Elevating community-driven socioecological participation and action: A case study with Black youth.

Context is important when considering how racism acts to harm Black youth. Hence, social scientists developed socioecological theories that consider both the individual and the context(s) which shapes them. We used these theories to make sense of the challenges facing Black youth and identify points for intervention. However, these theories were rarely shared with community participants. Theory, at its core, is a way to make sense of the world. Theory shared in an age-appropriate manner can help youth make sense of their experiences in a way that promotes psychological wellness. This paper describes the intentional sharing of socioecological theory with community members engaged in two community-based mental health programs. Our team has collaborated closely with community stakeholders to implement and iteratively improve these programs. This first-person account presents the doctoral students' experiences in engaging community members in using socioecological theory to improve the programs with which they have identified as useful to their community. The article underscores the importance of elevating community voices when engaging in community-based research and how that engagement is more fundamental as programs become well-established.

Improved Polydopamine Deposition in Amine-Functionalized Silica Aerogels for Enhanced UV Absorption.

Silica aerogels are interesting porous materials with extremely low density and high surface area, making them advantageous for a number of aerospace and catalysis applications. Here, we report the preparation of polydopamine (PDA)-functionalized silica aerogels using an in situ coating method, wherein the dopamine monomer was allowed to diffuse through the underlying structure of the gels in the absence of any external base and polymerize on the surface of the gel. The use of a siloxane precursor with an amine functionality decorates the silica backbone, allowing for a superior PDA coating, as evident in the darker color of PDA-coated amine-functionalized silica gels than PDA-coated silica-only gels and the X-ray photoelectron spectroscopy results. Furthermore, by varying the coating time, a series of aerogels with increasing optical absorption are prepared. Analyses using Brunauer-Emmett-Teller, scanning electron microscopy, and pycnometry show that the in situ PDA coating does not affect the inherent properties of the silica aerogels as opposed to PDA coatings deposited using an external base. Aerogels coated for 12 h and 24 h offer a surface area of 614 ± 35 and 658 ± 15 m2/g along with a porosity of 92.6 ± 0.9 and 92.4 ± 0.7%, respectively, properties similar to the native silica aerogels. PDA-coated aerogels have the potential to serve as UV ray mitigating materials due to the tortuosity of the underlying structure and the unique chemical properties of the PDA coating.