Science and Mathematics Education Commons^™

Network Science: Activity Guide Introduction

Worlds of Connections Resources

Welcome to the Worlds of Connections network science activity guides. We are

happy to share our fun, engaging, and hands-on activities and hope you enjoy them. College students, teachers, middle school youth in afterschool programs, learning researchers, artists/designers, psychologists, and sociologists helped create these guides over several years. We suggest that you use them to build community in clubs, classrooms, and camps; develop systems thinking and network science knowledge; plus promote curiosity and opportunities to discover.

Network Science: String Network. Activity Guide For Facilitators, Worlds Of Connections Sepa

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Crosscutting Concept 4. Systems and system models. A system is an organized group of related objects or components; models can be used for understanding and predicting the behavior of systems.

Youth will understand and demonstrate the importance of building and recognizing connections in a community. They will make a network model that reveals connections that may seem invisible until youth trace them. Youth will learn about the concept of ‘six degrees of separation/small worlds’ (i.e., how we may be connected to people far away through our friends’ friends).

Network Science: Core Concepts

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Visualization, interdependence, position, and scope are core themes for using network models to analyze systems. A network 1) is a set of relationships, 2) shows how things are connected, and 3) reveals hidden information.

Network Science: Eye Spy Networks, Worlds Of Connections Sepa

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Next Generation Science Standards* Crosscutting Concept 4. Systems and system models. A system is an organized group of related objects or components; models can be used for understanding and predicting the behavior of systems.

Youth will identify components of network graphs and interpret relationships modeled by the network graphs. They will develop curiosity (ask questions) about why there are connections in some places and not in other places; why there are different colors; shapes, and sizes, and how/if the model helps us understand the phenomenon.

Nebraska Voices Survey Methodology Report; Including Missing Data Handling And Creating A Raked Weight Variable Using Iterative Proportional Fitting, Joseph C. Jochman, Julia Mcquillan, Grace Kelly, Patricia Wonch Hill, Meghan Leadabrand

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To gain a comprehensive picture of the surveys that this methodology report references, see the Bureau of Sociological Research methodology reports for each survey available at this link. In the original survey reports the Bureau of Sociological Research staff provide descriptions of data collection, sampling and questionnaire design, response rate, data processing, and preliminary data cleaning. Introduction This report outlines the process of creating a raked weight variable for the NebrASKa Voices 2020 survey, a second “Wave 2” survey following four different “Wave 1” surveys. The 2020 NebrASKa Voices sample Wave 1 prior Nebraska Annual Social Indicators Surveys (NASIS) come …

Decline Is Not Inevitable: Changes In Science Identity During The Progression Through A U.S. Middle School Among Boys And Girls, Julia Mcquillan, Patricia Wonch Hill, Joseph C. Jochman, Grace Kelly

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In the United States, science capital is important for navigating many aspects of life. Yet during middle school, science interest declines more for girls than boys. It is unclear, however, whether science identity also declines during the middle school years and if there are differences by gender. The authors advance prior research by modeling changes in science identity and associations with changes in identity-relevant characteristics using growth curve analyses on four waves of data from 760 middle school youth. For girls and boys, science identity changes over time; about 40 percent of the variance is within-person change, with the remainder …

Lps–Unl Science Connector Directory 2023, Worlds Of Connections Sepa

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2nd Floor, Morrill Hall

1. Plants Get Sick Too ▪ Clemencia Rojas

2. Energy and Nanoscience ▪ Shudipto Dishari

3. ChatGPT and the Limits of AI ▪ M. R. Hasan

4. Polymer Science & Engineering ▪ Mona Bavarian

5. Nebraska Nanoscale Energy Engineering ▪ Mohammad Ghashami

6. Astronomy Curriculum Tools ▪ Kevin Lee

7. You Scratch My Back, I'll Scratch Yours: Microbial Interactions in Extreme Environments! ▪ Wayne Riekhof

8. Nanotechnology and Biological Sensors ▪ Nicole Iverson

9. Origins of Magma ▪ Lynne Elkins

10. Funsize Physics ▪ Shireen Adenwalla

11. Cell Collective: Integrate Cutting Edge Technology Into Your Classroom …

Network Science: Hoop Network. Activity Guide For Facilitators, Worlds Of Connections Sepa

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Crosscutting Concept 4. Systems and system models. A system is an organized group of related objects or components; models can be used for understanding and predicting the behavior of systems.

Objective: Youth will demonstrate how parts of a network are interdependent.

This guide is designed to give activity leaders the core themes for using network models to analyze systems. The basic network ideas and skills in this activity can be used in numerous career paths to study patterns of behavior and reveal hidden connections. Sociologists, computer scientists, biologists, anthropologists, engineers, neuroscientists, and many others can use network science in their …

Network Science: Me & My Network. Activity Guide For Facilitators, Worlds Of Connections Sepa

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Crosscutting Concept 4. Systems and system models. A system is an organized group of related objects or components; models can be used for understanding and predicting the behavior of systems.

Objective -- Youth will model their social connections as systems related to their identities. Youth will be able to understand the social relationships in their lives as part of social systems related to their identities and model these social systems as ego-networks.

Network Science: Genealogy, Worlds Of Connections Sepa

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Remember that family trees are a type of network. The network we create helps us understand which traits were passed down and who they came from. While humans can inherit traits like hair color and eye shape, sometimes they can inherit genetic diseases or be more likely to develop health issues because of their genetics. In most cases, inherited traits are based on probability, so tracing family networks can tell us how likely people are to have these types of diseases. When tracing the genealogical flow of relatedness from one generation to the next one or two generations, it is …

Expanding Graduate Education And Career Placement Through Cer, Julia Mcquillan, Patricia Wonch Hill, Meghan Leadabrand

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The University of Nebraska-Lincoln (UNL) is an R1 (doctoral granting and high research activity) institution with decades of experience with community-engaged research (CER). The UNL Sociology Department has long emphasized research methods, particularly survey methodology and social network analyses, in academic and practice settings. The department offers many opportunities to conduct CER, as well as general applied sociology, and encourages faculty to publish with students out of those opportunities. In part through insights gained through ASA efforts (e.g., leadership development about careers in practice settings), and in part learning from graduate students who perceived discouragement from considering jobs in applied …

Network Science: Fish Supply, Worlds Of Connections Sepa

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Objective The student will understand how being a part of a network (e.g. different roles) influences an individual’s decision-making in addition to understanding positions of power within a fish supply network. The student will be able to identify fish transfer (and money) in a fish supply chain network while seeing how each participant’s goals compete with one another and are balanced by the network. The student will engage with NGSS Crosscutting Concept 4. Systems/System Models.

The Fishing Industry has been around for a very long time. Many jobs are tied to the industry, including people who actually catch the fish, …

Network Science: Ecology, Worlds Of Connections Sepa

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Building a network using wooden blocks demonstrates that some pieces in a network are more important than others. Removing pieces of a network will change the structure, but removing the pieces that are most connected or more foundational to the network will have more significant impacts on the network. In an ecosystem network, the more connected the network, the more robust it is. Think about ecosystems and food webs as networks with varying degrees of robustness depending upon how many connections and kinds of connections they contain (e.g. if there are “hubs” or “key links” in the chain). In an …

Network Science: Play Dough Liaisons, Worlds Of Connections Sepa

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Brokers play an important role in the access of information and transactions. What makes a person a broker is the fact that the parties the broker is connected to have no way of communicating with each other without the broker. This gives a broker power in what they choose to do with the information they have received. For more information, see the brokerage role sheet (Handout 2). According to the brokerage role sheet, there are five different types of brokers. The brokerage roles can all be depicted as having directed or undirected lines, except for the gatekeeper and the representative. …

Hands-On With Ne Stem 4u: For Budding Stemers In Grades 4-8, Ne Stem 4u Program

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Character Biographies 5

Chemistry: The Crystal Tree 10

Biology: Fruitful DNA 15 • Honey Purity Test 22 • Human DNA Extraction 26 • Model Cell 32 • Stethoscopes and Heart Rate 36

Engineering: Build a Catapult 41 • Building Bridges 47

Physics: Battling Balloons 51 • Balloon Popping 57 • Divin' Challenge 60 • Life Jackets and Buoyancy 65 • Simple Circuits 69 • Newton's Tower 75

Geology: Aquifers and Artesian Wells 80 • The Center of the Earth 84 • Mapping and Location Intelligence 88 • Seismology and Earthquakes 92 • Volcanoes 98

Mathematics: Hexaflexagons 102 • Stick Puzzle …

Network Science: Insights For Pandemics, Julia Mcquillan, Patricia Wonch Hill

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The focus of our current project is on helping members of the public to better understand the role of network science theories and tools for improving public health because often public health is connected to complex systems. We’ll focus today on the relevance of network science for understanding how to contain viruses that cause diseases.

Soc 898 Syllabus (Special Topics). Social Psychological Processes In The Stem Classroom: Activating Stem Identities Summer 2017, Patricia Wonch Hill, Julia Mcquillan

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This class covers a broad range of social psychological topics and processes to help teachers better understand how social context impacts STEM learning. Students will learn about social inequality in STEM fields, and the individual, interactional, and institutional barriers to developing a science identity for youth from a variety of social locations (rural/urban, gender, race/ethnicity, Socioeconomic Status, ELL). The class will learn about implicit bias, stereotype threat, and identity theory, and how they impact formal and informal social interactions and learning in the STEM classroom. They will learn and help formulate practical strategies to reduce their negative impact in order …