Data_Sheet_1_Research on household emergency supplies storage from the theory of planned behavior and intention-behavior gap in the context of COVID-19.pdf

IntroductionIn the context of COVID-19 epidemic, household-level emergency supplies are becoming a critical link in the national emergency response mechanism for public health emergencies. The main goal of this study is to analyze the forming process of household emergency supplies storage intention and behavior based on the theory of planned behavior.MethodsA total of 486 valid questionnaires were obtained from China and analyzed using structural equation modeling.ResultsThe study found that subjective norms and perceived behavioral control had a positive impact on residents’ intention to store emergency supplies, while attitudes did not play a significant role. Community institutional trust and community network play significant moderating roles in the transformation from intentions to behaviors.DiscussionThis study explored the influencing factors of residents’ household emergency supplies storage, and introduced community institutional trust and community network as moderating variables to analyze the process of transformation of residents’ household emergency supplies storage intentions to behaviors from the perspective of community situation, and initially constructed a two-stage integration model including intention formation and behavior transformation. By analyzing the forming process of household emergency supplies behavior, this paper revealed the effective paths for the formation of household emergency supplies storage intention, and put forward policy suggestions from the government and community levels.</p

UV-vis spectra of Orange I solution before and after adsorption.

<p>UV-vis spectra of Orange I solution before and after adsorption.</p

Effect of pH on Orange I adsorption by Fe₃O₄-CS.

<p>Effect of pH on Orange I adsorption by Fe₃O₄-CS.</p

Effect of contact time on Orange I adsorption by Fe₃O₄-CS.

<p>Effect of contact time on Orange I adsorption by Fe₃O₄-CS.</p

XRD patterns of Fe₃O₄-CS.

<p>XRD patterns of Fe₃O₄-CS.</p

Langmuir and Freundlich parameters for adsorption of Orange I by Fe₃O₄-CS.

<p>Langmuir and Freundlich parameters for adsorption of Orange I by Fe₃O₄-CS.</p

TGA curve of Fe₃O₄-CS.

<p>TGA curve of Fe₃O₄-CS.</p

Effect of initial concentration on Orange I decoloration by Fe₃O₄-CS.

<p>Effect of initial concentration on Orange I decoloration by Fe₃O₄-CS.</p

Plots of Langmuir (a) and Freundlich (b) isotherms.

<p>Plots of Langmuir (a) and Freundlich (b) isotherms.</p

Schematic illustration for adsorption of Orange I by Fe₃O₄-CS.

<p>Schematic illustration for adsorption of Orange I by Fe₃O₄-CS.</p