Page 217 - 《水资源与水工程学报》2022年第1期
P. 217

! 1#         Y›©, D: Ñ£šÒ23ÓÔÕÖM×&]¨deE؊ªl./                                                2 1 3

            I#、 $–µ¡#©D4¥Ÿ´Ž€$ÇrìŸC                               soilmoisture ,vegetation,anderosion:Implicationsofcli
            ;Ç ò k K 42.6%,20.9%,16.8%,12.4% ©                    matevariabilityandchange[J].WaterResourcesRe
            7.3%。M¥ß6I/ϟ´Ž€$ÇrìŸC;                               search,2006,42:W06418.
                                                               [2]CAIYu,ZHENDWengang,ZHANGXin,etal.Research
            Ǚ8, :KÙ½$…t, “²D4¥Ÿ´Ž€$
                                                                  onsoilmoisturepredictionmodelbasedondeeplearning
            ÇrìŸC;Ǚ^。³ç¯˜K²àD4wI
                                                                  [J].PLoSOne,2019,14(4):e0214508.
            —, dÐqrI$ÕݲàD4, ²àâìtŒ´Ž
                                                               [3]LIXuezhang,SHAOMingan,JIAXiaoxu,etal.Profile
            $roîìŸP—, \:Tc¡˜gŸ´Ž$È]
                                                                  distributionofsoilwatercontentanditstemporalstability
            r»¼PJ, E<òT 5 ¡{º˜öŸ´Ž$È]
                                                                  alonga1340mlongtransectontheLoessPlateau ,China
            r»¼ì, “²D4¥Ÿ´Ž$È]r»¼™^。                               [J].Catena,2016,137:77-86.
            Cheng Ä  [32] cK3.&"c´Ž$†ù6$r                     [4]WUGaolin,LIUYu,FANGNufeng,etal.Soilphysical
            »¼。d2ícKÅ6${, :TQ[@A˜g#                               propertiesresponsetograsslandconversionfrom cropland
            Ÿ´Ž$d7†»¼, ×Ø+°6IŸ´Ž$r»                               onthesemiaridarea [J].Ecohydrology,2016,9(8):
            ¼ [33-34] 。¤LUDаåry¿。Ud2ícK,                         1471-1479.
                                                               [5]` _, •åå, `¸–, Ä. JAdÞtwhi´Ž$ò
            Ómȕ›MD4@Ar$(©¤•U¯»¼´Ž
            $r)—‡w˜g          [5] 。Gao Ä [35] cK´ŽÐٟ             ÈÜM:»¼˜gòT[J]. YZST2ï,2020,36
                                                                  (13):124-132.
            ´Ž$r»¼“¢8²ÙÊ»¼。OÁ, Ԅ
                                                               [6]Á õ, „ë8. 6´-.^hi´Ž$òrgÝÜЇM
            ÙcԄ˜gŸ´Ž$r»¼Ô§, ŒGHŸ‚÷
                                                                  :»¼˜ö[J]. W¢Dº2ï,2001,12(5):715-720.
            ´Ž$rÈ܎ë¶d7†·¸。
                                                               [7]ä…, ³åû, ¬ ×. *-•Ž¤–´Ž$òÈ]rQ[
            5 J K                                                 ˜gòóòT[J]. Dº2mƒ,2013,32(9):2368-2374.
                                                               [8]ENGLISHNB,WELTZINJF,FRAVOLINIA,etal.The
                 (1) ²àD4¥z, ´Ž$ü´Œt•OF\                          influenceofsoiltextureandvegetationonsoilmoistureun
            Á„。0~50cm´Ž$ø²ÉÄT•ÈÜ。zŒ                               derrainoutsheltersinasemidesertgrassland [J].Journal
            (0~10cm) K´Ž$¹‡Œ;10~50cmK´Ž$                          ofAridEnvironments,2005,63(1):324-343.
            ¹‡Œ。                                              [9]ˆ””, ˆ‘, #Ž, Ä. 3²$LQ[ŘörÉ
                                                                  ²àDj¥´Ž$òÔ*GH[J]. 0$b¶,2020,
                 (2) ߀dß6I,0~30cm´Œt•r´Ž
                                                                  ( 7):54-58+62.
            €$ÇÈ]̕™8,30~50cm´Œt•r´Ž
                                                               [10]ª _, ˆ‘, #Ž, Ä. 7Wðt3²$LQ[Å
            €$ÇÈ]̕™^,30cmK´Ž€$Ç34È
                                                                   ˜ör´Ž$òººÔ*[J]. $NOR$ST2ï,
            ]rŸýt•。
                                                                   2019,30(4):237-243.
                 ( 3) w²àK¡D4¥,0~50cmt•r´Ž
                                                               [11]˜i[, 6¤—, ˆ™!, Ä. ‚Shi6$È]ŽëM
            €$ÇR$–µ¡ÀÔßçÖì))v; RÙ½$                                CMIP5 QRst+,[J]. ?¼÷5,2018,39(6):58-
            …tÀàßçÖì))v(20~30cmÅ{); RM                             62+97.
            ¥ß6I/ÏÀàßçÖì))v; R6I#Àà                            [12]ˆ‘, ‰Ë, ïŽý, Ä. 3²?S6Ik}r7W
            ßç¢ì))v。                                               Ùc•h•EÛ܇GH[J]. $&2\±,2019,30
                 (4) M¥ß6I/ϟ´Ž€$ÇrìŸC;                            (4):507-514.
            Ǚ8, K 42.6%, :KÙ½$…t, K 20.9%,                   [13]¸ , ©ƒƒ, Ý , Ä. 3²OJ‚¿Þr$!ðt
                                                                   ^]2‘ØÔ*sw—˜R}¨[J]. É.YZ&2,
            “²D4¥Ÿ´Ž€$ÇrìŸC;Ǚ^, ÍK
                                                                   2021,54(18):3860-3870.
            7.3%。
                                                               [14]SUNShaobo,CHETao,LIHongyi,etal.Waterandcarbon
                 ¤GHÉ:ÆÜ*´Ž$r´Œt•K 0~50
                                                                   dioxideexchangeofanalpinemeadow ecosystem inthe
            cm, /šo†ÕÐ 50~100cm^Xt´Œr´Ž
                                                                   northeasternTibetanPlateauisenergylimited [J].Agricul
            $Ü*, GH 50cm›½r´Ž$È]ŽëM»¼
                                                                   turalandForestMeteorology ,2019,275:283-295.
            ˜g。                                                [15]¬Q·, p –, ‰»ê, Ä. 3²OJ‚¿Þ© Logistic
                                                                   ‚¿rÂí±{º=òT[J]. Dº2ï,2014,34
            ^_GH:                                                  (3):727-737.
            [1]ISTANBULLUOGLUE,BRASRL.Onthedynamicsof          [16]LIUQin,WANGTiejun,HANQiong,etal.Diagnosing
   212   213   214   215   216   217   218   219   220   221   222