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Polypedates Leucomystax :Q39Q8 Rhacophorus Bisacculus :Q3DQA]DLOLTIQ8 Rhacophorus Bipunctatus :Q34T8]JDVL&

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Polypedates Leucomystax :Q39Q8 Rhacophorus Bisacculus :Q3DQA]DLOLTIQ8 Rhacophorus Bipunctatus :Q34T8]JDVL& 64 IP2/Q8F6AQ!L&DS X L L39Q&)8S3 `8=86V ]4BT TA@'P34P&'P34P&LW6AQ8^J &)Q4]!QIS S9J Q)P8 'P&JF3'P P869WBT MORPHOLOGICAL CHARACTER OF SOME TADPOLE FROM KHAO SIP HA CHAN PROPOSED NATIONAL PARK, CHANTHABURI PROVINCE =)BP 38PAIFI3P -S /, LQ'L& :BO64IP W86BIQB-/, ^DO F])./S #8*VL-/* Pachara Danaisawat-/, Art-ong Pradatsundarasan-/ & Wichase Khonsue-/* ABSTRACT Descriptive morphology and dichotomous key of tadpole are an important information to gain the knowledge of amphibian diversity in Thailand, but still rare. To identify the amphibian species, these informations are needs. This study, we provided description data and key to species of tadpole from Khao Sip Ha Chan Proposed National Park, Chanthaburi Province. The tadpoles collected from aquatic habitat between January – December 008. To identify the species, morphological characters, mouth path structure and dental formula were compared with previous study. Some of tadpoles were reared until complete metamorphosis to confirm their species. We found 1 order, 6 family, 1 genus, and 9 species of tadpole. We described morphology and made dichotomous key for the tadpole in this area. Key word: tadpole, morphological character, mouth path structure, dental formulary, Khao Sip Ha Chan 96#3AP L QBGU HQD P H2O6Q&I2/Q8FP S6AQ^DOBX:FS7Q8!L&DX L L3]:'8I F8IQ# ,6P T'O6Q`J ! L@ XD3Q8 #FQ@JDQ )8S3!L&I4FP IO]6 S88QIO]6 S89 `8:BO]6Ga6AI@9XB2AS&!U8 ^4 QBGU HQ`8:BO]6Ga6A A&@P Ta@ @Q 8 P QBGU HQ`8#BP&8T@TF45P W:BOI&#]= VLGU HQD P H2O?QA8L ^DOIB Q&#TA]= VL`)`8 QB'3P 'Q^8 DX L L3IP4FIO]6 S88QIO]6 S89 6T] '9BF9BF@'Q ^JD &8Q 6&`8^JDP &8Q8 S&^DODQJ FA8QaJD `8=V86T]4BTA@'34P &'P 34P &LP W6AQ8^J &)Q4S]!QIS9JQ) 8P '&JFP 3'P 869P WBT 4&^4P ]3VL8@ BQ#@ =. G. 255- 5U& ]3VL87P8FQ#@ =. G. 255- ^DF8 QD X L L3@Q4BF'IL9)8S3_3A`)D P H2O?QA8L D P H2O_#B&IB Q& :Q ^DOIX4B>P8!L&DX L L3_3A]:BTA9]6TA9 9P 9]LP IQB QBGU HQ6T@T@Q L8J8Q DX L L39Q&I F8'O ^9 &]DTA&aF]= VLAV8A8)8P S3 'Q QBGU HQ=9DX L L36&J@3P - L83P 9P 2 F&G 1 I WD 25 )8S3 BF@6&a3P 9BBAQAD P H2O^DOIB Q&BX:F7Q8IS QJB P9'Q^8 )8S3DX L L3=V86TaF3 FA -/J8 FA:.S94P S QBFS'AIP 4FP IO]6 S88QIO]6 S89 ^DOI4FP ]D VLA#DQ8 ?Q#FS)Q)TFFS6AQ #2OFS6AQGQI4B 'WKQD& B2@JQFS6AQDAP =,Qa6 :6W@F8P 6@ -,//, *E-mail : [email protected] FQBIQBI4FP : Q]@VL&a6A :T6T 17 (996P T - =.G. 253 Journal of Wildlife in Thailand Vol.17 No.1 010 6 #Q8 Q ?Q#4OF8LLP ]:'8?X@S?Q#6T@T#FQ@)W @)V8IX&BL&D&@Q'Q ?Q#`4 5U&^@'Oa@ a3@ TD P H2O ]:'8#Q9I@W6B ^4 3FA? X@S:BO]6G6T@T^8F]6VL ]!Q'869P WBT ^DO^8F]6VL ]!Q9BB634P &BP P9D@@BIW@ 4OF84P ](TA&`44 &^4P ]3VL8=CH?Q#@ 5U&]3VL8 8AQA8P ^DOD@@BIW@4OF8LLP ](TA&]J8VL4&^4P ]3VL8 W@?Q=P87 5U&]3VL8]@HQA86Q`J ?Q#4OFP8LL @T:BS@Q2<8](DTA4 L:T # L8! 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QB] 94/ PFLA Q&DX L L3 6Q QBIQBF'D X LL3!L&I 4FP IO]6 S88QIO]6 S89 6T=9`8=V86T]4BTA@'34P &LP W6AQ8^J &)Q4S ]!QIS9J Q)8P 4&^4P ]3VL8@ BQ#@ =. G. 2552 5U& ]3VL84WDQ#@ =. G. 2552 _3A`)IF S&] 94' FLAP Q& DX L L3`8]FDQ DQ&F84Q@^JDP &8Q4 Q&c 5 QA?Q=^DO986P U D P H2O!L&^JD &8Q L8] '9 4FLAP Q& JD&'QP 88BF9BF@4P FLAP Q&D X L L3`I !F3=DQI4S ^DO`I ]#BVL&]4S@LL *S]'8IQJBP9 DX LL36 T4L& QBLL *S]'8IX& ^DF8 Q D9@QGP U HQ`8JL&:. S94P S QB . QBGU HQ'Q^8 )8S3 4BF'IL9)8S3_3A`)D P H2O6Q&IP2/Q8FS6AQ^DO_#B&IB Q&:Q 9]LP IQB6T@T QBGU HQ L8J8Q #VL Heyer (1971) Smith (1917b) '86BP 6S=A (250/) _ FS6 (2505) ^DOFW1S (2546) 8QD X L L3`8BOAO6T!QJD&]'BP S,^DF (Gosner stage 25 - 39) @QBP HQI?Q=3FA -, % >LB@QDS8 ^DF5 QABX:_#B&IB Q&:Q ^DO986P U D P H2O6Q&IP2/Q8FS6AQ`8J L&:.S94P S QB 3FA DL&' WD6BBG8^99I]4LBS_L QD &!AQAP /2 ]6 QDX L L3LT I F8'O^9 &]DTA&aF'8@ T QB ]:DTA8^:D&BX:B Q&I@9XB2 ^DO@T QB]'BS,'8IQ@QB5'Q^8 )8S3a3 ]=VLAV8A8)8P S3LT #BP&J8U& 'Q 8P88Q! L@ XDD P H2O6Q&IP2/Q8FS6AQ6T986P U aF@Q' 36P QB X:FS7Q8 (dichotomous key) ]=VL`)' Q^8 )8S3DX L L3`8=V86T]4BTA@'34P &LP W6AQ8^J &)Q4S]!QIS9J Q)8P QB9BBAQAD P H2O^DOBX:^99IX4B_#B&IB Q&:Q LQ&L S&4Q@ Inger (2005) ^DO)VL FS6AQGQI4BLQ&L S&4Q@ Stuart et al. (2008) ;D QBGU HQ 'Q QBGU HQD P H2O6Q&IP2/Q8FS6AQ!L&DX L L3`8=V86T]4BTA@'34P &LP W6AQ8^J &)Q4S ]!QIS9J Q)8P '&JFP 3'P 869P WBT =9DX L L3!L&IP4FIO]6 S88QIO]6 S89 6&J@3P 2 F&G 15 I WD 25 )8S3 :BO L93FA F&G Megophryidae Xenophrys lekaguli LU& BQA'869P XB2 F&G Bufonidae Bufo melanostictus #Q&# 9Q8 Bufo parvus #Q&# ^#BO Bufo macrotis #Q&# JFBQ9P FQBIQBI4FP : Q]@VL&a6A :T6T 17 (996P T - =.G. 253 Journal of Wildlife in Thailand Vol.17 No.1 010 67 F&G Microhylidae Calluella guttulata LU&DQA Glyphoglossus molossus LU&];Q Microhyla berdmorei LU&^@ J8QF Microhyla butleri LU&DQA]DLO Microhyla heymonsi LU&!Q&3 Q Microhyla fissipes LU&8Q]4 Q Microhyla pulchra LU&!Q#Q Micryletta inornata LU&JD&!P T3 Kaloula pulchra LU&L Q&9Q8 Kaloula mediolineata LU&L Q& 8! T3 F&G Dicroglossidae Fejervarya limnocharis 9J8L& Hoplobatrachus rugulosus 98Q Occidozyga lima ]!TA3'O8Q Occidozyga martensii ]!TA3JD&:P W@ Paa fasiculispina 9L J8Q@ F&G Ranidae Rana erythraea ]!TA3'S , ]!TA39FP Rana lateralis 9JD&a=DP Rana macrodactyla 9JD&!P T3 Rana milleti 9]!Q`J, Rana mortenseni 9LL&`J, F&G Rhacophoridae Chirixarus nongkhorensis :Q3'SFDQA^4@ Chirixarus hansenae :Q3'SFGBTBQ)Q Polypedates leucomystax :Q39Q8 Rhacophorus bisacculus :Q3DQA]DLOLTIQ8 Rhacophorus bipunctatus :Q34T8]JDVL& ^DO'36P QB X:FS7Q8]=VL`)' Q^8 )8S3!L&DX LL3`8= V86T a33 &4P La:8T FQBIQBI4FP : Q]@VL&a6A :T6T 17 (996P T - =.G.
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