfly

Water Snow Flat

Malabar Spotted Flat

Tamil Grass Dart

Southern Birdwing

Common Rose

Common Mormon

Paris Peacock

Blue Mormon

Tailed Jay

Common Bluebottle

Common Emigrant

Common Jezebel

Indian Cabbage White

Mottled Emigrant

Common Pierrot

Slate Flash

 

Tiny Grass Blue

Rounded Pierrot

Common Cerulean

 

 

 CONCLUSION:

Kemminje village is rich in butterfly species. Butterflies are an excellent choice for monitoring the habitat quality. These butterflies are to be protected as per the Wildlife Act, 1972. Any changes in landscape, land use pattern and loss of vegetation are harmful to the butterfly diversity in terms of species richness leads to a potential loss of endemism. The diversity depends on the floral diversity and other factors. So conservation of butterflies may possible by enhancement of vegetation. Art of identification is the foundation for this study. Field guides are the door to study the systematic          

ACKNOWLEDGEMENT:

 I am very grateful to my family for their continuous support.

REFERANCE:

  1. Arun, P.S. 2010. Butterfly diversity in tropical moist deciduous sal forest of Ankur reserve forest, Jharkand India. Journal of Threatened Taxa, 2 (9): 1130 – 1139.
  2. Gaonkar, H. 1996. Butterflies of Western Ghats, India including Sri Lanka; A biodiversity assessment of threatened mountain system. A report submitted to Center for Ecological Sciences IISc, Bangalore 86pp.
  3. Gunathilagaraj, K., T.N.A. Perumal, K. Jayaram, and M. Ganeshkumar. 1998. Some Indian Butterflies. Udhagamandalam: Nilgiri Wild Life and Environment Association. 274 p.
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  5. Joy Sharmila E  and A. Joesph Thatheyus, 2013. Diversity of butterflies in Alagarhills, Tamil Nadu, South India. Current Biotica 6(4): 473-479, ISSN 0973-4031.
  6. Kristensen NP, Skalski AW. Phylogeny and palaeontology. In: Kristensen N.P. (ed), Evolution, systematics and biogeography. Handbook of Zoology Lepidoptera: moths and butterflies. 1999; (5): 7-25.
  7. Kunte.K  .Butterflies Of Peninsular India.( India. A Lifescape). Hyderabad: Universities Press (India) Limited. 2000,272.
  8. Lee CM, Kwon T-S, Kim S-S, Sohn J-D, Lee B-W (2014) Effects of forest degradation on butterfly communities in the Gwangneung forest. Entomol Sci 17:293–301
  9. Pollard. E. A method for assessing changes in the abundance of butterflies.  Biological ConservationVolume 12, Issue 2, September 1977, Pages 115-134
  10. Ragavendra, G., Vijaya Kumara, H.T., Pramod, A.F. and Hosetti, B.B. 2011. Butterfly diversity, seasonality and status in Lakhavalli range of Bhadra wildlife sanctuary, Karnataka. World Journal of Science & Techology, 11: 67-72.
  11. Saikia, K.M., Jatin,k. and Prasanta, K.S 2010. Seasonality of Nymphalid butterflies in Rani-Garbhanga reserve forest, Assam, India. NeBio, 1(4): 10-21.
  12. Tiple, A.D 2012. Butterfly species diversity, relative abundance and status in Tropical Forest Research Institute, Jabalpur, Madhya Pradesh, Central India. Journal of threatened Taxa, 7: 2713-2717.


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