! " #$%&'()' Species Identification, Nest Characteristic and Bait Control of Termite in Para Rubber Plantation, Southern Thailand
D'E ' Veerayuth Thongkhong
' $EJDKL#" M!(M& #N& OO '(#& P & # DQ ' ' # 'J A Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Science in Entomology Prince of Songkla University 2552 # 'E \ ' # 'J
(1) ºÉ°ª·¥µ·¡r µ¦ÎµÂ· ¨´¬³ °¦´¨ªÂ¨³µ¦ª»¤Ã¥ÄoÁ®¥ºÉ°¨n° Ī¥µ¡µ¦µ °£µÄo¦³Á«Å¥ ¼oÁ ¸¥ µ¥ª¸¦¥» ° µ µª·µ ¸ª·¥µ
°µµ¦¥r ¸É¦¹¬µª·¥µ·¡r®¨´ ³¦¦¤µ¦° hhhhhhhhhhhhhh.... .hhhhhhhhhh.¦³µ¦¦¤µ¦ (¦°«µ¦µµ¦¥r ¦.»¦Å¦ Á¡·É¤Îµ) (¼onª¥«µ¦µµ¦¥r ¦.°»· ·µ¦·¥ª«r)
hhhhhhhhhhhhhh¦¦¤µ¦ °µµ¦¥r ¸É¦¹¬µª·¥µ·¡r¦nª¤ (¦°«µ¦µµ¦¥r ¦.»¦Å¦ Á¡·É¤Îµ) hhhhhhhhhhhhhh...... hhhhhhhhhhhhhh¦¦¤µ¦ (¦°«µ¦µµ¦¥r ¦.°¦´ µ¤n°Ä) (¦°«µ¦µµ¦¥ r ¦.°¦´ µ¤n°Ä)
hhhhhhhhhhhhhh¦¦¤µ¦ (¦°«µ¦µµ¦¥«r »£§¬r ª´·)·Í
´·ª·¥µ¨´¥ ¤®µª·¥µ¨´¥ ¨µ¦·¦r °»¤´·Ä®o´ª·¥µ·¡r´¸Ê Á}nª®¹É °µ¦«¹¬µ µ¤®¨´¼¦¦·µª·¥µ«µ¦¤®µ´· µ µª·µ¸ª·¥µ
hhhhhhhhhhh.hhh..h. (¦°«µ¦µµ¦¥r ¦.Á¦·´¥ °®¼) ¸´·ª·¥µ¨´¥
(2) !"#$% & '( ) !*+,* -*. * -/ *
0+1 2552
+1 !& '' .2 RRIM 600 !)" -$ ") "'* "&)8 "& (! 4 !( !)'#: *-$;<" ( ) , % !(& !( *- !(!*' !( ) +1 60 "%!# '=( - !# 2551 !'#$*!-*-$8%+ '*:& : 1 +2 # +2 Termitidae 2 & 3 , % & Globitermes ' G. sulphureus & Macrotermes ' M. gilvus M. carbonarius & M. gilvus !J *-$'*-$& & '' .2 RRIM 600 (73% *-$'*:") ' G. sulphureus !J (25% *-$'*:") &% M. carbonarius ' *-$& (2% *-$' *:") - ))% ! % 8,% "#8 M ! - )- 2 # & ) , "# & !" #'#: !J +1& *. (' !"#$% &('. ) ( & '' .2 RRIM 600 !) !(" "<% "& (!# 2551) M * &%%&82 (Completely Randomized Design, CRD) !"2 T-Test '%!"#$% *-$ 1 # "%&&- : )% : %!J !"#$% - )! * !Y-$ 624.90 + 105.16 *&&!- 3 !"#$%*-$ - , % & Termina oil & Agenda 25 EC & Tigerfos 40 EC ( & ' 4 & M * &% `&82 (Randomized Complete Block Design, RCBD) %!J 4 .-* * 4 d: '%& & Agenda 25 EC " M=*. e -*-$& ))%%- & < $*&f ) (P<0.01)
(3) Thesis Title Species Identification, Nest Characteristic and Bait Control of Termite in Para Rubber Plantation, Southern Thailand Author Mr. Veerayuth Thongkhong Major Program Entomology Academic Year 2009
ABSTRACT
Species composition of termites in rubber plantations (RRIM 600 clone) was studied in Krabi, Trang, Phattalung, Satun and Songkhla provinces (except four southernmost districts of political sensitivity, i.e. Sabayoi, Na-Thawee, Te-pha and Ja-na.) Sixty nests of termites were surveyed and were studied for habitat types and nest characteristics during May to September 2008. Three species of two genera belonging to one family, Termitidae, were found. Genus Globitermes was composed of the only G. sulphureus , genus Macrotermes comprised M. gilvus and M. carbonarius . M. gilvus was found to be dominant species (73%) in rubber plantations (RRIM 600 clone), followed by G. sulphureus (25%) and M. carbonarius (2%). The mounds or nests were oval to dome shaped. Two different types of the termite nests, arboreal and mound building at soil surface were also observed. Study on efficiency of termites lure in natural habitat, within rubber plantations (RRIM 600 clone) at Hat-Yai district, Songkhla province (September 2008). This experiment was arranged in a Completely Randomized Design, also T-Test analyze. It was found that one termite bait lure, brown paper soaked overnight in water was used. There was 624.90 + 105.16 termites destroyed by the bait. Three chemicals, Termina oil, Agenda 25 EC and Tigerfos 40 EC, together with bait lure were also tested in 4 plots. This experiment was arranged in a Randomized Complete Block Design with 4 treatments and 4 replications. Agenda 25 EC was shown the most effective chemical on termite mortality, having a statistically significant difference (P<0.01).
(4)
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
%!
(5)
(6) (7) (8) (11) (11) 1 1 ! 1 " 4 - % 4 - & '() !* ) 7 - + ,' 19 .,/ 22 2 1, , 2/ +)%3 23 56 7) 728% &) "'1%+) 9!!*1% 24 "+ 8!5/+)8%1&) 26 1 ':1 ;8 9 !)<) ; 28 3 )+)%"2/ 33 4 , 65 % 67 72 %( & 79
(6)
1 '+ <9<) '1 11 2 & '()&) 72"') +)8%1) ;"91 34 3 & '()&) 72"') +)8%1) ;"91 37 4 & '()&) 72"') +)8%1) ;"91), 40 5 & '()&) 72"') +)8%1) ;"91 () 43 6 & '()&) 72"') +)8%1) ;"91&) 46 7 &1&"') 3 8%1 ";"91 "91 "91), "91 () +)"91&) 9< 1!?7' .6 1! .5. 2551 57 8 < A) ") 8%1 Globitermes sulphureus " 1%3% 9 !)<) 2 8%1 " 10 *;3'8 % ; 1! .5.2551 62 9 < A) &) :1 ;8 Termina oil, Agenda 25 EC, Tigerfos 40 EC +)8,1,' ; 4 )9/ 91;9< "91&) 63
(7)
1 ) 72S&) 2 <T 9 2 ) 72&) nasutus 10 3 "8% &) 13 4 +9< 1&1 &"') ;'9' W 1 : +)(X 24 5 %3 Y <) 295 ;"') 25 6 8,1 9 !)<) 1 +)8,1 9 !)<) 2 '+%5&:) %5 9! (N) %5; (S) %5 (W) +)%5 (E) 28 7 9 !)<) !1 ' '+%5&:) %5 9! (N) %5; (S) %5 (W) +)%5 (E) 29 8 9 !)<) !1 ';."% '+%5&:) %5 9! (N) %5; (S) %5 (W) +)%5 (E) 29 9 ',S "1) Termina oil 30 10 ]<+')/ "1 (Agenda) 25 ^ 31 11 ]<+')S /_ (Tigerfos) 40 ^ 31 12 +"91") "'!*1% S1 + < "91 "91 "91), "91 () +)"91&) 33 13 +" +9<"') +)8%1) ;"91 35 14 < A) 1 : +)( &"') 2 8%1;"91 9< 1!?7' .6 1! .5. 2551 36 15 +" +9<"') +)8%1) ;"91 38 16 < A) 1 : +)( &"') 3 8%1;"91 9< 1!?7' .6 1! .5. 2551 39 17 +" +9<"') +)8%1) ;"91), 41 18 < A) 1 : +)( &"') 2 8%1;"91), 9< 1!?7' .6 1! .5. 2551 42 19 +" +9<"') +)8%1) ;"91 () 44
(8) ( )
20 < A) 1 : +)( &"') 2 8%1;"91 () 9< 1!?7' .6 1! .5. 2551 45 21 +" +9<"') +)8%1) ;"91&) 47 22 < A) 1 : +)( &"') 2 8%1;"91&) 9< 1!?7' .6 1! .5. 2551 48 23 / ^Y /&""') *9'1 ;"91 "91 "91), "91 () +)"91&) 49 24 < A) 1 : +)( &"') 3 8%1 *9'1 ; "91 "91 "91), "91 () +)"91&) 9< 1!?7' .6 1! .5. 2551 50 25 ) 72 &) 29 Globitermes sulphureus 51 26 % 2<9&) 29 Globitermes sulphureus 51 27 ) 72S) Macrotermes gilvus 29&1;9< 53 28 (<9+)pronotum ( ) 8< '1 ; (&) &) Macrotermes gilvus 29&1;9< 53 29 1 &) Macrotermes gilvus 29&1;9< 53 30 ) 72S) Macrotermes gilvus 29&1 )Y 54 31 1 &) Macrotermes gilvus 29&1 )Y 54 32 8< '1 ; ( ) % 291 (&) &) Macrotermes gilvus 29&1 )Y 55 33 ) Macrotermes gilvus 29&1;9< ( ) 29&1 )Y (&) 55 34 ) 72S29&) Macrotermes carbonarius 56 35 8< '1 ; ( ) <& pronotum (&) &) Macrotermes carbonarius 56 36 ) 72S&"') Globitermes sulphureus 58 37 ) 72S&"') Macrotermes gilvus 58
(9) ( )
38 ) 72S&"') Macrotermes carbonarius 58 39 ) 72) Globitermes sulphureus 3,/ RRIM 600 1'( 350 d 420 ^ % ' 59 40 ) 72 1%) Globitermes sulphureus 3,/ RRIM 600 60 41 "') Globitermes sulphureus "' ; ) : 3,/ RRIM 600 60 42 ") 8%1 Globitermes sulphureus " 1%3% 9 !)<) 2 8%1 " 10 * ;3'8 % *+ < 1 .5. 2551 .6 30 .5. 2551 62 43 ") 8%1 Globitermes sulphureus " 1 ' 3 8%1 :1 ;8 9 !)<) ; " 10 * 64
(10)
1 %'2*e ,29('% +)'8!*'3/ *+ < 1 - 30 .5. 2551 & '(), ,% '% " . 5 7 9/ 91;9< "91&) 73 2 1%3%& 9 !)<) 2 8%1 ; 74 3 ) 1)%3%& ' 3 8%1 ; 4 & )9/ 91;9< "91&) 76 4 % 9/& '() ;8 ' 3 8%1 ; 77
1 ,29('%(,1- ,1 +),29('% A) " 1! 2551 & '()" . 5 7 9/ )9/ 91;9< "91&) 78 2 '8!*'3/ " 1! 2551 & '()" . 5 7 9/ )9/ 91;9< "91&) 78
(11) 1