1) Rhinolophus macrotis
大耳菊头蝠
1.
As a studying object, the bodysizes of bats of Rhinolophus macrotis were measured, as well as the echolocation calls wererecorded and analyzed, and the foraging behavior was observed.
以大耳菊头蝠(Rhinolophusmacrotis)为研究对象,对其进行形态测量、驯养,录制回声定位声波,观察捕食行为,收集并鉴定食物残次,分析夏季食物组成。
2) Rhinolophus luctus
大菊头蝠
1.
A New Record of Woolly Horseshoe Bat Rhinolophus luctus in Hunan Province;
大菊头蝠在湖南省分布新纪录
3) Rhinolophus pusillus
菲菊头蝠
1.
Spectrotemporal characteristics of echolocation pulses and frequency tuning by inferior collicular neuron of Rhinolophus pusillus;
菲菊头蝠回声定位信号特征及下丘神经元频率调谐
2.
Basic Properties of Neuron Response to Sound Stimulation in the Inferior Colliculus of Rhinolophus pusillus;
菲菊头蝠的下丘神经元基本声反应特性
3.
From June to September, 2005, we compared echolocation calls, the summer diet and morphologic features of three bats species (Myotis siligorensis, Rhinolophus pusillus and Taphozous melanopogon) captured in two caves around Guilin city, Guangxi province, China.
2005年6至9月,对桂林市郊区两个山洞中高颅鼠耳蝠(Myotissiligorensis)、菲菊头蝠(Rhinolo-phuspusillus)和黑髯墓蝠(Taphozousmelanopogon)的回声定位叫声特征和食性进行分析,并结合其形态特征与野外观察,推断其捕食生境和捕食策略。
4) Rhinolophus affinis
中菊头蝠
1.
Morphometric Characteristics of Three Subspecies of Rhinolophus affinis in China;
中菊头蝠中国三亚种的形态特征比较
2.
Distribution of NgR in the Brain of Rhinolophus affinis
NgR在中菊头蝠(Rhinolophus affinis)脑中分布(英文)
5) R.affinis
中菊头蝠
1.
Rhinolophus rex and R.
贵州菊头蝠和中菊头蝠 2n =62 ,两者染色体臂数 (NF)均为 60 ;托氏菊头蝠、小菊头蝠和栗黄菊头蝠的染色体数是 2n =3 6,其中托氏菊头蝠和小菊头蝠染色体臂数 (NF)是 5 8,栗黄菊头蝠是 60。
2.
The karyotypes of two Rhinolophus species from Henan Province were studied by means of bone marrow cell and air-dried preparations.
中菊头蝠染色体数为2n=62,N。
6) R.blythi
小菊头蝠
1.
The diploid number of R.
贵州菊头蝠和中菊头蝠 2n =62 ,两者染色体臂数 (NF)均为 60 ;托氏菊头蝠、小菊头蝠和栗黄菊头蝠的染色体数是 2n =3 6,其中托氏菊头蝠和小菊头蝠染色体臂数 (NF)是 5 8,栗黄菊头蝠是 60。
2.
The result showed that the sequence divergences between R.
小菊头蝠、单角菊头蝠和角菊头蝠在形态上甚相似,关于小菊头蝠和单角菊头蝠的分类地位问题存有不同观点。
补充资料：头耳
1.比喻福分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条