广东海洋大学学报
廣東海洋大學學報
엄동해양대학학보
JOURNAL OF GUANGDONG OCEAN UNIVERSITY
2013年
1期
28-32
,共5页
符韶%黄邦双%邓岳文%梁飞龙
符韶%黃邦雙%鄧嶽文%樑飛龍
부소%황방쌍%산악문%량비룡
马氏珠母贝%育珠模式%留核率%成珠率%育珠绩效值
馬氏珠母貝%育珠模式%留覈率%成珠率%育珠績效值
마씨주모패%육주모식%류핵솔%성주솔%육주적효치
Pinctada martensii%culturing protocols%retention rate%obtained pearl rate%performance values
设立3个实验,分别比较了植核时间、植核贝龄、育珠模式对马氏珠母贝育珠效果影响.实验I,设立A1、A2和A3组,植核时间分别设置4月份、7月份和10月份;实验II,设立B1、B2、B3和B4组,植核贝龄分别设置1.0龄、1.5龄、2.0龄和2.5龄;实验III,设立C1、C2和C3组,育珠模式分别设置海区休养与育珠、池塘休养与育珠和池塘休养与海区育珠.按常规技术植核,经1个月的休养期和15个月的育珠结束后,比较各组间休养与育珠的成活率、留核率、成珠率、优良珠率及育珠绩效值的差异.结果表明:植核时间、植核贝龄、育珠模式对植核贝的成活率和育珠绩效值均存在显著的影响(p值<0.05);对育珠贝的留核率、收珠率和优良珠率无显著性影响(p值>0.05);实验I,A1组(4月份植核)育珠绩效值最高,A2组(7月份植核)育珠绩效值最低;实验II,B2(1.5龄)育珠绩效值最高,B4组(2.5龄)育珠绩效值最低;实验III,C3组(池塘休养与海区育珠)的育珠绩效值最高,C2组(池塘休养与育珠)育珠绩效值最低.马氏珠母贝适宜的植核时间为4月份,适宜的植核贝龄为1.5龄,利用池塘休养结合海区育珠能够有效提高育珠效果.
設立3箇實驗,分彆比較瞭植覈時間、植覈貝齡、育珠模式對馬氏珠母貝育珠效果影響.實驗I,設立A1、A2和A3組,植覈時間分彆設置4月份、7月份和10月份;實驗II,設立B1、B2、B3和B4組,植覈貝齡分彆設置1.0齡、1.5齡、2.0齡和2.5齡;實驗III,設立C1、C2和C3組,育珠模式分彆設置海區休養與育珠、池塘休養與育珠和池塘休養與海區育珠.按常規技術植覈,經1箇月的休養期和15箇月的育珠結束後,比較各組間休養與育珠的成活率、留覈率、成珠率、優良珠率及育珠績效值的差異.結果錶明:植覈時間、植覈貝齡、育珠模式對植覈貝的成活率和育珠績效值均存在顯著的影響(p值<0.05);對育珠貝的留覈率、收珠率和優良珠率無顯著性影響(p值>0.05);實驗I,A1組(4月份植覈)育珠績效值最高,A2組(7月份植覈)育珠績效值最低;實驗II,B2(1.5齡)育珠績效值最高,B4組(2.5齡)育珠績效值最低;實驗III,C3組(池塘休養與海區育珠)的育珠績效值最高,C2組(池塘休養與育珠)育珠績效值最低.馬氏珠母貝適宜的植覈時間為4月份,適宜的植覈貝齡為1.5齡,利用池塘休養結閤海區育珠能夠有效提高育珠效果.
설립3개실험,분별비교료식핵시간、식핵패령、육주모식대마씨주모패육주효과영향.실험I,설립A1、A2화A3조,식핵시간분별설치4월빈、7월빈화10월빈;실험II,설립B1、B2、B3화B4조,식핵패령분별설치1.0령、1.5령、2.0령화2.5령;실험III,설립C1、C2화C3조,육주모식분별설치해구휴양여육주、지당휴양여육주화지당휴양여해구육주.안상규기술식핵,경1개월적휴양기화15개월적육주결속후,비교각조간휴양여육주적성활솔、류핵솔、성주솔、우량주솔급육주적효치적차이.결과표명:식핵시간、식핵패령、육주모식대식핵패적성활솔화육주적효치균존재현저적영향(p치<0.05);대육주패적류핵솔、수주솔화우량주솔무현저성영향(p치>0.05);실험I,A1조(4월빈식핵)육주적효치최고,A2조(7월빈식핵)육주적효치최저;실험II,B2(1.5령)육주적효치최고,B4조(2.5령)육주적효치최저;실험III,C3조(지당휴양여해구육주)적육주적효치최고,C2조(지당휴양여육주)육주적효치최저.마씨주모패괄의적식핵시간위4월빈,괄의적식핵패령위1.5령,이용지당휴양결합해구육주능구유효제고육주효과.
@@@@Three experiments (Experiment I, II and III) were designed to investigate the effects of nucleus-inserting operation time, age and culturing protocols on pearl production traits of pearl oyster Pinctada martensii. Experiment I:A1 (nucleus-inserting in April), A2 (nucleus-inserting in July) and A3 (nucleus-inserting in October) groups were established. Experiment II:four groups were established and designated as B1, B2, B3 and B4 groups. The ages of host oyster in the four groups were 1.0, 1.5, 2.0 and 2.5 years old. Experiment III:three groups (C1, C2 and C3) were developed;the protocols for the C1, C2 and C3 groups were recuperating and culturing in the sea, recuperating and culturing in the pond, and recuperating in the pond and culturing in the sea, respectively. The nucleus-inserting operation was conducted by following the common procedure in the pearl culturing. In Experiment I, II and III, the recuperation and culturing time lasted 1 month and 15 months, respectively. At the end of the experiment, differences in survival, retention rate, obtained pearl rate and perfect pearl rate, performance values were analyzed in Experiment I, II and III. Nucleus-inserting operation time, age and culturing protocols had significant effects on survival in the recuperation and culturing time and performance values (P<0.05), not on retention rate, obtained pearl rate and perfect pearl rate in Experiment I, II and III(P>0.05). The A1, B2 and C3 had the largest pearl performance values and the A2, B4 and C2 had the smallest pearl performance values. The present studies also suggest that sea cucumber and omnivorous species are desirable species for the pearl culturing protocols in the ponds.