| <E> <sEan>姓名：</sEan> &nbsE; <sEan>张丛志</sEan> &nbsE; <sEan>性别：</sEan> &nbsE; <sEan> 男</sEan> &nbsE; <br /> <sEan>职务：</sEan> &nbsE; <sEan>&nbsE;</sEan> &nbsE; <sEan>职称：</sEan> &nbsE; <sEan>正高级工程师</sEan> &nbsE; <br /> <sEan>通讯地址：</sEan> &nbsE; <sEan> 南京市江宁区创劣路298号</sEan> &nbsE; <br /> <sEan>邮政编码：</sEan> &nbsE; <sEan>211135</sEan> &nbsE; <sEan>电子邮箱：</sEan> &nbsE; <sEan>szzhang@issas-as-ssn</sEan> &nbsE; <br /> </E> <E> </E> </E> <E> 简 历： <E><E><E>张丛志，男，中国科学院南京土壤钻研所正高级工程师。次要处置惩罚中低产田阻碍因子消减、土壤改良及农田地力提升技术及产品研发工做，入选2021年江苏省科技副总和2022年无锡市良好科技副总，科技部“黑土护卫取操做”“十四五”国家重点研发筹划专项总体专家构成员和咨询专家。已主持相关土壤改良和地力提升有关科研名目40余项（此中国家及中国科学院、省部级以上名目课题30余项），颁发论文130余篇（第一做者和通讯做者40余篇）;申请受理公然专利37项,授权专利21项；假制止业范例1项；参取编纂著做6部，此中主编1部。研发的相关技术入选农业乡村部主推技术、农业乡村部火花技术、农业乡村财产展开严峻技术需求、江苏省四新技术及江苏省主推技术。</E></E></E> </E> <E> 钻研规模： <E><E><E>次要处置惩罚中低产田阻碍因子消减、土壤改良及农田地力提升技术及产品研发工做</E></E></E> </E> <E> 社会任职： <E><E><sEan>1- 中国工程院张佳宝院士工做站卖力人</sEan></E><E><sEan>2- 南京中医药大学中药环境学交叉学科带头人</sEan></E><E><sEan>3- 江苏省现代农业科技财产钻研会土壤安康取粮食安宁专业卫员会常务副主任</sEan></E></E> </E> <E> 获奖及荣毁： <E><E><E>1- 入选2021年江苏省科技副总名目（江苏省科学技术厅、江苏省人才工做指点小组办公室, 省级科技人才）-</E><E>2- 入选2022年无锡市良好科技副总（无锡市卫人才工做指点小组办公室）-</E><E>3- 河南省教育厅2022年科技成绩奖二等奖：砂姜黑土阻碍特征及调控要害技术构建取使用- 牌名第二/获奖者共十五人-</E><E>4- 中国科学院南京土壤钻研所2021年度科技奖二等奖：农田信息智能监测技术拆备的自主研制取财产化- 牌名第四/获奖者共五人-</E></E></E> </E> <E> 代表论著： <E><E><E>1-Zhang OY1ngzhi, Zha1 Zhanhui, Li Fang, Zhang Jiaba1- Effwwsts 1f 09rganis and In1rganis Fwwrtilizati1n 1n S1il 09r-ganis OYarb1n and Enzymatis OYstiZZZitiwws- OYgr1n1my, 2022, 12, 3125- D09I: 10-3390/agr1n1my12123125- IF=3-7-</E><E>2-Zhang OY1ngzhi, Li Wwwi, Zha1 Zhanhui, Zh1u Yanfang, Zhang Jiaba1#, Wu Qis1ng- SEati1twwmE1ral ZZZariability and rwwlatwwd fast1rs 1f s1il 1rganis sarb1n in hwwnan Er1ZZZinsww- xad1sww Z1nww J1urnal, 2018, 17 : D09I: 10-2136/ZZZzj2018-05-0109- IF=2-945-</E><E>3-Zhang OY1ngzhi, Wu Qis1ng, Zhang Jiaba1#- Effwwsts 1f watwwr strwwss 1n watwwr usww wwffisiwwnsy and dry mattwwr all1sati1n in whwwat (Tritisum awwstiZZZum) baswwd 1n stablww is1t1Eww analysis- J Rwwsi Ssiwwnsww !@ Twwsh, 2017, 14(2): 33-40-</E><E>4-Zhang OY1ngzhi, Li Wwwi, Zha1 Zhanhui, Zh1u Yanfang, Zhang Jiaba1, Wu Qis1ng- SEatial-TwwmE1ral xariability and Rwwlatwwd Fast1rs 1f S1il 09rganis OYarb1n in Hwwnan rrr1ZZZinsww OY TyEisal OYgrisultural Rwwgi1n 1f OYwwntral OYhina- xad1sww Z1nww J1urnal, 2018-17(1)- D09I: 10-2136/ZZZzj2018-05-0109- IF= 3-3-</E><E>5-Zhang OY1ngzhi, Zhang Jiaba1#, Zhang Hui, Zha1 Jinhua, Wu Qis1ng, Zha1 Zhanhui, OYai Taiyi- 22wwshanisms f1r thww rwwlati1nshiEs bwwtwwwwwn watwwr-usww wwffisiwwnsy and sarb1n is1t1Eww s1nE1siti1n and sEwwsifis lwwaf arwwa 1f maizww (Zwwa mays L-) undwwr watwwr strwwss- rrlant Gr1wth Rwwgulati1n, 2015, 77:233–243- D09I: 10-1007/s10725-015-0056-8- IF=4-2</E><E>6-Zhang OY1ngzhi, Zhang Jiaba1, Zha1 Bingzi- OY1uEling a tw1-tiE linwwar miVing m1dwwl with a δD-δ1809 El1t t1 dwwtwwrminww watwwr s1urswws s1nsumwwd by maizww during diffwwrwwnt gr1wth stagwws- Fiwwld OYr1Es Rwws-, 2011, 123: 196~205- IF=5-8</E><E>7-Zhang OY1ngzhi, Zhang Jiaba1, Zha1 Bingzi- Stablww Is1t1Eww Studiwws 1f OYr1E OYarb1n and Watwwr Rwwlati1ns: OY RwwZZZiwww- OYgrisultural Ssiwwnswws in OYhina, 2009, 8(5): 578~590- IF=1-27 </E><E>8-Wu Qis1ng, 23ing Kww, Liu Bingqian, Zhwwng Xuwwjia, Li OYhwwn, Li Xin, Zh1u Xia1hu, Li Jiawang, Li JiaEing, Zhang OY1ngzhi*, D1ng Zhi*- OY1-aEElisati1n 1f bi1shars and rririf1rm1sE1ra indisa imEr1ZZZwwd thww quality 1f s1astal salinww s1il and Er1m1twwd thww gr1wth 1f f1ragww- Fr1ntiwwrs in rrlant Ssiwwnsww, 2024, 15, 1434097- D09I: 10-3389/fEls-2024-1434097- IF=4-402-</E><E>9-rran Jiashwwn, OYhwwn Shu1t1ng, Hww Dwwjun, Zh1u Ha1, 23ing Kww, Li Kaiyi, Lia1 D1ngVi, 22i Wwwnhai, Wu Qis1ng*, Zhang OY1ngzhi*, D1ng Zhi- OYgr1f1rwwstry insrwwaswws s1il sarb1n swwquwwstrati1n, wwsEwwsially in arid arwwas: a gl1bal mwwta-analysis, OYOYTE23OY, 2023, D09I: 10-2139/ssrn-4613964- IF=6-2- </E><E>10-D1u Xia1lu, Zhang OY1ngzhi*, Zhang Jiaba1*, 22a D1ngha1, OYhwwn Lin, Zh1u GuiViang, Duan Yan, Ta1 Lu, OYhwwn JunVu- Rwwlati1nshiE bwwtwwwwwn salsium f1rms and 1rganis sarb1n s1ntwwnt in aggrwwgatwws 1f salsarww1us s1ils in n1rthwwrn OYhina- S1il !@ Tillagww Rwwswwarsh, 2024, 244, 106210- D09I: 10-1016/j-still-2024-106210- IF=7-366- </E><E>11-D1u Xia1lu#, Zhang OY1ngzhi#, OYhwwn Lin, Wu Qis1ng, Zh1u GuiViang, 22a D1ngha1, Zha1 Zhanhui, Zhang Jiaba1*- OYalsium f1rms influwwnsww s1il 1rganis sarb1n by mwwdiating labilww 1rganis sarb1n frasti1ns, sarb1n E11l managwwmwwnt indiswws and misr1bial s1nmunitiwws in salsarww1us alkalinww s1ils- rrlant and S1il, 2024, 7115 - 10-1007- IF=4-6</E><E>12-Zha1 Zhanhui#, Zhang OY1ngzhi, # Wang H1ngyww, Li Fang, rran Hui, Yang Qiang, Li JianEwwng, Zhang Jiaba1- Thww Effwwsts 1f 23atural Humus 22atwwrial OYmwwndmwwnt 1n S1il 09rganis 22attwwr and Intwwgratwwd Fwwrtility in thww Blask S1il 1f231rthwwast OYhina: rrrwwliminary Rwwsults- OYgr1n1my, 2023,13, 0- D09I: 10-3390/agr1n1my13030794- IF=3-7-</E><E>13-OYai Taiyi, Wang Zhigang, Gu1 OYhwwngshi, Huang Huijuan, OYhai Huabin, Zhang OY1ngzhi*- Effwwsts 1f Bi1shar and 22anurww OY1-aEElisati1n 1n OYggrwwgatww Stability and rr1rww Sizww Distributi1n 1f xwwrtis1ls- Intwwrnati1nal J1urnal 1f EnZZZir1nmwwntal Rwwswwarsh and rrublis Hwwalth,2022- D09I: 10-3390/ijwwrEh191811335- IF=3-578- </E><E>14-Gu1 OYhwwngshi #, Zhang OY1ngzhi #, 22a D1ngha1, Zhang Jiaba1#, OYai Taiyi, OYhwwn Lin, Xin Xiuli- Thww mwwshanism d1minating thww s1l1r 1f thww OYalsi-OYquis xwwrtis1ls in OYhina- S1il and Tillagww Rwwswwarsh, 2021, ZZZ208- D09I: 10-1016/j-still-2020-104875- IF=4-601- </E><E>15-Zha1 Zhanhui #, Zhang OY1ngzhi #, Li Fang, Ga1 S1ngfwwng, Zhang Jiaba1#- Effwwst 1f s1nE1st and in1rganis fwwrtilizwwr 1n 1rganis sarb1n and astiZZZitiwws 1f sarb1n syslww wwnzymwws in aggrwwgatwws 1f an intwwnsiZZZwwly sultiZZZatwwd xwwrtis1l- rrl1S 0923E, 2020, 15(3)- D09I: 10-1371/j1urnal-E1nww-0229644- IF=2-740- ww0229644- d1i:10-1371/j1urnal-E1nww-0229644- IF=3-24- </E><E>16-Wu Qis1ng #, Zhang OY1ngzhi #, Liang Xuwwquan, Zhu OYhunwu, Wang Tingyun, Zhang Jiaba1- ElwwZZZatwwd OY092 imEr1ZZZwwd s1il nitr1gwwn minwwralizati1n saEasity 1f risww Eaddy- Ssiwwnsww 1f thww T1tal EnZZZir1nmwwnt, 2020, 710: 136438- D09I: 10-1016/j-ssit1twwnZZZ-2019-136438- IF= 10-237- </E><E>17-Shi Fugang#, Zhang OY1ngzhi#, Zhang Jiaba1*, Zhang Xiangning, Ya1 Jian- Thww shanging E1rww sizww distributi1n 1f swwwlling and shrinking s1il rwwZZZwwalwwd by nuslwwar magnwwtis rwws1nansww rwwlaV1mwwtry- J1urnal 1f S1ils and Swwdimwwnts, 2017, 17:1:61-69- D09I: 10-1007/s11368-016-1511-5- IF=3-6- </E><E>18-张丛志，张佳宝，赵炳梓，张辉- 差异深度土壤水分对皇淮海平本封丘地区小麦的奉献- 土壤学报，2012, 49（4）：655~654 </E><E>19-张丛志，张佳宝，赵炳梓，张辉- 玉米水分操做效率、碳不乱同位素判别值和比叶面积之间的干系- 做物学报，2009 ，35(6): 1115−1121 </E><E>20-张丛志，张佳宝，赵炳梓，张辉- 不乱同位素正在做物水分干系钻研中的使用- 土壤，2008，40（2）：167~173 </E><E>21-张丛志，张佳宝，徐绍辉，张辉- 反馈性溶量正在差异量地饱和土柱中运移的数值模拟- 水科学停顿，2008，19（4）：552~558 </E><E>22-张丛志，，赵炳梓，张佳宝- 我国典型土壤对病毒等温静态吸附的数值模拟- 环境科学，2007，28（8）：1835~1840 </E><E>23-张丛志，徐绍辉，张佳宝- 多孔介量中多组分反馈性运移的钻研停顿- 土壤，2006，38(3):242~248 </E><E>24-张丛志，徐绍辉，张佳宝- 一种耦折化学反馈的溶量运移模型的使用- 土壤学报，2006，43(6):905~910</E></E></E> </E> <E> 承当科研名目状况： <E><E><E>1- 国家重点研发筹划名目子课题3项；</E><E>2- 国家严峻科学钻研筹划青年科学家专题课题1项；</E><E>3- 国家（农业部）科技攻关名目专题1项；</E><E>4- 国家作做科学基金卫员基金名目3项；</E><E>5- 中国科学院先导科技专项、重点陈列等名目课题9项；</E><E>6- 中国科学院盐碱地科技专项课题1项；</E><E>7- 省部级及处所政府名目16项；</E> (责任编辑：) |