Students: Dillon Patel, Student ASLA Joseph Lamonica, Student ASLA Stephany Luna-Rivas, Student ASLAįaculty Advisors: Andrew Fox, FASLA David Hill, FAIA Battleship Park Waterfront Honor Award, Student Collaboration Category The result is a destination park that adapts to water as the climate and site shift, allowing the memorial to withstand the test of time. The design proposes numerous site-specific community amenities, including a visitor center, moveable tidal pavilion, memorial bridge, and hybrid shoreline. The new park transcends physical composition, serving as a dynamic memorial space connecting people, time, ecology, and climate through the goals of integration, adaptability, preservation, and restoration. The reimagined site celebrates a challenging narrative of place that reveal and highlight multifaceted histories while embracing infiltrating water. On the Edge proposes a redesign for the parklands surrounding the Battleship North Carolina. The adaptability allows the pavilion to move in time. The fluid nature of the tides coexist with the pavilion structure, floating on buoyancy barrels. Students: Marguerite Kroening, Student ASLA Stella Wang, Student ASLAįaculty Advisors: Andrew Fox, FASLA David Hill, FAIA Tidal Pavilion: Aligning Structure with Tide Dynamics See the full project On the Edge: A Climate Adaptive Park for the Battleship NC MemorialĪward of Excellence, Student Collaboration Category The framework developed has the potential to apply across a variety of traumatized land uses. Using prisons as an example of traumatized sites, the study identifies programming priorities that promote strategies for healing. It also examines how a revelatory site inventory can produce trauma-informed site programming. This research explores the site elements that are essential to understanding landscape trauma. ![]() Sites cannot be healed without understanding and rectifying the trauma imposed on the land. ![]() Traumatizing land use causes physical, ecological, or contextual damage to landscapes. Growing challenges are likely to bring trauma of various forms to the landscape.Ĭommunities are challenged with climate change, habitat loss, and social conflicts resulting in trauma experienced by individuals and held in the land. See the full project Advancing Trauma-Informed Landscape Architectureįaculty Advisor: Celen Pasalar Trauma in the Body and Landscape Applied broadly, this model could reduce the catastrophic effects of biodiversity loss. This project examines the largest of these landscapes in NC’s Coastal Plain, resulting in a scalable framework for analyzing, planning, and designing for climate-related species movement. ![]() These priority areas for conservation are linkages that could sustain the diversity of a region under a dynamically changing climate. The Nature Conservancy has identified “resilient and connected landscapes” across the US. This project addresses biodiversity conservation through corridor design, exploring how the strategic application of design tactics at multiple sites and scales can facilitate climate-related movement as species track their ecological niche. Ponds and scrapes can provide environmental benefits. Student: Marybeth Campeau, Associate ASLAįaculty Advisor: Madalyn Baldwin, Associate ASLA Designing for Biodiversity + Farming FragmentationĪ significant driver in the decline of insect populations is intensive farming practices. Honor Award, Analysis and Planning Category Design Tactics for Climate-Based Migration in Biodiversity Corridors Four student team projects won ASLA student awards in the analysis and planning, research, and student collaboration categories.
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