land planning, uncertainty, interval probabilistic fuzzy, land use allocation, Mekong Delta, cellular automata, planning constraints, scenario simulation, urban growth, land green use efficiency, unexpected SBM model, spatiotemporal evolution characteristics, Yangtze River Delta, two-stage land use, Bayesian network, fuzzy mathematical programming, Chongzhou city, protected areas, boundary optimization, heritage resource, China, agricultural landscape, agricultural heritage, agroforestry, landscape sustainability, ecological space, suitability evaluation, Changsha-Zhuhai-Xiangtan urban agglomeration, cellular automata simulation, carbon metabolism, land use management framework, 'ecological-production-living' space, low-carbon, space syntax, ocean city, space form, sustainable planning and design, land use, habitat quality, ecosystem service value, PLUS-InVEST model, multi-scenario simulations, Greyfield, urban transect, urban resilience, rural areas, ecology, elderly land, POI, layout optimization, stock land, kerbside parking, baseline scenario, short-term parking (STP), freight activity space (FAS), Research and information: general

This reprint gathers the literature regarding diverse disciplines within the context of contemporary urban planning and land use in different regions to address global challenges in sustainable urban development.