Principles of Electrolocation and Jamming Avoidance in Electric Fish
Principles of Electrolocation and Jamming Avoidance in Electric Fish
复制标题
电鱼电定位与避干扰原理
DOI：
10.1007/978-3-642-81161-6
复制
发表时间：
1977
影响因子：
3.1
通讯作者：
W. Heiligenberg
中科院分区：
文献类型：
--
作者：
W. Heiligenberg
A.介绍。- B。一般生理学和解剖学背景。一、电子琴II.电感受器-三.电定位鱼的分类学。四.电器官放电的光谱组成。第五章电鱼的神经解剖学1.鱼形目的大脑结构2.在Gymnotoidei的大脑结构。3. Gymnotoid和Mormyriform脑结构的比较。C.电定位的机制。I.电定位的空间方面。二.神经电感受器的反应特征和中枢投射1.脉冲物种。a）摩米里德人。B）裸鲸。2.波种（a）体操馆。B）裸泳类。三、电子图像的中央处理四.电定位性能的行为测量。V.在存在电噪声的情况下的电定位性能和避免干扰的机制。六.干扰条件下与干扰规避和电定位有关的神经元机制。假设和结果。1.脉冲物种。a）摩米里德人。B）拟裸泳脉冲种类。2.波种（a）体操馆。B）拟裸波物种。七.关于脉冲型和波浪型电鱼进化的思考参考资料。
A. Introduction.- B. General Physiological and Anatomical Background.- I.The Electric Organ.- II.Electroreceptors.- III. Taxonomy of Electrolocating Fish.- IV. The Spectral Composition of Electric Organ Discharges.- V.The Neuroanatomy of Electric Fish.- 1. Brain Structures in the Mormyriformes.- 2. Brain Structures in the Gymnotoidei.- 3. A Comparison of Gymnotoid and Mormyriform Brain Structures.- C. The Mechanism of Electrolocation.- I. Spatial Aspects of Electrolocation.- II. Response Characteristics and Central Projections of Tuberous Electroreceptors.- 1. Pulse Species.- a) Mormyrids.- b) Gymnotpids.- 2. Wave Species.- a) Gymnarchus.- b) Gymnotoids.- III.Central Processing of Electric Images.- IV. Behavioral Measures of Electrolocation Performance.- V. Electrolocation Performance in the Presence of Electric Noise and Mechanisms of Jamming Avoidance.- VI. Neuronal Mechanisms Linked to Jamming Avoidance and Electrolocation Under Jamming Conditions. Hypotheses and Results.- 1. Pulse Species.- a) Mormyrids.- b) Gymnotoid Pulse Species.- 2. Wave Species.- a) Gymnarchus.- b) Gymnotoid Wave Species.- VII. Speculations on the Evolution of Pulse- and Wave-Type Electric Fish.- References.