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THE HOUSTON CLIMATE JUSTICE MUSEUM AS A CATALYST FOR ENVIRONMENTAL JUSTICE: EXPLORING THE INTERSECTION OF ART, ACTIVISM, AND CREATIVE PLACEMAKING IN HOUSTON, TEXAS
This thesis explores how the Houston Climate Justice Museum (HCJM) functions as a site for environmental/climate justice education through art and community engagement. Drawing on interviews, participant observation, and document analysis, this research examines how the museum’s curating practices generate new understandings of environmental in/justices, fosters local partnerships, and creates a welcoming space for community dialogue. Findings show that the HCJM does more than exhibit art, it demonstrates how art can be leveraged to advance both activist and educational projects. This study positions the HCJM as a model for how local and justice orientated museums and cultural spaces can contribute to environmental justice education
Objective Deliberate Indifference Only: Pretrial Detainees\u27 Fourteenth Amendment Substantive Due Process Rights Demand Protection in the Context of Mental Illness and Substance Use Disorder
Why Color-Blind Solutions Won\u27t Solve the Racial Wealth Gap: How we can Overcome the Constitutional Hurdles to Race Conscious Remedies in Addressing the Wealth Gap
The Cost of Our Constitutional Rights: An Examination of Prison Medical Treatment for Hepatitis-C
Successfully “Reframing” Assessment Work Due to Macro and Micro Pressures
The Grand Challenges Project supports global collaborations informing equitable and evidence-informed practices for higher education assessment practitioners. The Grand Challenge’s Equity Action Makers Team conducted twenty interviews in 2023/2024 with assessment professionals across higher education. Several participants explained that they have adjusted their approach to equity work to successfully complete their projects or achieve their goals. They did this in response to various macro and micro influences, such as recognizing their own positionality, meeting grant funding requirements, dealing with institutional financial or cultural pressures, navigating political pressures outside their influence, or fostering supportive networks of practitioners
Measurement of Two-Point Energy Correlators within Jets in p+p Collisions at sqrt[s]=200 GeV
Hard-scattered partons ejected from high-energy proton-proton collisions undergo parton shower and hadronization, resulting in collimated collections of particles that are clustered into jets. A substructure observable that highlights the transition between the perturbative and nonperturbative regimes of jet evolution in terms of the angle between two particles is the two-point energy correlator (EEC). In this Letter, the first measurement of the EEC at RHIC is presented, using data taken from 200 GeV p þ p collisions by the STAR experiment. The EEC is measured both for all the pairs of particles in jets and separately for pairs with like and opposite electric charges. These measurements demonstrate that the transition between perturbative and nonperturbative effects occurs within an angular region that is consistent with expectations of a universal hadronization regime that scales with jet momentum for a given initiator flavor. Additionally, a deviation from Monte Carlo predictions at small angles in the charge-selected sample could result from mechanics of hadronization not fully captured by current models