Jiali LI
Jiali LI’s two major research directions includes designing sustainable urban systems to create healthier communities, and ecological restoration of novel landscapes.
Research interest: Built Environment and Public Health; Environmental Justice; Environmental Psychology; Environmental Behavior;Landscape Design; Urban Design
International Communication Manager
B.S. HFUT; M.S. RISD; PhD candidate in LA HKU
Email: jli11@connect.hku.hk
Awards
ASLA Professional Award Planning and Design Category, Honor Award, 2021
ASLA Professional Award Research Category, Honor Award, 2020
ASLA Student Award Rhode Island Chapter, Merit Award, 2019
ASLA Student Award Rhode Island Chapter, Honor Award, 2018
Ruth Fisher Harwood Prize (Top-performing student), Rhode Island School of Design, 2019
The Landscape Architecture Department Thesis Award, Rhode Island School of Design, 2019
Combined Graduate Fellowship and Scholarship, Rhode Island School of Design, 2017, 2018, 2019
Outstanding Graduate Student Of Anhui Province, Anhui Province, 2016
National Scholarship, 1st Prize, China, 2013
Combined First Prize Scholarship, Hefei University of Technology, 2013, 2014, 2015
“Challenge Cup” National College Student Competition, Honorable Mention, China, 2014
Design Project
Seeding Specificity: Materials and Methods for Novel Ecosystems | Mahan Rykiel Associates
– 2020 ASLA Professional Award Research Category, Honor Award
– Sponsored by Anchor QEA
Landscape architects design novel ecosystems, these dynamic socio ecological environments lack adequate natural analogs. The research aims to expand materials and field ecological methodologies by calibrating restoration strategies and design outcomes to the specificities of real project responses, and tries to realize the high performance outcomes in novel landscapes.
Design With Dredge: Hart-Miller Island North Cell Pilot Project | Mahan Rykiel Associates
– 2018 ASLA Research Category Honor Award
– Sponsored by Anchor QEA
Design with Dredge research program represents an ongoing effort to recast and restore urban sediment as an essential component of resilient urban infrastructures. Both qualitative and quantitative methods were used to chart variable dimensions, relationships, and potentialities of dredged material in time and space, that include cartographic projection, systems mapping, case studies, suitability modeling, material testing, participatory action, and design projection to engage stakeholders, enhance the technical capacity of partners in Baltimore and the Chesapeake Bay.
The ‘Mutualism System’ For The Canal Network And Its Aging Community | Yangzhou, China
– 2019 Landscape Architecture Department Thesis Award
– Nominated For Design Indaba’s Inclusion At 2019 Dutch Design Week in Eindhoven
My research focuses on exploring how the built environment and sustainable urban systems influence wellbeing and create healthier communities for people. Using urban design and smart city technologies as the tool to address health risks brought by rapid urbanization, gentrification and environmental degradation, advance social justice for the marginalized community. The research narrows down the scoop to the physical and mental marginalization status of low-income older adults.
Previous image
Next image