ants_statistics.csv
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Measurements of ommatidia count and diameter were taken on microscope images of eye molds or replicas of five ant species taken previously: Notoncus ectatommoides and Camponotus aeneopilosus (from Palavalli-Nettimi and Narendra (2018)), Myrmecia nigrocincta, M. tarsata, and Rhytidoponera inornata (from Palavalli-Nettimi et al. (2019)). References: Palavalli-Nettimi, Ravindra, and Ajay Narendra. 2018. “Miniaturisation Decreases Visual Navigational Competence in Ants.” Journal of Experimental Biology 221(7):jeb177238. Palavalli-Nettimi, Ravindra, Yuri Ogawa, Laura A. Ryan, Nathan S. Hart, and Ajay Narendra. 2019. “Miniaturisation Reduces Contrast Sensitivity and Spatial Resolving Power in Ants.” Journal of Experimental Biology 222(12). doi: 10.1242/jeb.203018.
本研究针对5种蚂蚁的眼模或复制品的显微图像，开展了小眼（ommatidia）数目与直径的测量，所用样本均为此前已获取的材料：分别为诺托努斯蚁（Notoncus ectatommoides）与金毛弓背蚁（Camponotus aeneopilosus，数据源自Palavalli-Nettimi及Narendra，2018年），以及黑带牛蚁（Myrmecia nigrocincta）、跗节牛蚁（M. tarsata）与无纹皱猛蚁（Rhytidoponera inornata，数据源自Palavalli-Nettimi等，2019年）。
参考文献：
1. Palavalli-Nettimi, Ravindra, 及 Ajay Narendra. 2018. 《小型化降低蚂蚁的视觉导航能力》. 《实验生物学杂志（Journal of Experimental Biology）》221(7): jeb177238.
2. Palavalli-Nettimi, Ravindra, Yuri Ogawa, Laura A. Ryan, Nathan S. Hart, 及 Ajay Narendra. 2019. 《小型化降低蚂蚁的对比度敏感度与空间分辨能力》. 《实验生物学杂志（Journal of Experimental Biology）》222(12). DOI: 10.1242/jeb.203018.
创建时间：
2024-01-31
