Texas Christian University, Fort Worth, TX 76129, USA.
Psychol Bull. 2010 Mar;136(2):302-29. doi: 10.1037/a0018436.
The empirical literature on auditory imagery is reviewed. Data on (a) imagery for auditory features (pitch, timbre, loudness), (b) imagery for complex nonverbal auditory stimuli (musical contour, melody, harmony, tempo, notational audiation, environmental sounds), (c) imagery for verbal stimuli (speech, text, in dreams, interior monologue), (d) auditory imagery's relationship to perception and memory (detection, encoding, recall, mnemonic properties, phonological loop), and (e) individual differences in auditory imagery (in vividness, musical ability and experience, synesthesia, musical hallucinosis, schizophrenia, amusia) are considered. It is concluded that auditory imagery (a) preserves many structural and temporal properties of auditory stimuli, (b) can facilitate auditory discrimination but interfere with auditory detection, (c) involves many of the same brain areas as auditory perception, (d) is often but not necessarily influenced by subvocalization, (e) involves semantically interpreted information and expectancies, (f) involves depictive components and descriptive components, (g) can function as a mnemonic but is distinct from rehearsal, and (h) is related to musical ability and experience (although the mechanisms of that relationship are not clear).
本文回顾了听觉表象的实证文献。研究数据涉及(a)听觉特征(音高、音色、响度)的表象,(b)复杂非言语听觉刺激(音乐轮廓、旋律、和声、节奏、记谱法表象、环境声音)的表象,(c)言语刺激(言语、文本、梦境、内心独白)的表象,(d)听觉表象与感知和记忆的关系(检测、编码、回忆、记忆特性、语音环路),以及(e)听觉表象的个体差异(生动性、音乐能力和经验、联觉、音乐幻觉、精神分裂症、失歌症)。结论认为,听觉表象(a)保留了听觉刺激的许多结构和时间特性,(b)可以促进听觉辨别,但干扰听觉检测,(c)涉及与听觉感知相同的许多大脑区域,(d)通常但不一定受到默读的影响,(e)涉及语义解释的信息和期望,(f)涉及描述性成分和描述性成分,(g)可以作为记忆辅助,但与复述不同,(h)与音乐能力和经验有关(尽管这种关系的机制尚不清楚)。