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Gender activation in transparent and opaque words
Mabel Urrutia1, Alberto Domínguez, Carlos J Alvarez
1Universidad de La Laguna, Spain. murrutia@ull.es
Psicothema
|January 31, 2009
Summary
This study investigated Spanish word gender processing. Results show that word endings (transparent gender) and prior word exposure (negative priming) influence gender perception, impacting reaction times in categorization and lexical decision tasks.
Area of Science:
- Psycholinguistics
- Cognitive Psychology
- Linguistic Morphology
Background:
- Spanish nouns exhibit grammatical gender, often marked by superficial morphology (transparent gender) or lacking it (opaque gender).
- Understanding how speakers process grammatical gender, especially in relation to word form and context, is crucial for psycholinguistic models.
Purpose of the Study:
- To investigate the processing of morphologically transparent versus opaque Spanish gender words.
- To examine the role of automatic and strategic mechanisms in gender perception using reaction time experiments.
- To determine the influence of prime word gender on target word gender processing.
Main Methods:
- Two reaction time experiments were conducted using Spanish words.
- Experiment 1 involved a gender categorization task with transparent gender words (primes and targets).
- Experiment 2 used a lexical decision task with both transparent and opaque gender words.
Main Results:
- Negative priming was observed in both experiments, indicating that participants could not ignore the gender of the prime word.
- Transparent gender words elicited longer reaction times in the lexical decision task compared to opaque words.
- The findings suggest both automatic gender computation and strategic attentional mechanisms are involved in gender processing.
Conclusions:
- Grammatical gender processing in Spanish is influenced by both morphological cues and contextual priming.
- The complexity of morphological transparency and task demands (lexical decision) can affect processing speed.
- Listeners automatically compute the gender of primes, which interferes with subsequent target gender judgments.
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