Vanessa Vargas-Nguyen

Vanessa Vargas-Nguyen is a Science Integrator with the Integration and Application Network of the University of Maryland Center for Environmental Science (UMCES). Originally a molecular microbiologist and marine scientist from the Philippines, she was inspired to shift her focus on how science can benefit both nature and society after taking the Science for Environmental Management course taught by Bill Dennison and Don Boesch during her graduate program at the University of Maryland. She was conferred with the first PhD under the new Environment and Society foundation of the Marine Estuarine and Environmental Science graduate program of UMCES. Her dissertation investigated the role of socio-environmental report cards in transdisciplinary collaboration and adaptive governance for a sustainable for future. She received academic training from the University of the Philippines (BS, 2004; MS, 2009) and the University of Maryland (MS, 2013; PhD, 2020).
Vanessa is an emerging transdisciplinary scientist and practitioner, specializing in science communication, socio-environmental assessments and synthesis, and stakeholder analysis and engagement through co-production. She is deeply involved in the development of holistic socio-environmental assessments for the Mississippi River and Chesapeake Bay watersheds in North America and is leading a multi-year international transdisciplinary research consortium involving the US, Norway, Philippines, Japan, and India.

Filter Courses within "Vanessa Vargas-Nguyen" (Click to filter)
Storytelling with Data using Socio-environmental Report Cards (edX) EdX
University System of Maryland - USM,USMx,University of Maryland Center for Environmental Science - UMCES,UMCES

Storytelling with Data using Socio-environmental Report Cards (edX)

Discover the power of storytelling through data with our course on creating effective socio-environmental report cards. Master techniques for synthesizing complex information, engaging local communities, informing crucial decisions, and catalyzing positive environmental and sustainability policies.

Self Paced
Self-Paced
Innovative Environmental Management Models: Case Studies and Applications (edX) EdX
University System of Maryland - USM,USMx,University of Maryland Center for Environmental Science - UMCES,UMCES

Innovative Environmental Management Models: Case Studies and Applications (edX)

Dive into the world of innovative environmental management with our comprehensive course. Explore a variety of ecosystems, analyze real-world challenges, and learn how to implement effective, science-backed strategies to ensure resilience and sustainability in your community.

Self Paced
Self-Paced
Stakeholder Outreach: Effective Communication of Complex Environmental Threats (edX) EdX
University of Maryland, College Park,University System of Maryland - USM,USMx,UMD,University of Maryland Center for Environmental Science - UMCES,UMCES

Stakeholder Outreach: Effective Communication of Complex Environmental Threats (edX)

Unlock the secrets to effective communication in environmental projects with our Stakeholder Outreach course. Learn how to engage communities through compelling narratives, clear data presentation, and strong leadership presence. Perfect for professionals aiming to motivate action on complex environmental challenges.

Self Paced
Self-Paced
Stakeholder Collaboration: Organizing for Environmental Justice and Equitable Solutions (edX) EdX
University of Maryland, College Park,University System of Maryland - USM,USMx,UMD,University of Maryland Center for Environmental Science - UMCES,UMCES

Stakeholder Collaboration: Organizing for Environmental Justice and Equitable Solutions (edX)

Unlock the potential of your environmental initiatives by mastering stakeholder collaboration. This course teaches you how to engage, motivate, and unite diverse groups towards shared environmental goals using innovative transdisciplinary methods. Perfect for professionals aiming to make a positive impact on environmental justice and public health.

Self Paced
Self-Paced
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