Instructor Stories

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Using the Project EDDIE Remote Sensing of Plants and Topography in R Module in GEO 424: Advanced Remote Sensing
Kyla Dahlin, Michigan State University
This module uses big data methods to consider environmental patterns from local to continental scales.

Using the Project EDDIE Spectral Seismology Module in Geology 1: Earth's Interior
Sarah Cadieux, Rensselaer Polytechnic Institute
Sarah Cadieux, Rensselaer Polytechnic Institute About this Course Geology 1: Earth's Interior Lecture and lab are two separate courses - students do not need to take both, but 99% do Introductory ...

EDDIE Modules: Environmental Data:Spectral Seismology

Using the Project EDDIE Climate Change Module in Geology 1: Earth's Interior
Sarah Cadieux, Rensselaer Polytechnic Institute
Sarah Cadieux, Rensselaer Polytechnic Institute About this Course Geology 1: Earth's Interior Lecture and Lab Introductory Undergraduate Majors and Non-Majors 120 students in the lecture course 24 students in ...

EDDIE Modules: Environmental Data:Climate Change

Using Wind and Ocean Ecosystems in Environmental Statistics
Alanna Lecher, Lynn University
This module eposes students to a variety of data, plots, and visualizations that they are not often exposed to and therein encourages them to develop their higher order thinking skills in the context of oceanography. Students also get excited about the prospect of manipulating satellite data.

Using Project EDDIE modules in Introduction to Environmental Science
Kristy Hopfensperger, Northern Kentucky University
Kristy Hopfensperger, Northern Kentucky University About this Course Introduction to Environmental Science Lecture Course Introductory Undergraduate Majors and Non-Majors Show Course Description Hide A ...

EDDIE Modules: Earth and Ecosystems:Phenology Trends and Climate Change in Minnesota

Using the Project EDDIE Nutrient Monitoring in the Chesapeake Bay module in Foundations in Biology I - Biodiversity and Organismal Systems
Akinyele Oni, Morgan State University
The dwindling seafood population in the Chesapeake Bay is connected to the increasing level of pollution such as high levels of nutrient inflow.Efforts are now being geared towards the cleanup as well as the monitoring of the inflow to ensure adherence to standards.This module is developed to create awareness in the scholars' population of the need to monitor and control permissible levels of nutrients that are allowed into the waters without causing any harm.

EDDIE Modules: Earth and Ecosystems:Nutrient Monitoring in the Chesapeake Bay

Using Project EDDIE modules in Principles of Sustainability
Andrea Huntoon, Fox Valley Technical College
Andrea Huntoon, Fox Valley Technical College About this Course Principles of Sustainability Lecture Course Introductory Undergraduate Non-Majors 4 (but up to 18 per section) students in the course Show Course ...

EDDIE Modules: Earth and Ecosystems:Sustainability Metrics

Using the Project EDDIE Plate Tectonics: GPS Data, Boundary Zones, and Earthquake Hazards module in Environmental Geology
Simon Pendleton, Plymouth State University
Simon Pendleton, Plymouth State University About this Course Environmental Geology Lecture Course Introductory Undergraduate Majors 15 students in the course Show Course Description Hide Covers Earth's ...

EDDIE Modules: Earth and Ecosystems:Plate Tectonics:Plate Tectonics: GPS Data, Boundary Zones, and Earthquake Hazards

Using Project EDDIE modules in BIOL 212: Fundamentals of Biology II, The Diversity of Life
Courtney Campany, Shepherd University
Courtney Campany, Shepherd University About this Course BIOL 212: Fundamentals of Biology II, The Diversity of Life Lecture and Lab Introductory Undergraduate Majors 45 students in the course Show Course ...

EDDIE Modules: Earth and Ecosystems:Climate Drivers of Phenology

Using the Project EDDIE Climate Drivers of Phenology module in Biology I
Anna Grinath, Idaho State University
Anna Grinath, Idaho State University About this Course Biology I Lecture Course Introductory Undergraduate Majors and Non-Majors 75 students in the course Show Course Description Hide From the course catalog: BIOL ...

EDDIE Modules: Earth and Ecosystems:Climate Drivers of Phenology

Using Project EDDIE modules in ENV 310 Advanced GIS
Kristen Brubaker, Hobart William Smith Colleges
Kristen Brubaker, Hobart and William Smith Colleges About this Course ENV 310 Advanced GIS Lecture and Lab Upper Level Undergraduate Majors 14 students in the course     Show Course Description Hide In ...

Using the Assessing the Risk of Invasive Species Using Community Science Data module in Introduction to GIS
Matthew Heard, Belmont University
This module helps student gain experience using community science data and GIS to examine the spread and distribution of invasive species. These are all important topics in the world of conservation biology and environmental science.

EDDIE Modules: Earth and Ecosystems:Assessing the Risk of Invasive Species Using Community Science Data

Using the Project EDDIE Major Ions in Freshwater Systems module in Environmental Processes, Challenges, and Methods
Megan Kelly, Loyola University Chicago
This module introduces students to a common and important source of freshwater pollution that invites debate about how to address the problem. By examining publicly available data, students can discover what types of environments are likely to suffer from road salt pollution, compare environmental concentrations of chloride to concentrations of legal and biological concern, and either defend the use of sodium chloride for road deicing or propose another solution, based on their understanding of the data.

EDDIE Modules: Earth and Ecosystems:Major Ions in Freshwater Systems

Using the Project EDDIE Phenology Trends and Climate Change in Minnesota module in Biology I
Beatriz Villar, Northampton County Area Community College-Monroe
Beatriz Villar, Northampton Community College About this Course Biology I Lecture and Lab Introductory Undergraduate Majors 12 per section students in the course Show Course Description Hide This course is ...

EDDIE Modules: Earth and Ecosystems:Phenology Trends and Climate Change in Minnesota

Using the Project EDDIE Prairie Eco Services in Environmental Systems
This module allows students to explore quantitative reasoning/data analysis in a real-world context, by interpreting and modeling the data from the 2017 Hurricane Harvey flooding. Students also get to apply complex problem solving skills using design thinking, and environmental justice principles.

EDDIE Modules: Earth and Ecosystems:Prairie Eco Services