The Ridge 2 Reef (R2R) training program is a national need for science-based environmental management in urban complexes like southern California where large human populations interact with valuable natural resources. A parallel workforce need exists for graduates trained with the skills to inform or become practitioners who implement management solutions. The UCI Ridge 2 Reef (R2R) training program aims to help meet these national needs.
R2R will train graduate students in the process of convergent science whereby engineers, scientists, and practitioners co-develop research priorities to solve common problems. The R2R curriculum will focus on interdisciplinary knowledge, professional development, and communication skills. An environmental solutions practicum will facilitate cross-disciplinary interaction to address real-world management problems. Data science and other skills training will be provided through a summer institute that will also engage practitioners with workshops and symposia. A Research in Action Internship (RAIN) program with practitioner partners will build career skills while training students to apply knowledge in a management context. Trainees who complete program requirements and an internship will receive a Certificate in Urban Ecosystem Management to facilitate career placement. Outstanding PhD trainees may receive a one or two year R2R Fellowship that includes tuition and stipend support.
Our training vision is to address management challenges in urban complexes by developing a scalable, interdisciplinary training program. We will train students in the practice of convergent science, defined as a holistic approach for sharing tools, concepts, and aims across disciplines to achieve shared human goals (Bainbridge and Roco 2016). We will build the program to complement convergent research at UCI where practitioners and academics from multiple disciplines work together in teams to address management problems. We define practitioners broadly as individuals or entities who implement ecosystem management strategies, including resource managers, policy-makers, decision-makers, and stakeholders from the public or private sector. We will equip graduate students with the skills to communicate with practitioners and pursue careers in urban ecosystem management. Our training program will be assessed and institutionalized so that its elements can be exported beyond UCI.
Our training elements will be built on a foundation of existing programs and infrastructure. UCI has established centers of excellence in terrestrial ecosystems, water quality, and ocean processes under global change. We envision a training program that catalyzes the integration of these centers while solidifying their connections to practitioners and scaling up management and educational innovations. These characteristics are analogous to business incubators that bring concepts to market by catalyzing interactions amongst the public, private, and non-profit sectors (OECD 1999, Wiggins and Gibson 2003, Muindi and Keller 2015). In light of this analogy, we identify our project as the Ridge to Reef Training Incubator, or R2R. This name conveys our vision for convergent research training in an explicit geographical context (Fig. 1) based on our institutional centers of excellence.
The overarching goal of R2R is to develop and disseminate an interdisciplinary, evidence-based model for graduate training in urban ecosystem management. We aim to train students who reflect the demographic diversity of California and match workforce needs locally and nationally. R2R integration with existing centers of research excellence at UCI will promote scalability, accessibility, and institutionalization of program training elements. Robust assessment tools will be applied to ensure that training is effective and project goals are achieved.
Specifically, R2R aims to:
- Develop trainees’ interdisciplinary skills and scientific knowledge to facilitate management of urban ecosystems under environmental change
- Increase trainees’ transferrable quantitative, communication, and professional skills
- Build partnerships to enhance career placement and effective knowledge transfer
- Broaden participation in the pipeline of graduates pursuing urban environmental careers
Research universities excel at making discoveries, but they also have a responsibility to train scholars who can apply knowledge to societal challenges (Duderstadt 2012). Our project goals will address both scientific and workforce needs related to the challenge of urban ecosystem management. Science-based solutions to these problems have been limited by disciplinary boundaries that inhibit systems-level analysis (Postel 2000, Schenk et al. 2009). Infrastructure has traditionally been the domain of engineers, whereas natural scientists have developed concepts based on unmanaged or agricultural landscapes. A new generation of researchers with convergent training in science, engineering, and management practice is needed to address environmental problems in urban complexes (Ahern 2013).
In the workforce, employers need graduates with training in a much broader range of skills than current academic programs typically emphasize (Thursby et al. 2009). Practitioners need solutions to real- world problems, often at local scales. Yet academic institutions tend to focus on big-picture concepts and education. To bridge this divide, academic programs must involve practitioners in the visioning and implementation of graduate research and education. Practitioners must participate in experimental design, field data collection efforts, and modeling scenarios to evaluate alternative strategies using a systems- level approach (Felson and Pickett 2005). Students must have the skills to overcome legal, political, and institutional impediments to urban ecosystem management.
In addition to our strong degree programs, we will leverage UCI centers of excellence to accomplish our goals in research, training, and institutionalization. Relevant centers and programs include the following:
- The Sustainability Initiative is a platform for interdisciplinary, community-engaged education and research with two full-time and three part-time staff members. The initiative funds the UCI Climate Action Training Program, directed by Allison, which aims to prepare graduate students from all disciplines for careers related to climate challenges.
- The Center for Environmental Biology (CEB) facilitates research, education, and outreach to develop innovative solutions to environmental problems. Staff include a full-time translational ecologist and public outreach, education, and assessment specialist. The CEB received a $1M foundation grant to integrate UCI research with local resource management needs and establish an internship program for undergraduates and Master’s students that R2R will extend to PhD trainees. A recent survey of the 27 former interns from this program garnered 17 respondents with 14 currently employed at organizations engaged in management practice.
- Water UCI is an interdisciplinary initiative focused on grand challenges in freshwater science, technology, management, and policy. Directed by Feldman, this initiative has established Team Water UCI, a transdisciplinary research group of graduate students collaborating with UCI faculty, community leaders in Borrego Springs, CA, and NASA scientists working with satellite data.
- The School of Engineering hosts the NSF-funded UCI Water-PIRE that focuses on international collaboration to develop sustainable urban water systems with an emphasis on water treatment and conservation. This center is pioneering convergence between natural scientists and engineers.
- UCI OCEANS is a collaborative that is developing new UCI community-engaged research and education programs on coastal water quality and marine ecosystems.
- The Data Science Initiative provides research support and training expertise in Big Data science. This initiative has supported skills training by developing innovative short courses. Since 2016, the initiative is running UCI’s first NRT focused on team science and Big Data in the physical sciences.