MumfordL.The city in history: its origins, its transformations, and its prospects.
New York:
Harcourt, Brace & World, 1961.
2.
YeDF.The interactive mechanism of man-earth areal system and the sustainable development. Geogr Res2001;
20: 307–314. (in Chinese)
3.
MenárguezABBHolgadoPM.Assessing the landscape value of public works: validation of the methods in the lowlands of the middle section of the Tajo River, Spain. Landsc Res2014;
39: 305–323.
4.
YuCWF.Flooding and EcoBuild – strategies for the future: Dykes, dams, SUDS and floating homes. Indoor Built Environ2010;
19: 595–598.
5.
CamposDFortJMéndezV.Transport on fractal river networks: application to migration fronts. Theoret Popul Biol2006;
69: 88–93.
6.
WangFProminskiM.Landscapes with locality in urban or rural areas. Indoor Built Environ2020. DOI: 10.1177/1420326X20938321.
7.
LiXYYangYLiuY.The evolution process and its mechanism of man-land relationship in China. Geogr Res2018;
37: 1495–1514. (in Chinese)
8.
HurkmansRTWLDe MoelHAertsJCJHTrochPA.Water balance versus land surface model in the simulation of Rhine river discharges. Water Resour Res2008;
44: W01418.
9.
Liu Y, Zhou CH, Wang CS, Sun GY, Kang L and Fang M. Some problems and suggestions on the construction of Yangtze River economic belt. Progress in Geographical Sciences 2015; 34: 1345–1355. (in Chinese)
10.
LuDDSunDQ.Development and management tasks of the Yellow River basin: a preliminary understanding and suggestion. Acta Geogr Sin2019;
74: 2431–2436.
11.
GeddesP.Cities in evolution: an introduction to the town planning movement and to the study of civics.
London:
Williams, 1915.
12.
DuLJPengXWangF.City walking-trace: how watershed structure and river network changes influenced the distribution of cities in the northern part of the North China Plain. Quart Int2019;
521: 54–65.
13.
FantaVŠálekMSklenickaP.How long do floods throughout the millennium remain in the collective memory?Nat Commun2019;
10: 1–9.
14.
KongJYZhangLLiDH.Living with water: flood adaptive landscapes in the Yellow River basin of China. J Landsc Archit2008;
3: 6–17.
15.
FangYJawitzJW.The evolution of human population distance to water in the USA from 1790 to 2010. Nat Commun2019;
10: 430.
16.
McDonaldRIWeberKPadowskiJFlörkeMSchneiderCGreenPAGleesonTEckmanSLehnerBBalkDBoucherTGrillGMontgomeryM.Water on an urban planet: urbanization and the reach of urban water infrastructure. Global Environ Change2014;
27: 96–105.
17.
ZhangYHouKChangYLiXYuC.Assessment of human settlements and associated influential factors inWeihe River Plain. Indoor Built Environ2019;
28: 1162–1170.
18.
BoskerMBuringhE.City seeds: geography and the origins of the European city system. J Urban Econ2017;
98: 139–157.
19.
LiKLiuXZhouJ.Impact of environmental characteristics in urban green spaces on outdoor thermal environment: a case study of Wuhan City,China. Indoor Built Environ2019;
28: 1217–1236.
20.
MaoQZ.Theory and practice of human settlements sciences in China. Urban Plan Int2019;
34: 54–63. (in Chinese)
YuKJZhangL.Flood experience and adaptive landscape of ancient towns in the Yellow River flood plain. J Urban Plan2007;
5: 85–91. (in Chinese)
23.
WangFGaoCgHuWy.The influence of water transportation evolution on the economic development of cities along the Beijing-Hangzhou Grand Canal since the late Qing Dynasty. In: Wang FProminski M (eds) Water-related urbanization and locality: protecting, planning and designing urban water environments in a sustainable way.
Singapore:
Springer Nature, 2020, pp.27–46.
24.
JohnstoneDWMHoranNJ.Institutional developments, standards and river quality: a UK history and some lessons for industrialising countries. Water Sci Technol1996;
33: 211–222.
25.
GriffithJ.Hoover Damn: land, labor and settler colonial cultural production. Cultural Studies-Critical Methodologies2017;
17: 30–40.
26.
XuXBTanYYangGS.Environmental impact assessments of the Three Gorges Project in China: issues and interventions. Earth-Sci Rev2013;
124: 115–125.
27.
HeggelundG.Resettlement programmes and environmental capacity in the Three Gorges dam project. Dev Change2006;
37: 179–199.
28.
ShaoWY, BDXianSYO’ConnorR.Flood hazards and perceptions – a comparative study of two cities in Alabama. J Hydrol2019;
569: 546–555.
29.
HermidaMANeiraMCabrera-JaraNOsorioP.Resilience in Latin American cities: behaviour vs. space quality in the riverbanks of the Tomebamba river. Procedia Eng2017;
198: 467–481.
30.
AhoLT.Te mana o te wai: an indigenous perspective on rivers and river management. River Res Appl2019;
35: 1615–1621.
31.
VerbruggeLBornR.The role of place attachment in public perceptions of a re-landscaping intervention in the River Waal (The Netherlands). Landsc Urban Plan2018;
177: 241–250.
32.
HamiAAbdiB. Students’ landscaping preferences for open spaces for their campus environment. Indoor Built Environ2019. DOI: 10.1177/1420326X19887207.
33.
ZhuJYLuHTZhengTCRongYJWangCXZhangWYanYTangLN.Vitality of urban parks and its influencing factors from the perspective of recreational service supply, demand, and spatial links. Int J Environ Res Public Health2020;
17: 1615.
34.
KondolfGMPintoPJ.The social connectivity of urban rivers. Geomorphology2017;
277: 182–196.
35.
KnightC.The meaning of rivers in Aotearoa New Zealand—past and future. River Res Appl2018;
35: 1622–1628.
36.
WuZFChaiYWDangARGongJHGaoSYueYLiDLiuLLiuXJLiuYLongYLuFQinCZWangHWangPWangWZhenF.Geography interact with big data: dialogue and reflection. Geogr Res2015;
34: 2207–2221. (in Chinese)
37.
SinghAThomsenKJSinhaRBuylaertJPCarterAMarkDFMasonPJDensmoreALMurrayASJainMPaulDGuptaS.Counter-intuitive influence of Himalayan river morphodynamics on Indus Civilisation urban settlements. Nat Commun2017;
8: 14.
38.
WangJWeiYJiangSZhaoYZhouYYXiaoWH.Understanding the human-water relationship in China during 722 B.C.-1911 A.D. from a contradiction and co-evolutionary perspective. Water Resour Manage2017;
31: 929–943.
39.
CeolaSLaioFMontanariA.Human-impacted waters: new perspectives from global high-resolution monitoring. Water Resour Res2015;
51: 7064–7079.
40.
XuYSunXYTangQ.Human activity intensity of land surface: concept, method and application in China. Acta Geogr Sin2015;
70: 1068–1079. (in Chinese)
41.
ShiYZLiWLLuDMWangZQYangXJ.Spatio-temporal analysis of drought vulnerability on the Loess Plateau of China at town level. Resour Sci2017;
39: 2130–2140. (in Chinese)
42.
KourtisIMTsihrintzisVABaltasEA.Robust approach for comparing conventional and sustainable flood mitigation measures in urban basins. J Environ Manage2020;
269: 110822.
43.
LeykSUhlJHConnorDSBraswellAEGutmannM.Two centuries of settlement and urban development in the United States. Sci Adv2020;
6: eaba2937.
