Review sessions: From passive to active
Most science lectures begin with a 5- to 10-min review of what was covered previously, but is this time well spent?
A stopgap laboratory experience
As science education moves toward lab-based courses, what happens to students without access to a lab?
Out with tradition and in with inquiry
Replacing traditional chemistry labs with inquiry-based laboratories that mimic a research project is no easy feat.
Women best men in study of tenure-track hiring
Female candidates twice as likely to get top rating.
A CURE for promoting undergraduate research
In a perfect world, all undergraduate students would participate in a Course-based Undergraduate Research Experience (CURE).
Why many U.S. biology teachers are ‘wishy-washy’
Future science teachers lack knowledge and role models.
Translating clicks into efficiency
As the number of web-based resources for science education increases, evaluation of these websites remains limited.
More Science in the Classroom
About a year ago, Bruce Alberts and I announced the launch of Science in the Classroom (, an online resource of annotated research papers published in Science, with associated teaching materials designed to help pre-college and college students understand how science moves forward as a structured way of revealing the laws of nature.
One scoring rubric to rule them all
Evaluating the effectiveness of undergraduate STEM (science, technology, engineering, and mathematics) courses requires assessing teaching practices
Mind the (gender)'s still here
Unlike in mathematics, engineering, and other areas of science, the number of undergraduate female biology majors exceeds that of male biology majors.
Collaborating on assessments
When teachers collaborate with educational researchers, everyone wins: Teachers focus on their practice and researchers learn about the challenges teachers face.
Book Review: What is in a word
The Dyslexia Debate Julian G. Elliott and Elena L. Grigorenko Cambridge University Press, 2014. 290 pp.
Models of education in medicine, public health, and engineering
Discussion on global health in both the academic and the public domain has focused largely on research, capacity building, and service delivery. Although these efforts along with financial commitments from public and private partners have contributed to a broader appreciation and understanding of global health challenges, the reflection of global health in academic training has largely been lacking. However, integrative models are beginning to appear.
Students produce assessment materials
If teaching someone else is the best way to learn, what will students gain from writing their own test questions?
An experiment in zero parenting
A controversial study of Romanian orphans reveals long-term harm to the intellect.
Promoting evidence-based teaching
Empirical studies of science educational methods illuminate the best practices for getting students to learn.
A new report from the Royal Society on improving U.K. science and mathematics education contains a lengthy wish list: Upper-level students should take a lot more science and math; more college graduates with science degrees should go into teaching; current teachers should continually upgrade their skills and have a larger voice in the educational process; and the government should de-emphasize the high-stakes tests used to measure student achievement.
A research paper in seven moves or less
Genre analysis and argumentation theory, mainstays of literature classes, rarely appear in science classrooms.
Active learning: The twilight of Chem 101?
Should professors continue to use traditional lectures in undergraduate STEM (science, technology, engineering, and mathematics) classrooms?
New grants bring STEM volunteers to schools
The AAAS National STEM Volunteer Program has awarded seven grants of approximately $12,000 each to nonprofit organizations working with AAAS members, to build collaborations between STEM professionals and K-12 students and teachers.
Making business students science-savvy
What happens when science pedagogy goes to business school?
Think Outside the Lab
Last month, the U.S. National Science Foundation (NSF) released a report* with some grim news that confirmed what is painfully obvious to recent Ph.D. graduates in science, technology, engineering, and mathematics (STEM) fields: Unemployment for this cohort is on the rise (at 2.4% in 2010, up nearly a percentage point since 2008).
Convergence Between Science and Environmental Education
Citizen science and concerns about sustainability can catalyze much-needed synergy between environmental education and science education.
Mentoring in All Its Varieties
Mentoring is ubiquitous throughout the academic system, with mentors and mentees representing a diverse set of backgrounds, skill levels, and priorities.
Computer-Guided Inquiry to Improve Science Learning
Automated guidance on essays and drawings can improve learning in precollege and college courses.
Owning the Experience
An essential component of a successful undergraduate research experience is project ownership.
Next Steps for Citizen Science
Strategic investments and coordination are needed for citizen science to reach its full potential.
Teaching by Retraction
As funding for research grants becomes more competitive, the pressure to publish in top journals increases and may lead to an increase in ethical lapses.
Time Well Spent?
As science, technology, engineering, and mathematics (STEM) instruction begins to shift to a more active approach, how do we best collect and analyze data on how teachers and students spend their classroom time?
Education News
A collection of Science NOW articles, the daily news service from Science.
Studies Suggest Two-Way Street for Science Majors
Leah Gum's decision to switch from theater into electrical engineering isn't as rare as many experts think.
Fostering Self-Worth
First-generation college students, where neither parent received a 4-year college degree, tend to perform more poorly and have higher dropout rates than continuing-generation students, who have at least one parent with a 4-year degree.
Fostering Self-Worth
First-generation college students, where neither parent received a 4-year college degree, tend to perform more poorly and have higher dropout rates than continuing-generation students, who have at least one parent with a 4-year degree.
DNA Barcoding from NYC to Belize
The Student DNA Barcoding Project, an IBI prize–winning module, develops student generated research to study local biodiversity using molecular biology skills.
Open Learning at a Distance: Lessons for Struggling MOOCs
Support for nontraditional students, team-based quality control, and assessment design are critical.
Women in Physics
Women continue to be underrepresented in physical science classes and careers.
Evaluating Computer Scoring
The preferred way to evaluate science students’ argumentation and communication skills is through written essays and oral interviews.
Exploring the Evolution of Human Mate Preference
The Evolution of Human Mate Preference, an IBI prize–winning module, uses inquiry to elucidate strategies used by males and females to maximize reproductive fitness.
Instructional Complexity and the Science to Constrain It
School-researcher partnerships and large <i>in vivo</i> experiments help focus on useful, effective, instruction.
When Neuroscience Guides Education
How do findings in neuroscience guide educational research and practice?
AAAS National STEM Volunteer Program
With nearly 100 volunteers spending a day a week in K-12 classrooms in the D.C. area, and a budding program in Seattle, AAAS is committed to working with scientists and engineers to make scientific literacy possible for all students. Now, thanks to a generous donation from a AAAS Fellow, we are ready to grow these efforts into a nationwide network. Toward that end, AAAS is announcing the pilot stage of the AAAS National STEM Volunteer Program. In 2014, AAAS will award five seed grants of up to $15,000 each to members working with non-profits in their community to bring scientists and engineers into local classrooms in an ongoing and meaningful way. In addition to funding, AAAS will provide resources for developing, implementing, and sustaining the volunteer effort. The deadline for submitting a letter of intent is November 18, 2013, and the full application deadline is December 20, 2013. All grants will be awarded by February 28, 2014.
Radiation and Atomic Literacy for Nonscientists
Inquiry into Radioactivity, an IBI prize–winning module, enables students to develop meaningful understandings of ionizing radiation through guided experimentation.
IBI Winner for October is Announced
The IBI Winner for October has been announced. It is "Inquiry into Radioactivity" out of Black Hills State University. You can download the PDF here. Inquiry into Radioactivity, an IBI prize–winning module, enables students to develop meaningful understandings of ionizing radiation through guided experimentation. The following press release contains an interview with the author where you can learn about the creation of "Inquiry into Radioactivity."
Science Demystified
We are pleased to announce a new resource from science for exposing pre-college and university students to the nature of science as a fascinating and powerful way of knowing about the world.
Welcome to the Science Education Portal!
Welcome to the Science Education Portal, a "one-stop shop" for all of Science Magazine's freely available education content. We will use this blog to highlight available content on the website and to feature relevant science education work.
Learners As Teachers
Among emerging massive open online courses, the Peer 2 Peer University remains unique.
Increasing Persistence of College Students in STEM
An evidence-based framework offers a guide for efforts to increase student persistence in STEM majors.
Students Propose Genetic Solutions to Societal Problems
The Genetic Engineering Proposal Project, an IBI prize–winning module, teaches biology students to devise innovative bioproducts or solutions to environmental or health problems.
Self-Efficacy Is the Key
The natural response to the shift toward inquiry-based science education is an increase in faculty-mentored undergraduate research experiences (UREs).
An Inquiry into the Water Around Us
An Inquiry into the Water Around Us, an IBI prize–winning module, brings the college classroom into the community.
A Teacher’s Quest
Biologist Steve Robinson is leaving a high-level White House post for a high school in New York City in a career-long quest to understand the secret behind great teaching.
Can Rating Pre-K Programs Predict Children's Learning?
Systems intended to rate the quality of early education programs may not actually reflect impacts on learning.
Active Investment
Traditional classrooms, where rows of students face an instructor, may be an obstacle as science education moves toward inquiry-based learning.
NIH Teaching Units, Cherished in Schools, May Be Shredded
The science education office at the National Institutes of Health may be forced to dump 180 tons of supplemental lessons on a range of health science issues if it loses its funding under a proposed reorganization of federal STEM education programs.
Engaging High School Students in Research on Smoking Behavior
Exploring Databases, an IBI prize–winning module, enables students to conduct epidemiological research on smoking behavior using a database.
Modeling Conceptual Understanding
Reforms in biology education aim to develop students’ understanding of biological processes in the context of systems, both within and across spatial and temporal scales.
An Invisible Hand Behind Plan to Realign U.S. Science Education
Meet the master bureaucrat behind President Obama's controversial proposal to reshuffle the federal government's $3-billion-a-year investment in STEM education.
Crowdsourcing and Curating Online Education Resources
The diverse wealth of crowdsourced online tools can benefit from professional coordination and quality control.
The Complete Collection of SPORE Web Site Winners
SPORE collection booklet
We hope that readers will value in this compilation of winning SPORE Prize essays plus related editorial content.
Interdisciplinary Check
Interdisciplinarity has been increasingly called for in U.S. science education, but it is not always clear how to best integrate it into the curricula.
Investigating Ecosystems as a Blended Learning Experience
The SCY ECO mission, an IBI prize–winning module, fosters inquiry learning, collaboration, and design for ecology following a blended learning approach.
Government funding has powered U.S. research universities to global preeminence. With that support now shaky, can philanthropy help them maintain their lead?
Students as Collaborators in Systems Biology Research
Quantitative Trait Mapping, an IBI prize–winning module, immerses students in the role of a systems biology researcher.
Drawing to Learn
Science education is shifting away from the memorization of facts and moving toward educational experiences that correspond with authentic research and the scientific process.
Motivation + Skill = Success
Both motivational and cognitive variables play a role in academic achievement.
Gaming Knowledge
Video games have great potential to support educational objectives.
Root Cause Analysis for Young Engineers
Root Cause Analysis, an IBI prize–winning module, requires students to use a systematic approach to analyze complex problems.
A Business View on U.S. Education
Business leaders depend on an education system capable of providing a workforce able to compete in a global marketplace.
Teacherpreneurs: A Bold Brand of Teacher Leadership for 21st-Century Teaching and Learning
Challenges facing our public schools demand a bold brand of teacher leadership.
Transformation Is Possible if a University Really Cares
The same attention to scientific detail that led to his Nobel Prize is helping Carl Wieman improve how undergraduates learn science.
Plenty of Challenges for All
Prioritizing Science Education
By Bruce Alberts. THIS SPECIAL ISSUE OF SCIENCE EXPLORES “GRAND CHALLENGES IN SCIENCE EDUCATION,” A CRITICAL set of the problems and exciting opportunities now facing science education on a global level.
Opportunities and Challenges in Next Generation Standards
Goals for literacy, math, and science education may increase citizens’ capacity to argue from evidence.
Driven by Diversity
Evidence is growing on benefits, and approaches, to increase diversity in the science and engineering workforce.
Integrating Inquiry-Based Teaching with Faculty Research
Biology 44Y, an IBI prize–winning module, helps students do science by practice, with a focus on plant-pollinator-microbe interactions as a model system.
Testing at a Higher Level
The development of higher-order cognitive skills (HOCSs) is central to recent education reform efforts, yet data indicate that few courses are able to successfully assess these skills.
Am I Wrong?
By Bruce Alberts. I HAVE SEVEN GRANDCHILDREN, AND I WORRY ABOUT THEIR FUTURE. THE NATION THAT I WAS RAISED in, the United States, has clearly lost its way at a time when the world badly needs wise leadership
Owning Up
One argument in favor of inquiry-based instruction is that it provides students with a sense of ownership over their learning.
Mars Student Imaging Project: Real Research by Secondary Students
The Mars Student Imaging Project, an IBI prize–winning module, provides student access to NASA scientists and spacecraft data.
Stats for Scientists
Most science students receive their math instruction through the math department.
Keeping an Eye on Biology
Genomics Explorers, an IBI prize–winning module, engages students with bioinformatics and molecular research.
Science Learning Progressions
New science education standards build upon research-based cognitive models of how learning unfolds over time.
Assessing Literacy
Scientific literacy, a skill needed beyond the classroom, is being integrated into general education curriculums, resulting in a need to assess students as they develop scientific literacy skills.
Summing Up Math Standards
Are the Common Core State Standards for Mathematics (CCSSM), which are about to be implemented in the United States, high-quality standards that are internationally competitive?
Interdisciplinary Graduate Training in Teaching Labs
Intensive, short-term courses meld students and faculty and new techniques in pursuit of genuine research questions.
How We Got Here: An Inquiry-Based Activity About Human Evolution
Show your students the face of a baby chimpanzee, and they will be startled and amazed by how human she is.
Raising Up a Fallen Ivory Tower
Myanmar's universities, benighted after decades of isolation and neglect, are striving to make up lost ground and recover lost student bodies.
Solving Complex Problems
Before he became America’s first de facto science adviser, Vannevar Bush was a professor of Electrical Engineering and, eventually, dean of Engineering and vice president at the Massachusetts Institute of Technology (MIT).
Quality Assurance
Measuring teacher quality is a contentious topic; everyone agrees it should be done, but few can agree on how best to do it.
Gauging Competitiveness
Supported by data showing that U.S. students perform substantially below their international peers, politicians justify their education policies by linking them to the need to be competitive in a global economy.
Student-Directed Discovery of the Plant Microbiome and Its Products
Macroscopic organisms, even when healthy, harbor diverse microorganisms that influence their development, physiology, and fitness.
A Mutant Search—Caenorhabditis elegans and Gene Discovery
With ~36,000 students enrolled, the University of North Texas is the fourth largest state university in Texas.
How to Train a Leader
If we are to increase the number of women in science, technology, engineering, math, and medicine (STEMM), it is imperative to increase the number of women in STEMM leadership roles.
The Efficacy of Student-Centered Instruction in Supporting Science Learning
Transforming science learning through student-centered instruction that engages students in a variety of scientific practices is central to national science-teaching reform efforts.
Personal Plants: Making Botany Meaningful by Experimentation
The use of scientific inquiry in studying plant growth is perhaps as old as agriculture itself.
Sustaining Innovative Teaching
Recent emphasis on improving science education has led to the development of high-quality research-based instructional strategies (RBISs).
Making Use of Misconceptions
Ironically, educators themselves hold misconceptions on how best to deal with their students’ preexisting ideas.
Discovering Nanoscience
The President’s Council of Advisors on Science and Technology stresses the importance of adoption of empirically validated instructional practices, such as inquiry-based laboratory experiences, in higher education .
Math + Science = Success
Is there any truth to the idea that biology students are interested in science yet are apprehensive about math?
Engaging Students in Molecular Biology via Case-Based Learning
Case It! ( originated at the 1995 BioQUEST Summer Workshop and has developed over the years into an effective system for case-based learning useful for both high school and university educators.
Aipotu: Simulation from Nucleotides to Populations and Back Again
Imagine an undergraduate research project where students are given samples of an uncharacterized plant species.
A Failure to Forget
Students with science misconceptions often have a hard time giving them up, especially if they have held them for a long time.
Engaging Students in Earthquakes via Real-Time Data and Decisions
The topic of earthquakes appears in virtually all introductory undergraduate geoscience courses.
Respect My Authority
Graduate teaching assistants (TAs) are regular fixtures in science classrooms; however, their status and authority as teachers remain ambiguous.
Automate to Educate
Science education reforms face a daunting challenge: How do we assess skills that cannot be easily automated or digitized?
Learning Biology by Recreating and Extending Mathematical Models
Biological systems are dynamic.
All in Our Heads?
Math anxiety is a familiar ailment to many adults; however, little is known regarding its neurodevelopmental basis.
Engaging Undergraduates in Global Health Technology Innovation
It takes only 90 minutes to fly from Miami to Port-au-Prince, Haiti, but the cities are a world apart.
Getting the Question Right
An inquiry-based science curriculum requires teachers to generate scientific questions for their students.
Adapting to Osmotic Stress and the Process of Science
Inquiry-based approaches to science education improve critical thinking and engagement of students in coursework along with immersing them in the nature of science.
Investigating Arabia Mountain: A Molecular Approach
Exposing undergraduate students to inquiry and discovery, elements that lie at the core of science, is an effective strategy to lure them into the scientific world.
Engage to Excel
IN 2010, WE AND OUR COLLEAGUES ON THE PRESIDENT’S COUNCIL OF ADVISORS ON SCIENCE and Technology (PCAST) released a report entitled Prepare and Inspire: K-12 Education in Science, Technology, Engineering and Math (STEM) Education for America’s Future.
America’s Community Colleges
IN THE 2009 AMERICAN GRADUATION INITIATIVE, PRESIDENT OBAMA ENTHUSIASTICALLY HIGHLIGHTED the importance of community colleges—publicly funded 2-year institutions—for meeting the projected growth in jobs requiring a college degree.
Forget Me Not
Since 1975, the same Prior Knowledge Test (PKT) has been given to incoming students studying physics at the University of Bristol, UK.
On Teaching, Tuition, and Talent
U.S. research universities are being asked to improve instruction, hold down costs, and promote economic growth. Are they up to the challenge?
The Effects of Experience and Attrition for Novice High-School Science and Mathematics Teachers
Because of the current high proportion of novice high-school teachers, many students’ mastery of science and mathematics depends on the effectiveness of early-career teachers.
Getting the Rubric Right
Despite the growing popularity of online learning, how to grade online discussions remains a challenge.
A Season for Inquiry: Investigating Phenology in Local Campus Trees
Michigan State University rightfully claims one of the most beautiful campuses in the Midwest.
Survival Analysis of Faculty Retention in Science and Engineering by Gender
Individual assistant professors (a total of 2966 faculty) hired in science and engineering since 1990 at 14 United States universities were tracked from time of hire to time of departure by using publicly available catalogs and bulletins.
Science Illustrated
U.S. college freshmen aspiring to a career in science often lose their enthusiasm.
Teaching Real Science
IN THIS ISSUE OF SCIENCE, WE ARE PUBLISHING THE FIRST OF 15 WINNING ENTRIES FOR the 2011 Science Prize for Inquiry-Based Instruction (p. 418), a laboratory module entitled Light, Sight, and Rainbows.
An Inquiry-Based Curriculum for Nonmajors
Only 28% of the U.S. adult population is considered scientifically literate.
Trivializing Science Education
I WAS PROMPTED TO WRITE THIS EDITORIAL AFTER PLAYING AN ELECTRONIC VERSION OF THE old board game Trivial Pursuit with my grandchildren over the holiday break.
Physical Meets Virtual
Studies designed to evaluate the relative educational merit of two modes of laboratory instruction have produced inconsistent results.
It’s the Teachers
THE POOR PERFORMANCE OF U.S. STUDENTS ON INTERNATIONAL MEASURES OF SCIENCE AND MATH has been bemoaned by everyone from the president to concerned parents.
Lessons from a Science Education Portal
Doing your best on the Web requires attending to search engines, answering hard questions, and making cybertools accessible to a broad audience.
Calendar Effects
Does the organization of the school calendar affect student learning?
Open Source Physics
A curriculum resource designed around interactive computer-based modeling brings computational physics to students of all levels.
Less Is More
Our understanding of how laboratory materials influence student learning with respect to problem-solving remains limited.
An Online Community for Students Who Love STEM
The next generation of STEM innovators interacts with practicing scientists, mathematicians, and each other.
Making Earth Science Data Accessible and Usable in Education
The Earth Exploration Toolbook provides instructions on accessing and analyzing Earth science data to explore scientific concepts and issues.
Astronomical Perspectives for Young Children
Crowd-sourced efforts and online educational resources are able to multiply the impact of astronomy outreach and education.
Getting Education Right
A Passion for Early Education
Joan Lombardi brings experience and energy to the Obama Administration's efforts to better coordinate federal children's health and education programs.
An Interaction-Based Approach to Enhancing Secondary School Instruction and Student Achievement
Improving teaching quality is widely recognized as critical to addressing deficiencies in secondary school education.
Graduate Students’ Teaching Experiences Improve Their Methodological Research Skills
Science, technology, engineering, and mathematics (STEM) graduate students are often encouraged to maximize their engagement with supervised research and minimize teaching obligations.
Laying the Foundation for Lifetime Learning
Global Human Capital: Integrating Education and Population
Better education is associated with lower mortality, better health, and different migration patterns. Hence, the global population outlook depends greatly on further progress in education, particularly of young women.
Gauging Merit in the Badge
The Boy Scout merit badge program is an informal educational experience allowing Scouts to explore a variety of subjects, including science.
Facilitating Scientifi c Investigations and Training Data Scientists
Students and teachers have free online access to an electron microscope in order to explore the world of insects.
Avoiding a Setback to STEM
School-Based Early Childhood Education and Age-28 Well-Being: Effects by Timing, Dosage, and Subgroups
Advances in understanding the effects of early education have benefited public policy and developmental science.
Computational Experiments for Science Education
Computational experiments based on solving fundamental physics equations bring authentic science to the classroom.
A Destination in Time
Deep time, the scale used to measure evolutionary, geologic, and cosmological events, is a difficult concept to teach.
Increased Structure and Active Learning Reduce the Achievement Gap in Introductory Biology
Science, technology, engineering, and mathematics instructors have been charged with improving the performance and retention of students from diverse backgrounds.
The Periodic Table of Videos
A YouTube project, started on impulse, has become a chemistry resource in daily use in classrooms and homes worldwide.
Improved Learning in a Large-Enrollment Physics Class
We compared the amounts of learning achieved using two different instructional approaches under controlled conditions.
All Together Now
The recent explosion of citizen science activities has been accompanied by informal science education efforts aimed at fostering partnerships between students, academics, and industrial scientists.
Science Buddies: Advancing Informal Science Education
An innovative nonprofit enables scientists to present inspiring project ideas based on their own research to K–12 students parents, and teachers.
Sizing Up Education Specialists
Attempts to include education training into already demanding science faculty schedules have been challenging.
Building Botanical Literacy
Online mentors inspire interest in science while engaging students in thinking about plant biology.
Bringing the Museum into the Classroom
Digital modules for online resources and good metadata help teachers find the museum’s rich, authoritative science content to use in their classrooms.
Retrieval Practice Produces More Learning than Elaborative Studying with Concept Mapping
Educators rely heavily on learning activities that encourage elaborative studying, whereas activities that require students to practice retrieving and reconstructing knowledge are used less frequently.
Penguins and Polar Bears Integrates Science and Literacy
Elementary teachers find resources about the Arctic and Antarctica along with practical ideas for enhancing children’s literacy skills in this online project.
Child Scientists
What would happen if, instead of consulting previous literature, scientists asked children for advice on designing experiments?
Writing About Testing Worries Boosts Exam Performance in the Classroom
Two laboratory and two randomized field experiments tested a psychological intervention designed to improve students’ scores on high-stakes exams.
Science 101: Building the Foundations for Real Understanding
Two online projects offer one-stop shopping for teaching evolution, as well as the nature and process of science.
Got a Question? “Ask A Biologist”
An educational Web site adds new twists to learning by promoting direct conversations between scientists and the public.
Handful of U.S. Schools Claim Larger Share of Output
Quality attracts quality in academic research. But is that the best way to achieve economic prosperity?
Physical Phenomena in Real Time
The use of videos allows teachers to tame the vagaries of experimentation while engaging students in the process of physics.
Immunology for Clinicians: A “Trojan Horse” Approach
A South African Web site imparts basic immunology information to clinicians and other health-care workers.
The Universe Online
Data from the Sloan Digital Sky Survey can be used by students, teachers, and the public to contribute to scientific research.
MIT OpenCourseWare: Unlocking Knowledge, Empowering Minds
A collection of more than 2000 course syllabi, lecture notes, assignments, and exams is provided free of charge.
Resources for Anyone Interested in the Brain
Games, information, and discussions with scientists bring neuroscience knowledge to all hands.
Using Video to Build Learning Contexts Online
An online course takes a systems approach to teaching Environmental Science.
The ChemCollective—Virtual Labs for Introductory Chemistry Courses
A collection of online activities emphasizes the design and interpretation of experiments.
Learning to Read, Reading to Learn
Addressing Science Teacher Needs
A pair of Web sites enhances teachers’ content knowledge and teaching repertoire through asynchronous approaches.
On the Cutting Edge: Teaching Help for Geoscience Faculty
A place is described for faculty to share their teaching expertise and to remain current with advances in geoscience.
Making Genetics Easy to Understand
An integrated pair of Web sites for students and teachers supports genetics and genomics education worldwide.
Questions, Questions
Question-asking is a fundamental element of practicing science; however, the teaching of question-asking skills is often overlooked in science education.
From Journal to Classroom
Can cutting-edge science be taught in the classroom?
Adding a T to the Three R's
Empowering Green Chemists in Ethiopia
Collaborations between scientists in economically developed countries and their African colleagues can be inspiring and productive.
Cognitive Supports for Analogies in the Mathematics Classroom
Variations in the effective use of analogies in math instruction across countries may contribute to performance differences in the TIMSS studies.
Analysis of elementary school classrooms in the United States returns a discouraging report on the quality of students’ experiences.
Surveys indicate that undergraduate research opportunities help clarify students’ interest in research and encourage students who hadn’t anticipated graduate studies to alter direction toward a Ph.D.
Opportunities to Learn in America's Elementary Classrooms
Analysis of elementary school classrooms in the United States returns a discouraging report on the quality of students’ experiences.
Standardized Tests Predict Graduate Students' Success
Standardized admissions tests are valid predictors of many aspects of student success across academic and applied fields.
Algorithm-Guided Individualized Reading Instruction
Reading instruction benefits from a computerized intervention.
Teaching Scientific Inquiry
Working in research laboratories to generate new scientific information can give high school students a taste of real scientific investigation.
Volunteers Bring Passion to Science Outreach
Partnerships between graduate students and high school students in St. Louis benefit both groups, and bring real laboratory experiences to the high school students.
Gender Similarities in Mathematics and Science
Boys and girls have similar psychological traits and cognitive abilities; thus, a focus on factors other than gender is needed to help girls persist in mathematical and scientific career tracks.
Evaluating Montessori Education
An analysis of students’ academic and social scores compares a Montessori school with other elementary school education programs.
Teaching and Assessing Knowledge Integration in Science
Interactive visualizations combined with online inquiry and embedded assessments can deepen student understanding of complex ideas in science.
Who Is Responsible for Preparing Science Teachers?
At the University of Colorado at Boulder, involving students in the transformation of science courses raises the visibility of science teaching as a career and produces K–12 teachers well-versed in science.
Collaborative Ecological Restoration
Faculty and students at the University of Washington forge interdisciplinary partnerships with the regional community to restore damaged habitats.
Planning Early for Careers in Science
Young adolescents who expected to have a career in science were more likely to graduate from college with a science degree, emphasizing the importance of early encouragement.
Technological Advances in Inquiry Learning
Computer simulations enhance inquiry-based learning—in which students actively discover information—by allowing scientific discovery within a realistic setting.
Preparing Minority Scientists and Engineers
An undergraduate program involving mentorship, summer and other workshops, and targeting high-achieving high school students improves participation of underrepresented minorities in science.
Genome Consortium for Active Teaching (GCAT)
A supportive network of scientists and faculty brings sophisticated microarray experiments to the undergraduate lab and classroom.
The Merits of Training Mentors
Good mentoring can be learned.