pt. 1. -- Curricular elements that develop critical research skills
Teaching and learning strategies. Stimulating attitudes of inquiry with problem-based learning -- Harold B. White III
Cooperative learning and project-based laboratories as a way to broaden learning outcomes -- Thomas Wenzel
Implementing inquiry- or problem-based learning in the undergraduate science curriculum: ideals, examples, and concerns -- Marie T. Balaban
Research link 2000: building and sustaining research-based undergraduate curricula -- Jim Hoerter, Sibdas Ghosh
Team-oriented, project-based learning as a path to undergraduate research: a case study -- Ari W. Epstein [and others]
Research-based learning in an introductory environmental sciences course -- David H. Firmage, Thomas H. Tiegtenberg, F. Russell Cole
Using GIS technology to develop research skills: learning to think spatially and use GIS in higher education -- Ann B. Johnson
Highlights of teaching and learning strategies to develop research skills. Best practices for a rearch-supportive curriculum -- Gina MacDonald
Debate in the classroom: a means to an educational end -- Brent M. Foster
Preparing students for research at the introductory-level with technology -- Laura Guertin
How I teach experimental psychology: incorporating research in a research design course -- Andrew M. Herbert
Integration of teaching and research through digital fabrication projects in the curriculum -- James Thurman
POGIL: a learning strategy that promotes undergraduate research -- C. Salter
Investigative learning in introductory physiology -- Scott D. Hawke, Gary Tallman
Development of a phytoremediation freshman chemistry laboratory -- Bert E. Holmes
Skills development. A practical strategy for designing effective and innovative courses -- Barbara J. Tewksbury, R. Heather Macdonald
Integrating information and scientific research skills training within a research-supportive undergraduate curriculum -- Eleanor M. Smith.
A read-analyze-write approach to research-related literacy skills for upper-division chemistry majors -- Marin S. Robinson, Fredricka L. Stoller
Using 'Write like a chemist' at Nazareth College, Rochester, NY -- Timm Knoerzer
Piloting the text 'Write like a chemist' in an upper-division writing class for chemistry majors -- Donald R. Paulson
How writing programs support undergraduate research -- Joyce Kinkead
Responsible conduct in research instruction in undergraduate research programs -- Amy M. Shachter
Highlights of effective practices to develop research skills. Intrinsically meaningful goals and the process of peer review: why and how teaching can make a difference -- G. Scott Acton
A writing-intensive clinical research course -- David Cherney
Grant proposal writing for undergraduates -- Cahleen Shrier
Chemistry research methods: a capstone course -- Holly D. Bendorf
Encouragaing undergraduate research in psychology: two approaches -- Theresa Brown, Linda James
Utilizing a senior capstone research course to promote undergraduate research -- Tsu-Ming Chiang
Integrating an undergraduate elective with research experiences -- Zachary Dodds
Fostering research skills with the incorporation of bioinformatics tools in upper-level biochemistry -- Jennifer K. Inlow
A sophomore course on methods in chemical research -- Carl Salter
Designing and conducting experimental approaches to research questions with a consideration of environmental issues -- Kerry K. Karukstis
From genotype to phenotype -- Willetta Toole-Simms
The catalyst seminar -- Katerina V. Thompson, William J. Higgins
Implementing a capstone honors research experience in psychology -- Jane R. Williams, Kathy E. Johnson
Dollars and sense: strategies for involving students in proposal writing -- A. Tabor Morris
pt. 2. -- Curricular infrastructure that enhances a research-supportive curriculum.
Curricular reform. Undergraduate research programs: is there a magic bullet for success? -- James Gentile
Flexible curricular structures to provide time for research within the curriculum -- Linda Rueckert
A public university science department's experience with problem-based cohort learning -- Travis Wagner [and others]
A culture of research ad critical thinking: core to liberal arts -- Carole Pfeffer, Daylene Zielinski, Gail Henson
Integrating research into a small geology department's curriculum -- Linda Reinen [and others]
How to engage in collaborative curriculum design to foster undergraduate inquiry and research in all disciplines -- Patricia Pukkila [and others]
Engineering clinics: an integration of research into the undergraduate engineering curriculum -- Beena Sukumaran [and others]
Animating a biology curriculum with research -- Kathleen A. Tweeten [and others]
Multi-level integration of student research in a psychology/neuroscience curriculum -- Sandra K. Webster [and others]
Highlights. Designing a research-driven history program -- Dennis G. Glew
The National Institutes of Health study group: a research-oriented off-campus undergraduate study opportunity at Colgate University -- Roger Rowlett
Integrating undergraduate research into the curriculum: SUNY, College at Buffalo -- Jill K. Singer
The Holy Cross biochemistry concentration: an integrated four-year program to develop undergraduate research scholars -- Robert M. Bellin, Kenneth V. Mills
Research tracks for undergraduates in the Calvin College science division -- Janel Curry, David DeHeer
College-wide curricular reform to provide faculty-student collaborative scholarly experiences at Baldwin-Wallace College -- G. Andrew Mickley
Developing an understanding of the integration of research and society -- K. Karukstis
Transforming undergraduates into skilled researchers using laddered teams -- Jerusha Detweiler-Bedell, Brian Detweiler-Bedell.
Developing 180 researchers each year in chemistry at Holy Cross College -- Ronald M. Jarret
Problem vs. technique-driven undergraduate scientific research -- A. Tabor Morris
SUMR: Colgate University's program to support faculty mentoring student summer research -- Mary Jane Walsh
Innovative multidisciplinary courses and programs that generate research and sustain a research-supportive curriculum. How to design, implement, and sustain an interdisciplinary investigative laboratory -- Gerald R. Van Hecke
Establishment of an investigative curricular approach across the geology and physics programs at Western Carolina University and implementation at other institutions -- Virginia L. Peterson, Mark L. Lord
Kurt Vandervoort --
Integrating the sciences at Haverford College -- Julio C. de Paula
The Clean Water Institute at Lycoming College -- Mel Zimmerman
Integrated biological and chemical laboratory experiences for enhanced education, research opportunities, and career development -- David W. Seybert, Jeffrey D. Evanseck, John S. Doctor
Highlights of multidisciplinary courses and programs that foster a research-supportive curriculum. A project in integrating undergraduate research with service learning -- Michael F. Bassman
Livin' for the city: an interdisciplinary course -- Vincent F.A. Golphin, Danielle T. Smith
An undergraduate interdisciplinary course in computational and theoretical chemistry: two approaches are better than one -- Scott E. McKay, Renée S. Cole
Teaching the watershed: interdisciplinary undergraduate research and learning -- Rachel O'Brien, Eric Pallant
A projects-based course at Colgate University: Environment Studies 480, interdisciplinary investigation of environmental issues -- Mary Jane Walsh
Colgate University's Upstate Institute Field School: community-based research and learning -- Mary Jane Walsh.
Facilities, resources, and institutional practices that promote a research-supportive curriculum. Facilities and resources that promote a research-supportive curriculum -- Neal B. Abraham
The role of campus-wide undergraduate research centers in supporting a research curriculum -- Mary Crowe
Faculty commitment to an inquiry-based curriculum: the Discovery Program -- Michael O'Hare
Creative activity and undergraduate research across the disciplines -- Lori Bettison-Varga
Research experiences for undergraduates with disabilities in science, technology, engineering, and mathematics majors -- S.J. Langley-Turnbaugh [and others]
Curricular assessment practices that enhance the undergraduate research environment -- Katherine Whatley
Highlights. The anatomy of a science scholar -- Cahleen Shrier
Using a student government organization to support interdisciplinary research at Lewis and Clark College -- Julio C. de Paula
ACS student affiliates chapters: education, outreach, and research -- LaTrease E. Garrison
Psi Chi's contributions to undergraduate research -- Vincent Prohaska
Students to scholars: an undergraduate research curriculum facilitating graduate school enrollment -- Julie Posselt, Kim Black -- pt. 3. -- Institutional contributions to a research-supportive curriculum: an administrator's perspective
Administrative contributions to a research-supportive curriculum -- Sheldon Wettack
Institution-wide attention: essential to building robust and sustainable research-rich undergraduate stem learning environments? -- Jeanne L. Narum
Highlights. Undergraduate research: our institutional goal -- Jerry G. Chmielewski
The role of academic administration in achieving academic excellence -- Tom Bultman
Using institutional funds to promote undergraduate research across the college: a strategic initiative -- Timothy E. Elgren, William J. Billiter, David C. Paris.