时间:2019-01-12 作者:英语课 分类:2010年VOA慢速英语(四)月


英语课

This is the VOA Special English Education Report.


Two new studies have investigated why fewer females, compared to males, study and work in the so called STEM subjects in the United States. Those subjects are science, technology, engineering and mathematics.


The American Association of University Women examined existing research. Its report, called “Why So Few?,” also suggested ways to interest more girls and women in the STEM fields. The researchers found that cultural and environmental factors make a difference.


Researcher Christianne Corbett says more boys than girls score very high on math tests in most countries. She says Iceland and Thailand are exceptions.


CHRISTIANNE CORBETT: “In those countries, more girls than boys actually scored above the ninety-ninth percentile in math. This is something that we point out in our report just says further evidence that cultural factors and societal factors can make a difference in who achieves at the very high levels and if girls are achieving or not.”


The other study was carried out by the Campos company for the Bayer Corporation in the United States. It asked more than one thousand women and minority members of the American Chemical Society about their experiences. Seventy-seven percent said not enough women and minorities are working in STEM professions today. This is because they were not identified or urged to study those subjects in school. Bayer USA Executive Director Rebecca Lucore says its study produced results similar to the AAUW research.


REBECCA LUCORE: “I think that what our recent survey showed is there’s still a lot of work to be done. We see that you know from everyone, they say their interest in science begins before the age of eleven. So we need programs that really, and from industry's perspective too, get in front of kids while they’re young in elementary school.”


Why is it so important for girls and women to be involved in science? Christianne Corbett has one answer.


CHRISTIANNE CORBETT: “Increasing diversity in professions leads to better products, better science, just generally. And expanding and developing this science and engineering workforce 1 is critical to the nation’s economic innovation and productivity and competitiveness.”


Rebecca Lucore says scientific professions need more and better workers.


REBECCA LUCORE: “It’s just about having scientifically literate 2 citizens. It’s really important no matter what career you go into if it’s accounting 3 or human resources or science career that you can think critically and creatively, you can work in teams, you can adapt to change and that’s important for everybody.”


And that’s the VOA Special English Education Report, written by Nancy Steinbach. Is science a popular field of study for girls in your country? You can comment at voaspecialenglish.com. I’m Barbara Klein.


 

 



n.劳动大军,劳动力
  • A large part of the workforce is employed in agriculture.劳动人口中一大部分受雇于农业。
  • A quarter of the local workforce is unemployed.本地劳动力中有四分之一失业。
n.学者;adj.精通文学的,受过教育的
  • Only a few of the nation's peasants are literate.这个国家的农民中只有少数人能识字。
  • A literate person can get knowledge through reading many books.一个受过教育的人可以通过读书而获得知识。
n.会计,会计学,借贷对照表
  • A job fell vacant in the accounting department.财会部出现了一个空缺。
  • There's an accounting error in this entry.这笔账目里有差错。
学英语单词
abrasion resistant
acidemia
ad captandum (vulgus)
anatomopathological
aneurine
antidazzle lamp
apocalyptica
audit of capital construction appropiation
blizzardly
brass wire bolt
buoyancy sorting
Campbell I.
Carbon stocks
CCRT
chlorine monofluoride
Châmkar Samsěb
climatological data
coccygeal muscle (or caudal muscle)
cross lode
Cryptostylis arachnites
crypuies
diagonal-brace
dip varnish
double-pipe
downcomer backup
dynamic vertical sensor
erigeron
extra-polation
farm-price method
fiancte
fibrograph
fire control radar (fcr)
fuel control unit (fcu)
ga(u)ge interferometer
genital crisis
give someone a roasting
give someone one
gradient formula
guyons
halogen acceptor
Hamilton principle
haplotransplantation
heteroploid
Hilsenheim
hyphen push
hypobranchial eminence
irregularists
isopropyl ether
J.A.
kiasis
L /C,l /c
laser self-focusing
leaky kidney
longitudinal phase
loose tube cable attenuation
Magnesio-Ursilite
magnetic code
magnetic lifting device
majority-rule
mess-free
monitour
moveablest
mpfc
multipath reflections
narrow-beam condition
nem.dis.
non-thymus dependent antigen
OPDAR
operate memory
oranon
Pel-Ebstein disease
pervious bed
PICU (priority interrupt control unit)
pram
rerunning
resub
self-assessment procedure
setwork
Shaqq al Khadir
slagwool
snaggletoothed
subordinate body
symeons
tails sieve
tectricial
three-component accelerograph
three-slots
throw the log
thunderstorms
tnfrsf
transmission of light
trilliums
Trypanosoma melophagium
typical structure
unevanescent
vacuumjunction
ventilation duct
vertex of surface
Wadebridge
wall charts
water balloon
wet lay system