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ࢠᆭ֒భ֥ᇍඣଆൔ,ڶሱಖ ۿିླྀטੀთऎ                             Resources Protection,2018,34(1):16-17. (in Chinese))
        Ⴕၛ༯หׄބႪ൝:①Ֆੀთള෿ປᆜྟԛؿ,ԉٳ                           [ 3 ] DONOSO M, DI BALDASSARRE G, BOEGH E, et al.
        ವކ“೶ඣਟโ޵Ҥ”ളଁุЌტაົ༢֥ླ౰,ࢠ                               International hydrological programme(IHP) eighth phase:
                                                              water security: responses to local, regional and global
        ᆭފੀള෿ປᆜྟ,ھุ༢۷ປᆜ,ۿି۷ૼಒ;
                                                              challenges:strategic plan, IHP-Ⅷ ( 2014—2021 ) [ R].
        ②ԉٳ቎࿖ሱಖܿੰ,ิശሱಖඋྟ,ᇿᇗሱಖ৯֥
                                                              Paris:UNESCO,2012.
        ॓࿐ᄎႨ;③ᇗᄝ༢๤ᇍ৘ބۿିิശ,ၛି৯ิശ
                                                          [ 4 ] ቐః๕,ݹਟۑ,ਾࡹ޿,֩. “၂ջ၂ਫ਼” ٳ౵ඣሧჷ
        টႋؓ۲োڄགა็ᅞ;④ԉٳ་൬ਔ“ݚ૥โ”ބ
                                                              หᆘࠣඣνಆЌᅰุ༢ॿࡏ[J]. ඣሧჷЌ޹,2018,34
        “ݚ૥Ӭ൧”ࡹഡᇏඣ࿖ߌ৫ุט॥ࣚෝ,ᄝੀთҪ
                                                              (4):16-21. (ZUO Qiting,HAO Lingang,LIU Jianhua,et
        ૫षᅚඣ࿖ߌ֥৫ุט॥,ѩൌགྷ؟ۿି֥ླྀט。                                al. Characteristics of water resources in“ Belt and Road”
            ླေᆷԛ֥൞,ᄝڶሱಖ ۿିླྀטੀთࡹഡ                              district and its framework of water security system [ J].
        ᇏ,఼טᄹ఼ඣ࿖ߌ؟ݖӱ֥ሱಖඋྟ,ѩ٤ൌགྷປ                               Water Resources Protection, 2018, 34 ( 4 ): 16-21. ( in
        ಆ֥ሱಖሑ෿;఼טੳ೤ࠎԤഡീࡹഡބሱಖ৯֥                                Chinese))
        ႋႨ,ѩ٤ေ஘ఙߧ೤ࠎԤഡീ、ປಆܿхದোۄ                            [ 5 ] MONTANARI A,YOUNG G,SAVENIJE H H G,et al.
        ყ,ط൞ေაሱಖཌྷླྀט,ԉٳड़קߧ೤ࠎԤഡീಆ                               “Panta Rhei-Everything Flows”:change in hydrology and
        ౯ᇍඣ৥ൎ෮౼֤֥ऍնۿི,ࣉ၂҄๷ࣉߧ೤ࠎ                                society: the IAHS scientific decade 2013—2022 [ J ].
                                                              Hydrological Sciences Journal,2013,58(6):1256-1275.
        Ԥഡീ֥ੳ೤ശࠩؿᅚ。
                                                          [ 6 ] IPCC. Global warming of 1． 5 ℃ [ R]. Geneva: IPCC,
       4  ࢲ  ე                                                2018.
                                                          [ 7 ] LIU Junguo, YANG Hong, GOSLING S N, et al. Water
            ಆ౯ඣ໙ีٴَگᄖ,Ӯၹᝀၳ。 ڶሱಖ ۿି
                                                              scarcity assessments in the past,present,and future[J].
        ླྀטࡹഡଆൔႵིܿхਔ֒భᇍඣଆൔ֥҂ቀ,ႋ                                Earth’s Future,2017(5):545-559.
        ൞ࣂުᇍඣଆൔ֥൮ေ࿊ᄴ。 ᄝڶሱಖ ۿିླྀט                           [ 8 ] OKI T,KANAE S. Global hydrological cycles and world
        ੀთࡹഡᇏ,൮༵ླေ߭ճඣ೬ႋھಀଧ৚、๲ֹഈ                               water resources[J]. Science,2000,313:1068-1072.
                                                          [ 9 ] ূഠ௜,೉Чౢ,ࢳࡹҝ. ંඣაದো໓ૼ֥৥ൎܱ༢
        ႋھളӉ൉હള໾、ሧჷႋԥթᄝଧ৚֩ᇗն໙ี,
        ၛьູࡹഡଢѓᅳ֞ؓᅶࠎཌაࠎሙ,උႿگᄖ༢                                [J]. ༆К୪ਟ॓࠯ն࿐࿐Б(ഠ߶॓࿐ϱ),2003,3
        ๤֥ਈ߄ࣚሙٳ༅;ఃՑ,ծീ֥ൡႋྟٳ༅აб࿊                               ( 6 ): 61-65. ( LEI Sheping, RUAN Benqing, XIE
        උႿऎႵ໾৘ࠏᇅ֥گᄖಕथҦ,ࠎԤ॓࿐໙ีَ                                Jiancang. Function of water resource on human civilization
                                                              innovation mechanism[ J]. Journal of Northwest Sci-Tech
        ؟,۾ܱ଴؇ࠞն。
                                                              University of Agriculture and Forestry ( Social Science
            ڶሱಖ ۿିླྀטੀთࡹഡଆൔაгᆀ 2017 ୍
                                                              Edition),2003,3(6):61-65. (in Chinese))
        ิԛ֥ള෿ݚ૥ᇆ߰ੀთࡹഡॿࡏ                [20] ,ᄝሹุଢѓ        [10] ຦ݽ,ࡉဟ໓. э߄ᇏ֥ੀთ“ሱಖ ഠ߶”ؽჭඣ࿖ߌ
        ބሹุଆൔ֩ٚ૫ࠎЧ၂ᇁ。 ᄝൌ࡬ဒᆣݖӱᇏ,                               ৘ંა࿹࣮ٚم[ J]. ඣ০࿐Б,2016,47(10):1219-
        ള෿ݚ૥ᇆ߰ੀთթᄝၛ༯҂ቀ:၂൞ၹੀთЧദ                                1226. ( WANG Hao, JIA Yangwen. Theory and study
        ࣼॖ൪ቔ၂োള෿༢๤,౏ੀთЧദࣼ൞၂োݚ૥                                methodology of dualistic water cycle in river basins under
        ุ [62] ,“ള෿ੀთ”ބ“ݚ૥ੀთ”֥ۀ୑҂࿸ࣈ;ؽ                         changing  conditions [ J ].  Journal  of  Hydraulic
        ൞ໃିԉٳุགྷ“ڶሱಖ”ᆃ၂ܱ࡯ਫ਼ࣥ,္ໃିุ                               Engineering,2016,47(10):1219-1226. (in Chinese))
        གྷࡹഡᇏ۲োईծေൌགྷ“؟ေ෍、؟ۿିླྀט”֥                           [11] GAO Shida,LIU Pan,PANG Zhengke,et al. Incorporating
        ሹุေ౰;೘൞ໃିุགྷ׮෿ൡႋ֥ླ౰,္҂ьႿ                               reservoir  impacts  into  flood  frequency  distribution
                                                              functions[J]. Journal of Hydrology,2019,568:234-246.
        ࢌҭ࿐֥॓࿹ษ。 ູՎ,ᄝՎࠎԤഈ,טᆜശູࠩڶ
                                                          [12] ຦ݽ. ඣള෿໓ૼࡹഡ֥৘ંࠎԤࠣ೏ۄܱ࡯໙ี
        ሱಖ ۿିླྀטੀთ。
                                                              [J]. ᇏݓඣ০,2016(19):5-7. (WANG Hao. Theoretical
        ҕॉ໓ང:                                                 basis and key problems of water ecological civilization
                                                              construction[J]. China Water Resources,2016(19):5-7.
        [ 1 ] United Nations. Transforming our world:the 2030 agenda
                                                              (in Chinese))
            for sustainable development [ R ]. New York: United  [13 ] YAN D H, WANG G, WANG H, et al. Assessing
            Nations,2015.                                     ecological land use and water demand of river systems:a
        [ 2 ] นक़ຫ. ᇏݓᇍඣၘࣉೆնЌ޹֥ྍൈս[J]. ඣሧჷ                     case study in Luanhe River,North China[ J]. Hydrology
            Ќ޹,2018,34(1):16-17. (TANG Kewang. A new era of   and Earth System Sciences,2012,16(8):2469-2483.
            great protection for water governance in China[J]. Water  [14 ] YAN Ziqi, ZHOU Zuhao, SANG Xuefeng et al. Water
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