Reprint

Land Use Transitions under Rapid Urbanization

Edited by
October 2021
568 pages
  • ISBN978-3-0365-2113-8 (Hardback)
  • ISBN978-3-0365-2114-5 (PDF)

This book is a reprint of the Special Issue Land Use Transitions under Rapid Urbanization that was published in

Business & Economics
Environmental & Earth Sciences
Summary

Land use transition is the manifestation of land use and land cover change (LUCC) and is also a major research focus of the Global Land Project (GLP), as well as land system science (LSS). Land provides essential resources to society, and its changes have large consequences for the local and global environment and human well-being. The past, current, and projected state and dynamics of land use represent the major focus of land use science, which is influenced by long-term anthropogenic changes. The concept of land use transition highlights the fact that land use change demonstrates a non-linear process and is related to other societal and biophysical disturbances through a series of transitions. Land use transitions can be seen as the primary forces driving the transformation and development of the rural–urban territorial system and bringing about direct socioeconomic and environmental effects on regional sustainability. Land use transitions can be measured by changes in both the dominant morphology (e.g., quantity, structure, and spatial patterns) and the recessive morphology (e.g., quality, property rights, management mode, fixed input, productive ability, and function) of land use.

The aim of this reprint was to detect or examine the processes, patterns, and socioeconomic and environmental effects of land use transitions and the mechanisms of human–land interactions against the context of rapid urbanization and industrialization from a wide range of perspectives, as well as the provision of solutions for sustainable land use based on scientific findings.

Format
  • Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
land use transition; green utilization efficiency of cultivated land; spatial and temporal pattern; the Yellow River Basin; rural homestead reform; grassroots village; farmers’ willingness; land use transition; rural revitalization; land use transition (LUT); ecosystem services value (ESV); geo-informatic Tupu; equivalent factor; the Yellow River Basin (YRB); China; land use transition; arable land use; input–output; spatio-temporal variation; movement of spatial barycenter; optimization of arable land use; land use conflict; land use transition; ecological value; agricultural land suitability; Yangtze River Economic Belt; land use transition; cultivated land use layout adjustment (CLULA); suitability; food crops; planting structure; Northeast China; land change science (LCS); farmland transitions; advocacy coalition; China; rural transformation; land-use morphology; rural multifunction; spatial differentiation; impact intensity; ecological-production-living spaces; spatial distribution; functional suitability evaluation; land-use transition; rural-spatial restructuring; land use transition; farmland function; driving factors; Jiangsu Province; China; farmland transfer; household differentiation; income structure; rural households; land use transition; multiple cropping; cultivated land; land use transition; food security; influencing factors; China; livelihood capital; livelihood strategy; land transfer; transfer scale; Sichuan Province; land use transitions; spatial effects; urban land expansions; land intensive use; land marketization; land structure; land prices; urbanization; land use transition; rural residential areas; land use scale; structure; function; rural reconstruction; Shandong Province; land use transition; rural land management right; mortgage default; default characteristics; China; rural industrial land; rural spatial governance; land-use transition; rural revitalization; land consolidation; land use transition; ecological safety; fuzzy comprehensive evaluation; Loess Plateau; land fragmentation; farm performance; land transfer; China; land use transition; habitat quality effect; driving mechanism; the Middle Route of the South-to-North Water Transfer Project (MRP); Henan Water Source (HWS) area; urbanization; land-use transition; interactive relationship evolution; PVAR model; coupled coordination; land use; sense of place; catchment; Loess Hilly and Gully Region; water and land resources management; sustainable development; economic impacts; land use transitions; Chengdu–Chongqing economic circle; NDVI; land use transition; multiple cropping index; farmland; regional optimization scheme; nongrain farming; spatial correlation; spatial Durbin model; food security; agricultural supply-side structural reform; land use transition; land use morphology; land system science; literature review; CiteSpace; progress and prospects; n/a