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Poor schools, stereotypes2, workplace & classroom barriers hold people back
Rosanne Skirble | Washington, DC 26 March 2010
Mae Jamison, former astronaut [left], promotes science literacy across the United States to produce more scientists and educate young people with a basic level of science and technology understanding.
Related Links:
Making Science Make Sense
Bayer Facts of Science Education XIV National Survey
Mae Jemison biography
American Association of University Women
Why so Few?
Mae Jemison has accomplished3 many things in life. She is a chemical engineer, medical doctor, college professor, and in 1992, became the first African-American woman astronaut to blast into space.
New mission
Jemison now runs her own medical technology company, BioSentient Corporation. She's also a spokesperson for Bayer Corporation's science outreach program.
Each year since 1995, the company has commissioned a survey on science literacy and workplace issues. This year, it polled 1,200 women and minority chemists and chemical engineers. Careers in science, technology, engineering and math are collectively known as STEM.
"I think that survey shows that, as minorities and women pursue a STEM career, they have to face a number of barriers along the pipeline4 and what we need to do as a society is really understand what these roadblocks are," says Jemison.
While women and minorities make up two-thirds of the American workforce5, they represent less than 25 percent of STEM careers. The survey cites poor schools, lack of quality science and math programs, persistent6 negative stereotypes, financial cost and school and workplace bias7 as the reasons why.
Early interest
Jemison says the survey also finds children are interested in science at an early age.
"That means is that kids come out of the chute excited about the world around them. They are interested in what is going on but hit roadblocks. They are really derailed from their track to becoming professional scientists by academic systems and societies that are neither color blind nor gender8 blind."
Nearly two-thirds of those polled said women and minorities in STEM careers are under-represented in their companies or institutions. Forty percent said they were discouraged from pursuing their chosen career, typically in college and often by their professors, an experience Jemison remembers from her undergraduate days.
She says her professors were less than enthusiastic to see her in class. "It ranged from looking at me when I would ask a question as though something was very strange and then some other student would ask the same question and the teacher would say, 'This is an astute9 observation.'"
American Association of University Women
"Why so Few?" finds climates in university science and engineering departments limit women's participation10 and progress in science and technology fields.
Big gap
Despite a gradual increase in women graduating with undergraduate and graduate degrees in science fields, the gap between men and women remains11 significant in the U.S. workplace.
That's according to a second report released this week by the American Association of University Women. "Why So Few?" compiles academic research from the last 15 years. Its findings underscore the social and cultural bias and barriers in higher education reported by the chemists and engineers in the Bayer survey.
Co-author Andresse St. Rose says, for example, while girls earn high school math credits at the same rate as boys, the myth that girls aren't good at math is persistent and powerful.
"Because of that negative stereotype1, girls are more likely to believe that they are less able in math compared to boys who have similar grades and tests scores in math," says St. Rose.
But she is hopeful the situation can be reversed. "We believe that people can reset12 their biases13 by taking a proactive step, choosing to educate themselves more about women in these fields, by putting up positive images of women in science in their classrooms and in their homes."
The AAUW report recommends steps to raise awareness14 about girls' achievement and interest in science, and to get colleges to attract and keep more female students and faculty15. St. Rose says all sectors16 of the community must implement17 these initiatives in order for them to be successful including, "kindergarten through 12th grade teachers and guidance counselors18, college and university administrators19 and certainly employers and policymakers."
Former astronaut Mae Jemison agrees. She says stronger science programs in schools and colleges will not only put more women and minorities in science fields, but also fuel a more literate20 democracy.
1 stereotype | |
n.固定的形象,陈规,老套,旧框框 | |
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2 stereotypes | |
n.老套,模式化的见解,有老一套固定想法的人( stereotype的名词复数 )v.把…模式化,使成陈规( stereotype的第三人称单数 ) | |
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3 accomplished | |
adj.有才艺的;有造诣的;达到了的 | |
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4 pipeline | |
n.管道,管线 | |
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5 workforce | |
n.劳动大军,劳动力 | |
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6 persistent | |
adj.坚持不懈的,执意的;持续的 | |
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7 bias | |
n.偏见,偏心,偏袒;vt.使有偏见 | |
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8 gender | |
n.(生理上的)性,(名词、代词等的)性 | |
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9 astute | |
adj.机敏的,精明的 | |
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10 participation | |
n.参与,参加,分享 | |
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11 remains | |
n.剩余物,残留物;遗体,遗迹 | |
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12 reset | |
v.重新安排,复位;n.重新放置;重放之物 | |
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13 biases | |
偏见( bias的名词复数 ); 偏爱; 特殊能力; 斜纹 | |
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14 awareness | |
n.意识,觉悟,懂事,明智 | |
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15 faculty | |
n.才能;学院,系;(学院或系的)全体教学人员 | |
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16 sectors | |
n.部门( sector的名词复数 );领域;防御地区;扇形 | |
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17 implement | |
n.(pl.)工具,器具;vt.实行,实施,执行 | |
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18 counselors | |
n.顾问( counselor的名词复数 );律师;(使馆等的)参赞;(协助学生解决问题的)指导老师 | |
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19 administrators | |
n.管理者( administrator的名词复数 );有管理(或行政)才能的人;(由遗嘱检验法庭指定的)遗产管理人;奉派暂管主教教区的牧师 | |
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20 literate | |
n.学者;adj.精通文学的,受过教育的 | |
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