Examples Of Visual-Spatial Abilities

Differences related to gender in spatial memory are most widely described and studied of cognitive sex differences. In 1974 Maccoby and Jacklin established that males usually perform better than females in measures of spatial performance, and this discovery has been constantly replicated in multiple studies covering various developmental stages (McGivern et al. 1997; Lewin et al. 2001) and spatial tasks (Dabbs Jr. et al. 1998; Driscoll et al. 2005).

Science supposed to be unbiased in disregard of gender. Scientist supposed to back the truth through fair and honest experiments without bias or sexual preference but history had taught us that even in science, women are perpetuated and “used” for their own patriarchal gain. In the paper “The Evolutionary Origins of Patriarchy” by Barbara Smuts, Smuts talks about evolutionary basis of male motivation to control female sexuality. Evolutionary psychology has its roots in Charles Darwin theory of Natural Selection-“Through natural selection, [Darwin] explained, men had become superior to woman in courage, energy, intellect and inventive genius and thus would inevitably excel in art, science and philosophy” (The Female Malady, p.122). Such publications not only gave burst to the male society (patriarchal) but gave them more reasons to perpetuate inequality. This is also corroborated by another journal, in the paper “The Origins of Sex Differences in Human Behavior” by Alice H. Eagly and Wendy Wood, which they conclude by saying that evolutionary

Why some people are attracted to members of their own sex whereas others are attracted to members of the opposite sex is no known cause or reason. There is belief to it possible contributing from genetics, hormonal and the environmental influences. One study stated that there is a 50 percent chance that if one identical twin is homosexual or bisexual, the other twin is too. Similar findings lead that some researchers estimate that sexual orientation is 30 to 70 percent genetic (Mustanski, Chivers, & Bailey, 2002).

According to Hetherington and Parke (2002), studies of brain imaging identified that in female bilateralism there were greater amounts of blood flow. The male brain reflects greater lateralization attributing to a higher success rate in spatial tasks and mathematics.

Differences in brain structure between males and females result in important differences in perceptions, emotional expressions, priorities and behaviors. (*) Relationship traits, problem solving approaches, mathematical abilities, reactions to stress, language, emotions, brain size, pain perception, spatial ability and susceptibility to disorders are just some areas in which men and women react differently because of their differences in brain structure. (*) To some scientists and theorists these many influential biological differences between men and women make gender roles inevitable. (*)

Infants of both genders have the same capacity for proficiency in math, but as they get older, more barriers seem to appear, which separate the results of males and females (Spelke). Women have one major barrier that men do not have: their responsibility to bear children and tend the household. This lead some females to believe that they do not have to excel in math and science fields, or at school in general, because they will one day stay at home and take care of their children and family. While women must focus on both their family and their studies, men can work and study without this pressure (Sternberg). Researchers have identified other differences between males and females, including advanced spatial skills in males and superior verbal skills in females (Spelke). The studies collected, however, do not supply sufficient information on gender differences, and therefore lack enough data to support any findings

But they couldn’t be more wrong. Victoria M. Indivero of Penn State News’s ‘Sex segregation in schools, detrimental to equality’ say,”Neuroscientist have found a few difference between male and female brains, but none have been linked to different learning styles.” And to further back up this claim, I have Gina Rippon of Neuroscience News’s ‘Are Female and Male brains really different.’Which states,”It can be shown that a ‘characteristically male’ density of dendritic spines or branches of a neuro cell can be changed to the ‘female’ form simply by the application of a mild external stress. Biological sex alone cannot explain brain differences; to do so requires an understanding of how, when, and to what extent external events affect the struggle of the brain.” So as you can see the gender of the host does not determine nor change any aspect on the brain. It all has to do with the uniqueness of the brain and what happens outside it to the rest of the body that determines exactly what is need for living and learning. For example, if someone had been in a traumatizing car accident, but he was a young boy, it would be best not to stick him into a classroom that is littered with pictures and pictures of cars because they are seen as ‘boyish’. The things we do and happen to us as people

Thus, concluding that the explanation of biological, psychodynamic and learning approaches does influence on gender development. Each of these approaches explains how gender is developed in their own way. From the biological approach, we found out that gender differences are seen as resulting from sex differences. In other words, women and men act, think and feel differently because of differences in how their brains work. These brain differences may result from chromosomal differences and may also be the result of hormonal differences.

Typically, our society describes “male” behaviour as aggressive, assertive, competitive and interested in exploring things. While “Female” behaviour is described as collaborative and supportive. There are often made up generalisations and assumptions that girls are better readers and their literature and writing skills are exceptional than boys and boys are better at the subject of maths and science, which can lead

“Men have better distance vision and depth perception, and usually better vision in lighted environments. Women have better night vision, see better at the red end of the light spectrum, and have better visual memory.” (Steadyhealth website, 2015, Difference between male and female structures (Mental and Physical))

An experiment at the University of California, Los Angeles proved interesting when a machine taught both boys and girls. The boys ended up scoring higher than when a woman taught them. I am wondering if girls scored higher than the boys did when male teachers teach them? I also wonder how the girls scored when taught by a machine; maybe they scored higher, too. At the secondary school level boys do perform better on technical or scientific subjects. Now this goes back to the first assumption that our brains work differently, or is it because more male teachers may teach these subjects? According to Mooney, teacher of the similar sex may have the "instinctive understanding that an adult will enjoy with a child who is going through a process which he or she went through too" (122). In other words, they can relate better with a child of the same sex. I am a female kindergarten teacher and also have a daughter who is six years old. I have no problem relating to the boys in my class. I think I can relate to any child who is five or six years old.

Dr. Laura Allen has spent years studying the brain tissue of both boys and girls. She said, "As I began to look at the human brain more and more, I kept finding differences, and about 7 or 8 of the 10 structures that were actually measured turned out to be different between men and women" (Men, Women). Basically, it is best to always try to learn about human nature, that way we can educate people to prevent them from misusing the information. She claims, "knowledge we get is better, we can alter our education system for more equality" (Men, Women).

Biologically, there are some differences between males and females. Boys do tend to be a bit more aggressive, while girls are usually more verbal. Males also have better spatial skills, which research seems to contribute to their higher testosterone levels, as women with higher testosterone also seem to have greater spatial reasoning skills. (Kimura 50).

Studies have also been carried out into whether or not there are differences between male and female brain size and whether this affects how we relate to each other in terms of gender. Simon Baron-Cohen believes that male brains are wired towards systematic understanding and females are wired towards empathy. In addition he says that this is not necessarily always the case but the majority are wired in this way: “Both sexes have their strengths and weaknesses. Neither sex is superior overall.” (Baron-Cohen, S. 2003).

Females are better at verbalizing and verbal tasks and use double the amount of words than males when talking. Females also learn how to read and write earlier than males and also have a superior sensory system. Females use their five senses much better and are able to remember sensory information easier and have better hearing ranges than males (Sasser). It may often seem that males do not pay attention in the classroom, but in reality it may not be a case of attention at all. Males actually might not hear the frequency or pitch of the teacher’s voice, so in turn a teacher needs to talk louder. Females may take this the wrong way and consider it yelling when in fact the teacher is just trying to get everybody’s attention (Moton). Males are able to spatially process information better. Having this advantage makes them better at multiple skills such as motor skills, mental manipulation of objects, mathematical and abstract reasoning, processing symbols and pictures, navigation, and computer processing (Sasser).