Most female animals and insects have ways of creating olfactory cues that signals other species about their ovulation and the intention to mate. The argument of whether human females can send ovulatory signals to males has been contentious for a long time. An article by Melton, (2014) titled Female mating adaptations: Salient features and the influence of fertility status attempts to discuss hidden ovulation among human species and relates lack of ovulation signals to a particular sexual selection pressure. According to Melton (2014), absence of ovulation signals in female humans has greatly influenced social and mating habits in the evolution of human species.
According to the article, it is evident that modern humans share several adaptive mating similarities with previous ancestral predecessors. Females appear to have only physical ways of signaling their male counterparts about ovulation and the desire for copulation. Since the ovulation period among human females is short, their mating adaptations often depend on their fertility status and menstrual cycle ( Melton, 2014) . Sexual behavior in non-human primates such as apes and monkeys differ from humans since the former are dependent on the ovarian cycle.
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Women who are ovulating tend to attract males through concepts such as cosmetics and clothing. For instance, a woman might dress for her preferred sexual partner in a way that ignites seduction. Other differences in human female copulatory behavior and other animals during ovulation include change of behavior around their sexual partners ( Melton, 2014 ). Whereas other mammals can show signals such as pheromones, which is a chemical released to signify arousal, humans have no physiological aspects that initiate mating. The article greatly connects with the question as it exemplifies the various aspects of human ovulatory signals and demystify the differences between female humans and other mammals with regards to ovulation signals.
Reference
Melton, K. (2014). Female mating adaptations: Salient features and the influence of fertility status. Modern Psychological Studies , 20 (1), 3.
