Science Literacy

Encouraging members of society to analyze complex challenges and make science-informed decisions in real-world situations.


The over-arching outcome of the Science Literacy Framework is to develop:

"An enhanced capacity, both at the individual and collective levels, to make decisions grounded in science-informed analyses of complex, real-world systems and their associated challenges."

Part of the IANR Science Literacy Initiative mission is to inspire future generations to pursue careers that will solve the challenge of meeting the needs of a growing population. However, there is a bigger need to encourage a culture rooted in critical assessment and thoughtful implementation of the solutions developed by future science and engineering professionals. Community members need to be empowered to have meaningful discussions around tough topics like GMOs and climate change. Thoughtful and informed voters will select leaders and policy decisions that align with long-term solutions. Knowledgeable consumers will vote with their dollars and make informed decisions related to the health and well-being of themselves and their families.

The overall goal of the IANR Science Literacy Initiative is to promote science literacy as a capacity to make effective decisions grounded in STEM-informed analyses of the big challenges coming our way – both personal and societal. The Science Literacy Initiative works through a variety of avenues, including PreK-12 to college students and public and private partners to achieve these goals. One piece is central to these efforts – empowering individuals to develop a curious mindset. The transformation of an individual from consumer to creator through providing opportunities to empower decision makers is one of the puzzle pieces to developing a scientifically literate society. Individuals must start with a curious mindset to experience the transformation from consumer to creator.

Cross-Cutting themes that influence the framework include:

Four areas illustrated as spheres connected on a ring. Outcome is a science literate society that will analyze complex problems and make informed decisions regarding current food, fuel, water, landscape and people issues. PK-12 Education area includes 4-H, students, FFA and professional development. Higher Education area includes faculty, undergraduate students and graduate students. Partners  area includes commodity groups, educational entities, business and government. Public area includes producers, community leaders, and clientele.

  1. Food, Fuel, Water, Landscapes and People Nexus - Emphasize the interconnections among these systems and their human dimensions.
  2. Science Informed Decision-Making - Increase decision-making based on science and a scientific process along with the acknowledgement of using scientific rationale for making decisions.
  3. Community Science - Increase public participation in scientific research to help solve community and/or global-scale questions and improve their ability to make decisions grounded in science-informed analyses of real-world systems.
  4. Systems-Thinking - Foster systems thinking through education and outreach programming.
  5. Integration of Science Literacy - Alignment of science literacy programming with the Institute’s strategic outlook, IANR Communities (Stress Biology, Healthy Humans, Healthy Systems for Agricultural Production and Natural Resources, Computational Sciences, and Drivers of Economic Vitality for Nebraska), and strategic campus initiatives (Center for Plant Sciences Innovation, Daugherty Water for Food Institute, Food for Health Collaboration, Nebraska Integrative Beef Systems, Integrated Translation Biology).

Additionally, the need to develop assessment of the success of this work is a high priority that needs to be addressed.

Consistent with our organizational framework, the initiative is driven by four goals, one in each of our primary domains of work:

Community Leaders

Mark Balschweid

Mark Balschweid

Agricultural Leadership, Education and Communication
Kathleen Lodl

Kathleen Lodl

4-H Program Administrator
Jenny Keshwani

Jenny Keshwani

Biological Systems Engineering