通过虫体花粉识别构建植物‒传粉者网络: 人工模型与AI模型高度一致

巴苏艳, 赵春艳, 刘媛, 方强

Constructing a pollination network by identifying pollen on insect bodies: Consistency between human recognition and an AI model

Suyan Ba, Chunyan Zhao, Yuan Liu, Qiang Fang

图4 通过人工识别(a)和AI模型识别(b)构建的植物‒传粉者定量网络。中间连线代表植物‒传粉者存在互作关系, 连线越宽,代表传粉者携带该植物花粉数量越多。图的上方表示传粉者种类(棕色: 鳞翅目; 红色: 膜翅目; 黄色: 鞘翅目; 紫色: 双翅目; 黑色: 其他), 下方表示植物物种, 物种缩写详见附录1。

Fig. 4 Quantitative plant‒pollinator network by human recognition (a) and by AI model (b). The middle lines represent the interaction between plants and pollinators, with wider lines indicating a greater quantity of pollen carried by the pollinator from that plant. The top of the graph shows pollinator species (Brown, Lepidoptera; Red, Hymenoptera; Yellow, Coleoptera; Purple, Diptera; Black, Others), the bottom represents plant species, and for a detailed list of species abbreviations, see Appendix 1.