印度蜜蜂和其他传粉媒介对辣木产量提高的影响

Saravanan Ayyaswami, Sowmiya Chandrasekar, Srinivasan Madapuji Rajagopalan
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摘要

在Dindigul地区的Oddanchatram街区进行了传粉者调查,该地区种植了大量辣木。在辣木生态系统中发现了蜜蜂、苍蝇、甲虫和蝴蝶等多种昆虫传粉媒介。0800 ~ 0900 h时,中国田鼠的觅食行为显著增加,其次是绿绒美洲姬鼠和绿绒姬鼠。工作时间最长的品种是美洲菊,其次是美洲菊和波兰菊。和木参。在处理时间方面,白刺花的时间最长,其次是桃花、绿刺和木棉。而Polistes则花费较少的时间。本研究表明,A. ceranaindica是最丰富的传粉媒介。果实长度、果实周长、单果重和单株果数等产量参数在蜜蜂授粉组均高于对照。蜜蜂授粉地的蜂群生长参数,即封闭蜜区、花粉区、封闭育雏区和成蜂种群也有所变化。因此,通过管理印度蜂群,我们可以从辣木和蜂群产量上赚钱
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Influence of Indian Honey Bees and Other Pollinators on The Yield Improvement of Moringa
A pollinator survey was conducted in the Oddanchatram block of Dindigul district, where moringa is grown on a large scale. Several insect pollinators including honey bees, flies, beetles and butterflies were observed in the moringa ecosystem. The foraging behaviour of A. ceranaindica was increased during 0800 to 0900 h, followed by Amegilla zonata, and Episyrpussp. Working hours were high in A. ceranaindica followed by those of Amegilla zonata, Polistessp., A. dorsata, and Xylocopasp. In terms of handling time, A. ceranaindica spent more time, followed by A. dorsata, Amegilla zonata, and Xylocopasp., while Polistes sp. expended less time. The present study indicated that A. ceranaindica was the most abundant pollinator. Yield parameters viz., fruit length, fruit girth, individual fruit weight, and number of fruits per tree were maximum in bee pollinated than control. The colony growth parameters, viz., sealed honey area, pollen area, sealed brood area, and adult bee population, also developed in bee pollinated field. Therefore, by managing Indian honey bee colonies, we can make money on both moringa and colony yield
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