Inclusive astronomy initiatives have been gaining momentum across Latin America, aiming to make the discipline accessible to individuals with disabilities. This study maps and analyzes demonstrative experiences from various countries, highlighting efforts in science dissemination, development of tactile and audio materials, and the adaptation of physical spaces and technologies. Initiatives span academic, governmental, and international collaborations, showcasing a range of approaches from basic accessibility solutions to innovative universal design methods. Challenges include ensuring sustained funding, creating regional networks, and integrating inclusive practices within astronomy institutions. This paper proposes a classification system for inclusive actions and offers insights into future opportunities for equitable access to astronomy.

The tremendous new capabilities of JWST already enable great discoveries across broad areas of astrophysics, spanning scales from exoplanets to cosmology. We have also found some puzzling results that require re-examination of our prior assumptions and are a rich source for future investigations. JWST is remarkably complex, and the mission is possible because of the work of thousands of people around the world. Despite the complexity, it remains an open mission, with opportunity for researchers at all career stages, across a variety of institutions, and around the world. We hope to apply the lessons of our experiences to future ambitious astrophysics projects that we will pursue together.