LATERALIZATION AND UNILATERAL TRANSFER OF SPATIAL MEMORY IN MARSH TITS
LATERALIZATION AND UNILATERAL TRANSFER OF SPATIAL MEMORY IN MARSH TITS
复制标题
DOI：
10.1007/bf00213076
复制
发表时间：
1993-01-01
期刊：
影响因子：
--
通讯作者：
CLAYTON, N
中科院分区：
文献类型：
--
作者：
CLAYTON, N
本文报道的结果表明，在一个成年，食物存储鸟类的空间记忆加工的偏侧化和转移。利用单眼咬合技术研究了储存食物的沼泽山雀（Parus palustris）在两项任务（食物储存和一次尝试联想学习）中的侧化和记忆转移，这两项任务依赖于隐藏食物的空间位置的一次尝试学习。项目。在储存食物的任务中，沼泽山雀必须回到它们先前储存种子的地方;在一次试验的联想学习任务中，鸟类必须回到它们被允许吃一些但不是全部花生的地方。对于这两个空间记忆任务，它被证明，虽然由两只眼睛喂养的视觉系统参与短期存储，右眼系统与长期存储，记忆从左眼转移到右眼系统之间的3和24小时记忆形成后。
The results reported in this paper demonstrate lateralization and transfer of spatial memory processing in an adult, food-storig bird. The technique of monocular occlusion was used to investigate lateralization and memory transfer in food-storing marsh tits (Parus palustris) for two tasks, food-storing and one-trial associative learning, which rely on one-trial learning for the spatial location of hidden food items. In the food-storing task, marsh tits had to return to the sites where they had previously stored a seed; in the one-trial associative learning task, the birds had to return to sites where they had been allowed to eat some, but not all, of a piece of peanut. For both spatial memory tasks, it was demonstrated that although the visual systems fed by both eyes are involved in short-term storage, the right eye system is associated with long-term storage, and that memories are transferred from the left to the right eye system between 3 and 24 h after memory formation.