Learn to transform complex environmental data into powerful visualizations and narratives for effective science communication.
Learn to transform complex environmental data into powerful visualizations and narratives for effective science communication.
This course addresses the growing need for effective science communicators in today's environmental challenges. Students learn to transform complex scientific data into clear, accessible formats through data visualization and storytelling techniques. The curriculum covers essential skills in critiquing and developing science communication tools, creating impactful data visualizations, and constructing compelling narratives. Through practical application, learners develop expertise in integrating multimedia elements with data-driven storytelling to effectively engage diverse stakeholders and facilitate informed decision-making in sustainability contexts.
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Instructors:
English
English, Spanish, Filipino
What you'll learn
Create effective data visualizations that clearly communicate complex environmental information
Develop compelling narratives using proven storytelling techniques
Design professional science communication products integrating visuals and narrative
Critique and refine science communication materials using best practices
Deliver impactful presentations that engage diverse stakeholders
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, Exams
Access on Mobile, Tablet, Desktop
Limited Access access
Shareable certificate
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There are 5 modules in this course
The course provides comprehensive training in strategic science communication for sustainability professionals. Students learn the fundamentals of effective science communication, including data visualization techniques, narrative development, and multimedia integration. The curriculum covers color theory, layout design, storyboarding, and presentation skills. Special emphasis is placed on creating clear, compelling visualizations and narratives that can effectively communicate complex environmental data to diverse stakeholders. The course includes practical exercises in developing and critiquing science communication products, ensuring students can apply these skills in real-world sustainability contexts.
Science Communication Foundations
Module 1
Data Visualization Principles
Module 2
Storyboarding and Design
Module 3
Color and Symbol Theory
Module 4
Communication Product Development
Module 5
Fee Structure
Instructors
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7 Courses
Leading Expert in STEM Education and Space Science
Richard Arnold serves as Director of Professional Studies at the University of Maryland Center for Environmental Science, bringing unique experience as both an educator and NASA astronaut. After completing his BS from Frostburg State University and MS in Marine and Estuarine Environmental Science from the University of Maryland, he built an impressive career spanning global education and space exploration. As a NASA astronaut from 2004 to 2023, he completed two missions to the International Space Station, conducting five spacewalks totaling over 32 hours
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7 Courses
Leading Expert in Environmental Science and Science Communication
Dr. Bill Dennison serves as Interim President at the University of Maryland Center for Environmental Science (UMCES), where he previously served as Vice President for Science Application from 2002 to 2023. After completing his PhD in Biology from the University of Chicago, followed by positions at UMCES Horn Point Laboratory and University of Queensland, he has established himself as a prominent voice in marine ecology with over 4,400 citations for his most-cited work. His research focuses on coastal ecosystem health, particularly seagrass ecology and water quality assessment. As founder of the Integration and Application Network (IAN), he pioneered approaches to environmental assessment and science communication, developing report cards and other tools to evaluate ecosystem health. Through his leadership roles in the Chesapeake Bay Program and Australia's Healthy Waterways initiative, he has significantly influenced environmental management practices worldwide. His work spans multiple areas including marine botany, ecosystem assessment, and science communication, with particular emphasis on translating complex scientific findings into actionable management strategies. Currently leading UMCES as Interim President while continuing his research and advisory roles, he advances environmental science while promoting effective science communication and stakeholder engagement in environmental management.
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