| Integration of classroom activities teaches content while encouraging application of knowledge to real-world situations (Johnson, Fass - Beloit College) |
Comparative analysis of two non-majors biology courses in SALG & attitudes of students in science (Booth, Rosenvall, Jimenez, Sudweeks, Schaalje - Brigham Young University) |
| Important biological concepts to teach in introductory non-majors biology courses (Frandsen, Rosenvall, Schaalje, Esplin, Booth - Brigham Young University) |
Brownfield Action - Its current impact and future contribution to undergraduate education (Datta, Bower, Kney, Liddicoat, Martin) |
| Using multiple forms of assessment in service-learning courses for non-science majors (Beilfuss, Holm - Butler University) |
SENCER, civic engagement, and general education (Kirsch, Braid - Butler University) |
| Chemistry and the non-science major student: Educating members of society (LeGreve, Lieb, Barrett - Butler University) |
Food: Pasture, Table, Body and Mind - A post-course evaluation of an evaluation of an interdisciplinary course (Lineweaver, Villani - Butler University) |
| Environmental civic engagement in a one year majors biology course (Meadows - Butler University) |
Planning to catch them early: Service-learning through analytical chemistry (Samide, Akinbo, Britten - Butler University) |
| From Frankenstein to frankenscience: An interdisciplinary science elective (Eastzer - City College of New York) |
High-fidelity simulation as an educational pedagogy (Como, O'Donnell, Gonzalez-Lama, Kehoe - College of Staten Island) |
| Environmental biology, sustainability, and the 'greening' of the curriculum (Romeo, Koupelis - Edison State College) |
Introduction to mathematical modeling through financial calculation (Cazacu, Kelley - Georgia College & State University) |
| Climate change & alternative energy: An interdisciplinary course for chemistry and environmental science majors (Cossey, Zehnder - Georgia College & State University) |
Engaging the next generation: Energizing Chicago's young scientists with authentic research (Higgins, Brothers - Harold Washington College) |
| Bio 119 at Harry S. Truman College (Gurung, Garcia, Torralba - Harry S. Truman College) |
Chemistry in color: Evaluating the SENCER-SALG in non-university learning environments (Van Doren - Heritage University) |
| STEM assessing institutionalization map (Franco, Kirkpatrick, Rand, Hill - Kapiolani Community College) |
An integrated approach to general education in the sciences (Hutchinson, Arnett, Bradshaw, Marshall, Phipps, Stewart - Lipscomb University) |
| Social justice through science education (Doss, Heath, Hudson, Grabczynski - Malcolm X College) |
Performing science (Wootters - Massachusetts College of Liberal Arts) |
| The effectiveness of teaching research methodology using a collaborative research project (Campisi, Finn - Merrimack College) |
Community based service-learning in an issues focused public health course (FitzPatrick - Merrimack College) |
| Sustaining the Lawrence Math and Science Partnership: Pre-service teachers support curriculum development and program implementation (Walsh, Margolis - Merrimack College) |
Science and math education for the adult urban student: These aren't your parents' college courses! (Hlawaty - Metropolitan College of New York) |
| Integrating science, math, and literature: Lessons learned from interdisciplinary science teaching (Bhalla, Bready, Shea - Mount Saing Mary College) |
Using contemporary themes to engage gifted middle-school students in mathematics and science: New York State Excelsior Scholars Program (Petroski, Maelia, Sarro - Mount Saint Mary College) |
| New York Harbor - Lifeline of New York City (Liddicoat - New York University) |
Northeastern Illinois University's interdisciplinary environmental science program (Anderson, Al-Bazi, Banerjee, Kasmer, Rutschman, Voglesonger) |
| Water quality tracking at three sampling locations in metro Atlanta (Aufderheide, Cramer, Nardo, Rulison - Oglethorpe University) |
Chemistry of global warming: Integrating teaching experience into an intro chemistry course (Kim, Szpunar - Roosevelt University) |
| SENCER-SALG assessment over 7 semesters in a core biology course (Wentz-Hunter - Roosevelt University) |
Harold Washington College-Roosevelt University civic engagement partnership for STEM majors (Leckrone, Lehman) |
| Growing pains: SENCER expands at TWU (Maguire, Sheardy, da Rosa, Peebles - Texas Woman's University) |
Learning science by integrated design: Student development of a sustainable living-learning community (Friese - University of Dayton) |
| Introduction of SENCER principles into an environmental chemistry course (Johnson - University of Dayton) |
Enhancing chemistry courses for majors and non-majors: Implementation of simple SENCER teaching strategies at the University of Dayton (Masthay, Crosson, Keil) |
| Connecting the dots: Interdisciplinary and community connections to improve science education (Steinmetz, Bellanca, Fernandes, Florez - University of South Carolina Sumter) |
Meeting SENCER ideals through authentic student research projects in a general education non-lab science course (Bhattacharyya - University of Wisconsin Whitewater) |
| A plan to use service-learning to enhance online writing in a biology course (Curran - University of Wisconsin Whitewater) |
Assessment of Environmental Forum using the SENCER-SALG (Faszewski - Wheelock College) |
| Making major changes to the major: Overhauling first year biology (Goldey - Wofford College) |
Feasibility of bioretention to treat greywater (Allevato, Lewis, Jambazian, Jimenez, Vanderheyden, Constans - Woodbury University) |
| Using current topics in science to teach human biology and physiology to non-science majors (Campisi - Merrimack College) |
A SENCER overhaul of Nutrition, Diet and Health: Revitalizing a major course in the health science curriculum (Walsh - Merrimack College) |