From Ridge 2 Reef: An interdisciplinary model for training the next generation of environmental problem solvers
2024

Training Environmental Problem Solvers

Sample size: 55 publication 10 minutes Evidence: moderate

Author Information

Author(s): Hill Raechel J., Djokic Matea A., Anderson Andrea, Barbour Kristin, Coleman Amanda M., Guerra Alexis D., Hunt Courtney, Jolly Amber, Long Jennifer J., Manley Kyle T., Montoya Jonathan L., Norlen Carl A., Nugent-Suratt Andie, Washburn Kameko, Weber Samuel, Welch Allison, Wong Cynthia, Allison Steven D.

Primary Institution: University of California, Irvine

Hypothesis

The Ridge 2 Reef program aims to provide interdisciplinary training to graduate students to better prepare them for environmental challenges.

Conclusion

The Ridge 2 Reef program successfully enhanced graduate students' interdisciplinary skills and confidence in addressing environmental issues.

Supporting Evidence

  • Trainees reported significant gains in scientific, technical, and career knowledge.
  • The program's flexibility and diversity of training contributed to more confident graduate students.
  • Internships and partnerships enhanced trainees' understanding of global research perspectives.
  • All 13 trainees in the Communication Skills course reported significant improvements in their communication skills.

Takeaway

The Ridge 2 Reef program helps students from different fields learn together to solve environmental problems, making them better prepared for their future jobs.

Methodology

The program was evaluated through surveys and interviews over five years to assess its effectiveness in achieving its goals.

Potential Biases

Potential bias in self-reported survey data.

Limitations

The evaluation sample sizes were limited by the number of students who chose to enroll in the program and participate in surveys and interviews.

Participant Demographics

The program included 69% female and 46% underrepresented minorities among trainees.

Statistical Information

P-Value

p<0.05

Statistical Significance

p<0.05

Digital Object Identifier (DOI)

10.1371/journal.pone.0314755

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