Brodnik, Christoph Holden, Jane Marino, Raul Wright, Ashley Copa, V. Rogers, Briony Arifin, HS Brown, R. Djaja, K. Farrelly, Megan A. Kaswanto, RL Marsudiantoro, D. Marthanty, Dwinanti Maryonoputri, L. Payne, E. Purwanto, M. Lovering, DR Suharnoto, Y. Sumabrata, J. Suwarso, Reni Syaukat, Professor Yusman Urich, Christian Yuliantoro, Dwi Jumping to the Top: Catalysts for leapfrogging to a water sensitive city This paper synthesises key insights from the transformative change, sustainable urban water management and leapfrogging literature; defines what leapfrogging to a water sensitive city means; and describes three catalysts that facilitate this transition: trans-disciplinary science, cross sectoral collaboration and innovation experiments.<div><br></div><div><div>The paper also introduces a joint Australian-Indonesian research program that develops water sensitive city leapfrogging strategies by translating these catalysts into practice.</div></div> leapfrogging;sustainable urban water management;water sensitive city;Land Use and Environmental Planning;Landscape Architecture;Urban Analysis and Development;Urban Design;Engineering Systems Design;Design Innovation;Community Planning;Building Science and Techniques;Architectural Science and Technology (incl. Acoustics, Lighting, Structure and Ecologically Sustainable Design) 2018-11-05
    https://bridges.monash.edu/articles/conference_contribution/Jumping_to_the_Top_Catalysts_for_leapfrogging_to_a_water_sensitive_city/7296410
10.26180/5bdfdce0f155a