机译:侵入式无花果树图中图1的宿主 - 寄生态关系:由肛门尺寸构成的无花果的群落
Department of Zoology and EntomologyRhodes UniversityGrahamstown South Africa;
School of Ecological and Environmental SciencesTiantong National Station for Forest Ecosystem ResearchShanghai China;
Ecological Security and Protection Key laboratory of Sichuan ProvinceMianyang Sichuan China;
School of BiologyUniversity of LeedsLeeds UK;
Key Laboratory of Tropical Forest EcologyKunming China;
School of BiologyUniversity of LeedsLeeds UK;
Institute of BiologyUniversity of the PhilippinesDiliman Quezon City Philippines;
South China Botanical GardenChinese Academy of SciencesGuangzhou China;
School of Ecological and Environmental SciencesTiantong National Station for Forest Ecosystem ResearchShanghai China;
School of Ecological and Environmental SciencesTiantong National Station for Forest Ecosystem ResearchShanghai China;
School of Ecological and Environmental SciencesTiantong National Station for Forest Ecosystem ResearchShanghai China;
School of Ecological and Environmental SciencesTiantong National Station for Forest Ecosystem ResearchShanghai China;
Biocontrol; Ficus; fig wasps; food web; gall size; host range; parasitoid;
机译:侵入式无花果树图中图1的宿主 - 寄生态关系:由肛门尺寸构成的无花果的群落
机译:西双版纳无花果无花果黄蜂群落结构的干扰效应:对无花果/无花果黄蜂共生的影响
机译:西双版纳无花果无花果黄蜂群落结构的干扰效应:对无花果/无花果黄蜂共生的影响
机译:雄性无花果黄蜂替代交配策略与致命战斗
机译:无花果和无花果黄蜂交互作用的互惠稳定性和胆汁诱导
机译:只有传粉者无花果黄蜂的雄性才能从亚洲无花果树的无花果中释放雌性
机译:侵入式无花果树的无花果关系中的主机 - 寄生态关系:由胆小度构成的无花果黄蜂界