机译:通过传输毒力量折衷寄生和互动植物病毒 - 病毒的演变
IGEPP Agrocampus Ouest INRA Université de Rennes 1 Université Bretagne-Loire;
Institute of Environmental Systems Research School of Mathematics/Computer Science Osnabrück;
Institute of Environmental Systems Research School of Mathematics/Computer Science Osnabrück;
Division of Ecology and Evolution Centre for Environmental Policy Imperial College London;
Department of Entomology and Plant Pathology University of Tennessee;
Department of Mathematics and Statistics Texas Tech University;
USDA Forest Service Pacific Northwest Research Station;
Horizontal; Vertical; Seed; Vector; Adaptive dynamics; Bi-stability;
机译:通过传输毒力量折衷寄生和互动植物病毒 - 病毒的演变
机译:植物病毒中传播毒力折衷假设的实验测试
机译:植物与丝状微生物之间寄生共生的演变
机译:宿主植物作为有益的共混物中微生物演进的组织者
机译:植物中互动防御性状的演变
机译:细胞壁区室在植物的共生中的作用
机译:植物病毒中透射毒力折衷假设的实验试验