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INQUIRE is a showcase for research undertaken by undergraduate students at ASU (or those who have recently become alumni). All papers are refereed by ASU faculty and will be revised to improve content and presentation.

Displaying 1 - 4 of 4
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Using Research-Based Strategies to Teach Algebraic Problem Solving Skills to Students with Autism Spectrum Disorders

Description

Utilizing algebraic problem solving specifically, we demonstrate how teachers of students with ASD can apply research-based practices so that their students can more readily acquire mathematical skills.

Contributors

Created

2015-08-15

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Assassinations and Mass Shootings: The Role of Critical Events in the Struggle for US Gun Policy

Description

In this paper, we examine Handgun Control Inc. and the National Rifle Association’s contributions to mobilizations, for and against gun control. As with any social and political movement, we find these two opposing networks, the proponents of gun control and…

In this paper, we examine Handgun Control Inc. and the National Rifle Association’s contributions to mobilizations, for and against gun control. As with any social and political movement, we find these two opposing networks, the proponents of gun control and the anti-gun control groups, utilizing each other’s frames, actions and policies as a way of countering the opposition and advancing their own agendas.

Contributors

Created

2015-08-09

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Quantifying the Trade-off Between Landscape Vegetation Height, Surface Temperature and Water Consumption in Single-Family Homes in Tempe, AZ

Description

The research shows that vegetation height differentially affects surface temperature at the residential parcel-level. Vegetation of 5m-10m height is correlated to mitigation of extreme temperatures, lowering daytime surface temperatures and raising nighttime surface temperatures. Vegetation of 1.5m-5m height lowered daytime…

The research shows that vegetation height differentially affects surface temperature at the residential parcel-level. Vegetation of 5m-10m height is correlated to mitigation of extreme temperatures, lowering daytime surface temperatures and raising nighttime surface temperatures. Vegetation of 1.5m-5m height lowered daytime surface temperatures to a lesser magnitude than vegetation of taller height. Results imply that planners and landscape designers should consider strategically arranging buildings and vegetation to maximize shading and cooling benefit.

Contributors

Created

2015-07-14