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植物營養與農業環境保護團隊

時間: 2020/07/22   作者:   點擊:

       

一.    團隊簡介

針對農(nong)(nong)業資源高效(xiao)利(li)(li)用(yong)和(he)農(nong)(nong)業生(sheng)態環(huan)境保護開展(zhan)理論及應用(yong)基礎研究。重(zhong)點(dian)解析作物(wu)(wu)吸收利(li)(li)用(yong)養分(fen)的(de)生(sheng)理與分(fen)子(zi)機制,創制養分(fen)高效(xiao)與高產協同的(de)農(nong)(nong)作物(wu)(wu)新(xin)種質材料和(he)新(xin)型肥料,研發(fa)養分(fen)高效(xiao)利(li)(li)用(yong)、作物(wu)(wu)營養診(zhen)斷與施(shi)肥新(xin)技術;研究農(nong)(nong)業環(huan)境中面(mian)源污(wu)染物(wu)(wu)的(de)時(shi)空(kong)變異和(he)遷移轉化規(gui)律,發(fa)展(zhan)農(nong)(nong)業面(mian)源污(wu)染防控理論與新(xin)技術;研究農(nong)(nong)業有機廢(fei)棄(qi)物(wu)(wu)資源化過(guo)程的(de)生(sheng)物(wu)(wu)學特征及相關作用(yong)機制,研發(fa)農(nong)(nong)業有機廢(fei)棄(qi)物(wu)(wu)資源化、高值化利(li)(li)用(yong)的(de)新(xin)技術、新(xin)工藝、新(xin)裝(zhuang)備和(he)新(xin)產品。

近(jin)年來,團隊承擔國家(jia)重點研發計劃項(xiang)目(mu)、課題(ti)和子(zi)課題(ti),國家(jia)科技支撐計劃課題(ti),國家(jia)自然科學基(ji)金(jin)項(xiang)目(mu),湖南(nan)省重點研發計劃項(xiang)目(mu),湖南(nan)省自然科學基(ji)金(jin),湖南(nan)省教育廳項(xiang)目(mu)等縱(zong)向課題(ti)50余項,各類試驗研究類橫向課題20余項,團隊(dui)發表(biao)論文250篇,其中(zhong)SCI論文50多篇,出版(ban)學術著作2部,授權(quan)發明專利15件。研(yan)究(jiu)成果獲湖(hu)南省(sheng)科技科進步(bu)二等獎4項(xiang),湖南省技(ji)科(ke)進步三(san)等獎1項。                                       

 

 

二.    主(zhu)要研究方向

1)植物(wu)營養生理;(2)植物營養遺(yi)傳與分(fen)子生物學;(3)植物營養生態(tai);(4)植物根際營養(yang);(5)肥料學與新(xin)型肥料的研制;(6)現(xian)代(dai)施肥技術;(7)植(zhi)物養(yang)分(fen)資源管(guan)理(li)與利用;(8)農業農村環境污(wu)染防控(kong)。                                    

 

 

三.    承擔的愛游戲體育登錄項目

1.          國家“十三五”重點(dian)研發計劃項目“長江中游(you)雙季稻區(qu)面源污染綜(zong)合防控技術示(shi)范”(2018YFD0800500),2018-20201268萬元,主(zhu)持(chi)人(ren):榮湘民

2.        國家“十三五(wu)”重點研發計劃課(ke)題“南方三熟區(qu)冬油(you)菜化肥農(nong)藥(yao)減(jian)施技術模式(shi)建立與示范”(2018YFD0200906),2018-2020432萬,主持人:宋(song)海星

3.          國家(jia)“十二五”科技(ji)支撐計劃(hua)課題(ti)“南方(fang)丘陵山地農區農業面源污染防控技(ji)術集成與示范”(2012BAD15B04),2012-2016990萬元,主持人(ren):劉強

4.          國家“十一五”科技(ji)支撐計劃課題(ti)“沿(yan)洞庭湖糧食主(zhu)產區農業面源污染(ran)物(wu)消(xiao)納減排技(ji)術(shu)研究與示范”(2007BAD87B11),2008-2012730萬元(yuan),主持人:劉強

5.          國家自(zi)然科(ke)學基(ji)(ji)金區域創新發展(zhan)聯合基(ji)(ji)金課(ke)題 “洞庭湖平(ping)原區農田(tian)氮磷流失通量與(yu)主(zhu)控(kong)因素及面源(yuan)污染阻控(kong)與(yu)水質提升(sheng)技(ji)術研究”(U19A2050),2020-2023100萬元(yuan),主持人(ren):榮湘民

6.        國家自然科學(xue)基(ji)金面上(shang)項目“高氮素利用(yong)效率油(you)菜基(ji)因型協調籽粒油(you)分和蛋白質含量的生理(li)機制”(31372130),2014-201780萬(wan),主持人:宋(song)(song)海星

7.        國家自然科學基金面上項目(mu)“油菜氮效(xiao)率對CO2濃度升高的響應研究”(31071851),2011-201333萬,主持人:宋海(hai)星

8.          國家自然科學(xue)基金青年基金項(xiang)目“不同氮效率油菜基于(yu)液泡膜質子泵(beng)的(de)NO3-再利用差異及(ji)機理(31101596)”,2012-201423萬元,主持人:張振華

9.          國(guo)家自然科(ke)學(xue)基金青(qing)年基金項目(mu)“土壤養分對稻田雜草(cao)種(zhong)群(qun)的調控及(ji)其機制(31100310)”,2012-201421萬(wan)元,主持人:謝(xie)桂先

10.    國(guo)家自(zi)然科(ke)學基金青年項目“氮沉(chen)降(jiang)對納木錯高寒草原甲烷氧化的影(ying)響及微生物機(ji)理(41701084)”,2018-202027萬元,主持人:胡盎

11.      國家“十二五”科技(ji)支撐計(ji)劃子課題“洞庭湖(hu)區農田(tian)面(mian)源污染控制關(guan)鍵(jian)技(ji)術集(ji)成與(yu)示范”(2014BAC09B01-01),2014-2017150萬(wan)元(yuan),主(zhu)持人:榮湘民

12.      國家 “十二五(wu)”科技(ji)支(zhi)撐(cheng)計劃子(zi)課題“城(cheng)郊環保型(xing)高效農業(ye)關鍵技(ji)術研究與示(shi)范(fan)”(2014BAD14B01),2014-201730萬元,主持(chi)人:榮湘民

13.      科(ke)技(ji)部(bu)國家科(ke)技(ji)基(ji)礎(chu)條(tiao)件(jian)平臺建設子專(zhuan)項(xiang)“華中區(qu)缺(que)區(qu)補漏數字(zi)土壤制圖方法研(yan)究”,2012-201740萬元,主持(chi)人:劉強

14.      農業(ye)部國際合(he)作項(xiang)目“規模化(hua)養殖場固體(ti)(ti)廢棄物(wu)堆肥過程中重(zhong)金屬鈍化(hua)與保氮技(ji)術(shu)研究”,2008-200920萬元,主(zhu)持人:劉強

15.    國家重點研發計劃子課(ke)題“雙季(ji)稻增密(mi)減(jian)氮機械化栽培豐產增效協同機理(2017YFD0301503-1)”,2018-202065萬(wan),主持人:宋(song)海星

16.    國家(jia)重點研(yan)發計劃子課(ke)題“聚醚類聚氨脂包(bao)膜緩控釋肥料研(yan)制(zhi)與(yu)應用(2017YFD0200703-3)”,2017-202080萬元(yuan),主持人:彭建偉(wei)

17.      國家重點研發計(ji)劃項目子課題“畜禽(qin)糞便(bian)有機肥安全施用(yong)技術及示范(fan)(2018YFD0800505-05)”,2018-202055萬元,主持人:田昌

18.      國家重點研發計劃項目(mu)子課題“雙(shuang)季稻機插同步精量一(yi)次性(xing)施肥氮(dan)磷減排技術研(yan)發與示范2018YFD0800501-01)”,2018-202037.2萬元,主持人(ren):韓(han)永亮

19.      國(guo)家“十三五”重點研發計劃項(xiang)目子課題“油(you)菜氮(dan)高效基因型減氮(dan)增效潛力及高效利用機制(zhi)(2017YFD0200103)”,2017-2020104萬元,主持人(ren):張振華(hua)

20.      國家“十三五”重(zhong)點研發計(ji)劃項(xiang)目子課題(ti)“早(zao)熟冬油菜(cai)養分需求規律(lv)研究(2018YFD0200901-02)”,2018-202045萬元,主持(chi)人(ren):張振華

21.      國家“十三五(wu)”重點研發(fa)計劃項(xiang)目子課題“基于(yu)環(huan)境友(you)好的化肥農藥(yao)減施增效技術模式(shi)篩選(xuan)(2016YFD0201205-04)”,2016-2020250萬元(yuan),主持(chi)人(ren):謝桂先

22.      國家“十(shi)三五(wu)”重點研發計劃(hua)項目子課題“基于分子與(yu)離子尺度(du)的多元物料(liao)生物轉化過程與(yu)發芽(ya)指數關系(xi)(2017YFD0800202-04)”,2017-202072.4萬元,主持人:謝桂(gui)先

23.      國家“十三五”重點研(yan)發(fa)計劃項目子課題 “小(xiao)流域面源污染多(duo)級生態阻控技(ji)術體系集成與示范(2018YFD0800504-05)”,2018-202048萬元,主(zhu)持人:張玉平

24.    國家“十三五”重點研發計(ji)劃項目子課題 “徑流易(yi)發區農(nong)田氮磷(lin)流失預測與決策系統研(yan)究(2017YFD0800104-4)”,2017--202051萬元,主持人:張(zhang)玉平

25.      湖南省自然科(ke)學基金(jin)項目創新(xin)研究(jiu)群體(ti)子課(ke)題“稻田生態(tai)系統提質增(zeng)效與生態(tai)功能協調機制(2019JJ0003)”,2019-202115萬元,主持人:張振華

26.    湖南省自然科(ke)學基金項目“水(shui)稻對生長季極(ji)端高(gao)溫(wen)氮代謝的響應機(ji)理研究(12JJ6016)”,2012-20142萬元,主(zhu)持人:彭建(jian)偉(wei)

27.      湖(hu)(hu)南省自然科學(xue)基(ji)金青(qing)年(nian)項(xiang)目“洞庭湖(hu)(hu)區雙季(ji)稻田化肥減量(liang)深施對氮素(su)淋失風險的影響研究(jiu)(2019JJ50233)”,2019-20215萬元,主持人:田(tian)昌(chang)

28.      湖南省(sheng)自(zi)然科學基金青年項目(mu)“油(you)菜生長素(su)的合成與(yu)極性運輸(shu)對低氮(dan)脅迫的響應研究2019JJ50248)”,2019-20215萬元,主持(chi)人:韓永亮

29.      湖(hu)南省自然科學基金青年項目“生長素在(zai)阻止(zhi)授粉延緩(huan)玉米葉片衰老(lao)中的(de)作用機制(2019JJ50242)”,2019-20215萬元,主持人(ren):楊(yang)蘭

30.      湖南省自然(ran)科學基金青(qing)年項目“油(you)菜(cai)液泡膜硝態氮轉(zhuan)運系統對細(xi)胞質-液泡間硝態氮分配的調控機理(2016JJ3069)”,2016-20185萬元,主持(chi)人(ren):張(zhang)振華(hua)

31.      湖南省自然科學基金青年項目(mu)“基于空間變量及軟數據的土壤重金屬污染源(yuan)解析貝葉斯模(mo)型開(kai)發(fa)及應用(2020JJ5224)”,2020-20215萬元,主持人:黃穎(ying)

32.    湖南自然科(ke)學基金青年項目“冬季填閑作(zuo)物的種植對(dui)稻田(tian)甲烷(wan)氧化的影響(xiang)機理(2019JJ50250)”,2019-20215萬元(yuan),主持人:胡盎

33.      湖(hu)南省(sheng)重點(dian)研發計劃項目“流域農業(ye)面源污染物(wu)減排機制(2016JC2030)”,2016-201820萬元,主持人:榮湘(xiang)民

34.      湖南省重點研發計劃項目“流域農業面源污染物遷移轉化過程與機理(2016JC2032)”,2016-201920萬元,主持(chi)人(ren):謝(xie)桂先

35.      湖南省(sheng)重點(dian)研發計劃項(xiang)目 “化學肥料(liao)污(wu)染控制(zhi)關鍵技術集(ji)成示范(2016NK2112)”,2016-201815萬元,主持(chi)人:張(zhang)玉平

36.    湖南省(sheng)重點領域研發(fa)計劃項(xiang)目課(ke)題(ti) “南荻碳基產(chan)品研發(fa)(2019NK2021)”,2019-202030萬元,主持(chi)人:張玉(yu)平

37.    第二次全(quan)國污染普查項目子課題 “長江中(zhong)下游區湖南省農業源種植業氨氣排放大田原位監測(L-201907-02)”,2019-201930萬元,主持人:張玉平

38.    第(di)二次全國污染普查(cha)項目(mu)子課題,“長江(jiang)中下游(you)區湖南省農(nong)業源種植(zhi)業氨氣排放區域綜合觀測與大田原位監(jian)測(144028000000176050- 2036006014001-02)”,2018-201849萬元,主持人(ren):張玉平

39.    農業部(bu)、財政(zheng)部(bu)聯合(he)專(zhuan)項(xiang)子課題 “鎘(ge)污(wu)染稻田休耕物理調理降活技術模式(shi)研(yan)究(農業部、財政部、農辦(ban)財函[2016]6號)”,2016-201640萬元(yuan),主持(chi)人:張玉平

40.    湖南省科技(ji)廳科技(ji)計劃一般項(xiang)目 “基于環境效應評價的旱(han)地(di)減污(wu)高產型施氮技(ji)術研究(jiu)(2013NK3046)”,2013-20143萬元,主持(chi)人(ren):張玉平

41.      湖(hu)南省(sheng)教育廳重(zhong)點項目“油菜液泡硝態氮(dan)再轉運(yun)能(neng)力對硝酸還原(yuan)酶誘導的響應機理(13K062)”,2013-20166萬元,主持人(ren):張振華

42.      湖(hu)南省(sheng)教育廳重點(dian)項目“洞庭湖(hu)區農田氮磷流(liu)失規律與(yu)主控因素研究(19A219)”,2019-202110萬(wan)元,主持人:謝桂先

43.      湖(hu)南省教育廳平(ping)臺項目“南方丘(qiu)陵旱地(di)土壤玉(yu)米生長(chang)季氮素平(ping)衡(heng)研究(15K056)”,2015-20176萬元,主持(chi)人:榮湘民

44.    湖南(nan)省教(jiao)育廳平臺項目(mu)“水稻對(dui)生長關(guan)鍵期高溫逆境(jing)的(de)氮代謝響應機理研究(13K061)”,2013-20166萬元,主持人:彭建偉

45.      湖南(nan)省教育廳(ting)平臺項(xiang)目“控釋氮肥減量(liang)施用(yong)對雙季稻(dao)產量(liang)與稻(dao)田氮素損(sun)失的影響研究(14K047)”,2014-20176萬元(yuan),主持人(ren):謝桂先

46.      湖南省(sheng)教(jiao)育廳(ting)平臺項(xiang)目(mu)“生(sheng)長素(su)在(zai)源(yuan)庫關系介導玉米葉(xie)片衰(shuai)老中的作(zuo)用(yong)機制(18K043)”,2018-202010萬元,主持人(ren):楊(yang)蘭

47.      湖南省教育廳平臺項目“雙季稻(dao)機插(cha)同步精量一次(ci)性深施(shi)肥技術(shu)研究(19K046)”,2019-202110萬(wan)元,主持人:韓永(yong)亮

48.      湖南省教育廳(ting)優秀青年項目“大氣沉降(jiang)對(dui)水稻籽粒鎘積累貢(gong)獻(xian)及其(qi)影響機制研究(19B250)”,2019-20216萬元,主持人:黃穎(ying)

49.    湖南省教(jiao)育廳科(ke)學研究(jiu)項(xiang)目 “控(kong)釋氮肥減(jian)量下南方稻(dao)田(tian)N2O排放特征及對水分管理(li)的響應(16K040)”,2016-20196萬元,主持(chi)人:張玉平(ping)

50.    湖南省教育廳科學研究(jiu)項目(mu) “有機(ji)肥施用下(xia)的(de)菜地溫室氣體排放規(gui)律及土壤微生物與酶活性響應研究(12K065)”,2012-20156萬(wan)元,主(zhu)持人:張(zhang)玉平

51.    湖南省農(nong)業(ye)農(nong)村廳項目“湖南省農(nong)田微塑料污(wu)染特征(zheng)及風(feng)險評價”,2020-202020萬元(yuan),主持(chi)人:彭建偉

52.    湖南省農業(ye)農村廳項(xiang)目“湖南省農業(ye)污染源普查-畜(chu)禽養(yang)殖業污(wu)染物排(pai)放(fang)補充監(jian)測”,2019-202033.23萬元,主持(chi)人:彭建(jian)偉

53.    湖南省農(nong)業農(nong)村廳項目“水(shui)稻機(ji)插(cha)同(tong)步側深施肥效果”,2019-202020萬元(yuan),主持人:彭建偉

54.    湖南省農業農村廳項目(mu)“2018年農業生態環(huan)境保護項(xiang)目(mu)(生豬規模養(yang)殖污染(ran)監測)”,2018 -201816萬元(yuan),主持人:彭建偉

55.    湖南省(sheng)農業農村廳項目“2018年農(nong)業生(sheng)(sheng)態環境保護項目(農(nong)業清潔生(sheng)(sheng)產(chan)技術示范(fan))”,2018-201810萬元,主(zhu)持人(ren):彭建(jian)偉

56.    湖南省農(nong)業農(nong)村(cun)廳項目“水稻(dao)機插同步精(jing)量施肥(fei)試驗示范”,2018-201910萬元,主持人:彭建(jian)偉

57.    湖南省(sheng)農業(ye)農村廳項目“生(sheng)豬規模養(yang)殖污(wu)染監測”,2017-201816萬元,主持人:彭建偉

58.    湖南省農業農村廳項目(mu)“開展水稻機插秧與深施肥一(yi)體(ti)化技術(shu)示范”,2017-201810萬元,主(zhu)持人:彭建(jian)偉

59.    湖(hu)南省農業(ye)農村廳項目“粳稻(dao)品種吸鎘差(cha)異性研究”,2015-20155萬元,主(zhu)持人:彭(peng)建偉

60.    湖南省農(nong)業農(nong)村廳項目“不(bu)同水稻品(pin)種(zhong)吸鎘差異性研究”,2014-20145萬元(yuan),主持(chi)人:彭(peng)建偉(wei)

61.      橫向(xiang)項目“華綠高寒(han)高海拔(ba)地區(qu)新型肥料(liao)產業基地(2019xnytc10)”,2019-202260萬(wan)元,主持人:榮湘民

62.      橫向項目“環(huan)洞庭湖區(qu)農業面源污染治理技術研究與應用(17166)”,2017-202030萬元,主(zhu)持人:榮湘(xiang)民

63.    橫向項目“湖(hu)南省農業污染源(yuan)普(pu)查原位(wei)監(jian)測”,2018-201847萬元,主持人:彭建偉

64.    橫(heng)向項目“農(nong)產品產地(di)土壤污染分(fen)級管控(2019xny-js113)”,2019-201950萬元,主持人:彭建偉(wei)

65.    橫向項目“ BIOWISH包(bao)菌(jun)肥料在湖南晚稻生產中的應(ying)用效果(guo)及環境效應(ying)評價(2019xny-js152)”,2019-202020萬元,主持人:彭建(jian)偉

66.    橫向(xiang)項目“湖(hu)南貴威(wei)菊芋高產栽培產業(ye)基(ji)地建(jian)設(2019xnytc02)”,2019-202130萬元(yuan),主(zhu)持人:彭建偉

67.    橫向項(xiang)目“沃(wo)博特新型肥料(liao)產業基地建設(2018XNYTC10)”,2018-201920萬元,主持(chi)人:彭建偉

68.    橫向項目“葡萄(tao)專(zhuan)用有機(ji)肥(fei)生(sheng)產技(ji)術開發(2018xny-js018)”,2018-202020萬元,主持人:彭(peng)建偉

69.    橫(heng)向項(xiang)目“廣(guang)州(zhou)花果小鎮葡萄栽培土壤質量調(diao)控(kong)(2018xny-js015)”,2018-201915萬元,主持人(ren):彭建偉

70.    橫向項目“韶山金(jin)景(jing)豐葡萄產(chan)業園土壤改良(17099)”,2017-201820萬元,主(zhu)持人:彭(peng)建偉

71.    橫向(xiang)項目“超級稻“控灌中蓄”增氧高(gao)效灌溉(gai)模式關(guan)鍵(jian)技術研究(17134)”,2017-20185萬元,主持人:彭建偉(wei)

                    

四.    發表(biao)的(de)論(lun)文(wen)

1.        Han YL#, Song HX#, Liao Q#, Yu Y#, Jian SF#, Lepo JE, Liu Q, Rong XM, Tian C, Zeng J, Guan CY, Ismail AM, Zhang ZH*. Nitrogen use efficiency is mediated by vacuolar nitrate sequestration capacity in roots of Brassica napus. Plant Physiology, 2016,170: 1684-1698.

2.        Shaofen Jian, Qiong Liao, Haixing Song, Qiang Liu, Joe Eugene Lepo, Chunyun Guan,   Jianhua Zhang, Abdelbagi M. Ismail, Zhenhua Zhang*. NRT1.1-related NH4+ toxicity in Arabidopsis is associated with disturbed balance between NH4+ uptake and assimilation. Plant Physiology, 2018, 178: 1473-1488.

3.        Zhen-hua Zhang, Ting Zhou, Tian-jiao Tang, Hai-xing Song, Chun-yun Guan, Jin-yong Huang, and Ying-peng Hua*. Multiomics landscapes uncover the pivotal role of subcellular reallocation of cadmium in regulating rapeseed resistance to cadmium toxicity. Journal of Experimental Botany, 2019, 70(19): 5437-5455.

4.        Jin-Song Luo, Yong Yang, Tianyu Gu, Zhimin Wu, Zhenhua Zhang*. The Arabidopsis defensin gene AtPDF2.5 mediates cadmium tolerance and  accumulation.  Plant Cell and Environment, 2019, 42(9):2681-2695.

5.        Wu XW, Song HX, Guan CY and Zhenhua Zhang*. Boron mitigates cadmium toxicity to rapeseed (Brassica napus) shoots by relieving oxidative stress and enhancing cadmium chelation onto cell walls. Environmental Pollution, 2020, 263: 114546.

6.        Lu Sheng, Joe Eugene Lepo, Song Haixing, Guan Chunyun, Zhang Zhenhua*. Increased rice yield in long-term crop rotation regimes through improved soil structure, rhizosphere microbial communities, and nutrient bioavailability in paddy soil. Biology and Fertility of Soil, 2018, 54:909-923.

7.        Wu XW, Song HX, Guan CY and Zhenhua Zhang*. Boron alleviates cadmium toxicity tin Brassica napus by promoting the chelation of cadmium onto the root cell wall components. Science of the Total Environment, 2020, 728: 138833.

8.        Haifei Chen, Quan Zhang, Zhenhua Zhang*. Comparative transcriptome combined with metabolomic and physiological analyses revealed ROS-mediated redox signaling affecting rice growth and cellular iron homeostasis under varying pH conditions. Plant and Soil, 2018, http://DOI: 10.1007/s11104-018-3859-3.

9.        Sheng Lu, Haixing Song, Chunyun Guan, Joe Eugene Lepo, Zhimin Wu, Xinhua He, Zhenhua Zhang*. Long-term rice-rice-rape rotation optimizes 1,2-benzenediol concentration in rhizosphere soil and improves nitrogen-use efficiency and rice growth. Plant and Soil, 2019, 445:23-37.

10.    Hua Yingpeng, Zhou Ting, Song Haixing, Guan Chunyun, Zhang Zhenhua*. Integrated genomic and transcriptomic insights into the two-component high-affinity nitrate transporters in allotetraploid rapeseed. Plant and Soil, 2018, 427: 245-268.

11.    Zhimin Wu, Jingsong Luo, Yongliang Han, Yingpeng Hua, Chunyun Guan, Zhenhua Zhang*. Low nitrogen enhances nitrogen use efficiency by triggering nitrate uptake and its long-distance translocation. Journal of Agricultural and Food Chemistry, 2019, 67(24):6736-6747.

12.    Xiao Y, Wu XW, Liu D, Yao JY, Liang GH, Song HX, Abdelbagi M. Ismail, Luo JS and Zhenhua Zhang*. Cell Wall Polysaccharide-mediated Cadmium Tolerance Between Two Arabidopsis thaliana Ecotypes. Frontiers in Plant Science, 2020, 11: 473, doi: 10.3389/fpls.2020.00473.

13.    Luo JS, Xiao Y, Yao JY, Wu ZM, Yang Y, Abdelbagi M. Ismail and Zhenhua Zhang*. Overexpression of a defensin-like gene CAL2 enhances cadmium accumulation in plants. Frontiers in Plant Science, 2020, 11: 217, doi: 10.3389/fpls.2020.00217.

14.    Wang Tao, Hua Yingpeng, Chen Moxian, Zhang Jianhua, Guan Chunyun, Zhang Zhenhua. Mechanism Enhancing Arabidopsis Resistance to Cadmium: The Role of NRT1.5 and Proton Pump. Frontiers in Plant Science, 2018, 9:1892, doi: 10.3389/fpls.2018.01892.

15.    Jian SF, Liao Q, Liu Q, Luo JS, Guan CY, Zhang ZH*. NRT1.1 Regulates Nitrate Allocation and Cadmium Tolerance in Arabidopsis. Frontiers in Plant Science, 2019, 10:384.

16.    Liao Jiayuan, Liu Xiangrong, Hu Ang, Song Haixing, Chen Xiuzhi and Zhang Zhenhua*. Effects of biochar-based controlled release nitrogen fertilizer on nitrogen-use efficiency of oilseed rape (Brassica napus L.). Scientific Reports, 2020, 10:11063.

17.    Gao K. Zhou T, Hua YP, Guan CY, Zhang ZH*. Transcription factor WRKY23 is involved in ammonium-induced repression of Arabidopsis primary root growth under ammonium toxicity. Plant Physiology and Biochemistry, 2020, 150: 90-98.

18.    Liao Q#, Tang TJ#, Zhou T, Song HX, Hua YP*, Zhang ZH*. Integrated Transcriptional and Proteomic Profiling Reveals Potential Amino Acid Transporters Targeted by Nitrogen Limitation Adaptation. International Journal of Molecular Sciences, 2020, 21:2171: doi:10.3390/ijms21062171.

19.    Junyue Yao, Jingsong Luo*, Yan Xiao and Zhenhua Zhang*. The plant defensin gene AtPDF2.1 mediates ammonium metabolism by regulating glutamine synthetase activity in Arabidopsis thaliana. BMC Plant Biology, 2019, 19:557.

20.    Jingsong Luo, Zhenhua Zhang*. Proteomic changes in the xylem sap of Brassica napus under cadmium stress and functional validation, BMC Plant Biology, 2019, 19:280.

21.    Qiong Liao, Shao-Fen Jian, Hai-Xing Song, Chun-Yun Guan, Joe Eugene Lepo, Abdelbagi M. Ismail, Zhang ZH*. Balance between nitrogen use efficiency and cadmium tolerance in Brassica napus and Arabidopsis thaliana. Plant Science, 2019, 284: 57-66.

22.    Yong Xie,. Li Tang . Lan Yang . Yuping Zhang . Haixing Song .Chang Tian . Xiangmin Rong*. Yongliang Han. Polymer-coated urea effects on maize yield and nitrogen losses for hilly land of southern China. Nutr Cycl Agroecosyst, 2020,116:299312.

23.    Chang Tian, Xuan Zhou, Ahmed E. Fahmy, Zheli Ding, Mostafa A. Zhran, Qiang Liu, Jianwei Peng, Zhenhua Zhang, Haixing Song, Chunyun Guan, Ahmed M.S. Kheir, Mamdouh A. Eissa. Balanced fertilization under different plant densities for winter oilseed rape(Brassica napus L.) grown on paddy soils in Southern China. Industrial Crops & Products, 151(2020) 112413 http://doi.org/10.1016/j.indcrop.2020.112413.

24.    Yong Xie, Li Tang, Yongliang Han, Lan Yang, Guixian Xie, Jianwei Peng, Chang Tian, Xuan Zhou, Qiang Liu, Xiangmin Rong*, Yuping Zhang. Reduction in nitrogen fertilizer applications by the use of polymer coated urea: effect on maize yields and environmental impacts of nitrogen losses. Journal of the Science of Food and Agriculture, 2019,99: 2259-2266.

25.    Jin Song Luo, Tianyu Gu, Yong Yang, Zhang ZH*. A non secreted plant defensin AtPDF2.6 conferred cadmium tolerance via its chelation in Arabidopsis. Plant Molecular Biology, 2019, 100:561-569.

26.    Xiangrong Liu, Jiayuan Liao, Haixing Song, Yong Yang, Chunyun Guan, Zhenhua Zhang*. A Biochar-Based Route for Environmentally Friendly Controlled Release of Nitrogen: Urea-Loaded Biochar and Bentonite Composite. Scientific Reports, 2019, 9:9548.

27.    Minxuan Zhang, Tianyu Lu, Yun Zhao, Guixian Xie*, Zhiwei Miao*. K3PO4- promoted domino reactions: diastereoselective synthesis of trans-2,3-dihydrobenzofurans from salicyl N-tert-butanesulfinyl imines and sulfur ylides. RSC Advances, 2019, 9, 11978–11985.

28.    Zhimin Wu#, Lan Yang#, Lihong Jiang#, Zhenhua Zhang, Haixing Song, Xiangmin Rong, Yongliang Han*. Low concentration of exogenous ethanol promoted biomass and nutrition accumulation in oilseed rape (Brassica napus L.)Plant Signaling & Behavior2019, 14(12).

29.    Yuping Zhang , Lijun Ou , Ji Zhao , et al. Transcriptome analysis of hot pepper (Capsicum annuum L.) plants identifies waterlogging resistance related genesChilean Journal of Agricultural Research,2019,79(2):296-306.

30.    XU Wei, ZHANG Yuping*, YANG Zhenyu, LI Mengyuan, LI Siyu, YIN Lichu.Study on Soil Properties of Eucalyptus Plantation in Hainan, Agricultural Science Technology, 2019, 20(6): 36-42.

31.    Zhen-hua Zhang, Ting Zhou, Qiong Liao, Jun-yue Yao, Gui-hong Liang, Hai-xing Song, Chun-yun Guan, Ying-peng Hua. Integrated physiologic, genomic and transcriptomic strategies involving the adaptation of allotetraploid rapeseed to nitrogen limitation. BMC Plant Biology, 2018, 18:322.

32.    Hua Yingpeng, Zhou Ting, Liao Qiong, Song Haixing, Guan Chunyun, Zhang Zhenhua*. Genomics-assisted identification and characterization of the genetic variants underlying differential nitrogen use efficiencies in allotetraploid rapeseed genotypes. G3-Genes Genomes Genetics, 2018,8: 2757-2771.

33.    Qiong Liao, Ting Zhou, Jun-yue Yao, Qing-fen Han, Hai-xing Song, Chun-yun Guan, Ying-peng Hua*, Zhang Zhenhua*. Genome-scale characterization of the vacuole nitrate transporter Chloride Channel (CLC) genes and their transcriptional responses to diverse nutrient stresses in allotetraploid rapeseed. Plos One, 2018, 13(12):e0208648.

34.    Wang, Qiong, Li, Fa Yun, Rong, Xiang min. and Fan, Z. Plant-Soil Properties Associated with Nitrogen Mineralization: Effect of Conversion of Natural Secondary Forests to Larch Plantations in a Headwater Catchment in Northeast China. Forests, 2018,9(7): 386.

35.    Hongfang Li, Feng Liu*, Pei Luo, Guixian Xie*, Runlin Xiao, Wei Hu, Jianwei Peng. Performance of integrated ecological treatment system for decentralized rural wastewater and significance of plant harvest management. Ecological Engineering, 2018, 124, 69-76.

36.    Zhang ZH#, Lu S#, Wang WM, Joe Eugene Lepo, Guan CY, Abdellbagi M. Ismail, Song HX*. Effects of elevated atmospheric CO2 on nitrogen distribution and nutrilization efficiency in WINTER RAPE, Pakistan Journal of Botany, 2017,49(4): 1307-1315.

37.    Han YL#, Liao JY#, Yu Y#, Song HX, Rong N, Guan CY, Joe Eugene Lepo, Abdelbagi M. Ismail, Zhang ZH*. Exogenous abscisic acid promotes the nitrogen use efficiency of Brassica napus by increasing nitrogen remobilization in the leaves. Journal of Plant Nutrition, 2017,40(18): 2540-2549.

38.    Zhoubin Liu, Yuping Zhang*, Lijun Ou, et al.  Identification and characterization of novel microRNAs for fruit development and quality in hot pepper (Capsicum annuum L.),Gene, 2017 ,(608): 66-72.

39.    Lijun Ou, Zhoubin Liu, Zhuqing Zhang,Ge Wei, Yuping Zhang*,et al. Noncoding and coding transcriptome analysis reveals the regulation roles of long noncoding RNAs in fruit development of hot pepper (Capsicum annuum L.)Plant Growth Regul2017 83: 141-156.

40.    Chang TIAN, Xuan ZHOU, Qiang LIU, Jian-wei PENG, Wen-ming WANG, Zhen-hua ZHANG, Yong YANG, Hai-xing SONG, Chun-yun GUAN. Effects of a controlled-release fertilizer on yield, nutrient uptake and fertilizer usage efficiency in early ripening rapeseed (Brassica napus L.) J Zhejiang Univ-Sci B (Biomed & Biotechnol)2016.1710):775-786.

41.    Han YL#, Liao Q#, Yu Y#, Song HX*, Liu Q, Rong XM, Gu JD, Lepo JE, Guan CY, Zhang ZH*. Nitrate reutilization mechanisms in the tonoplast of two Brassica napus genotypes with different nitrogen use efficiency. Acta Physiologiae Plantarum, 2015, 37:42.

42.    Han YL, Liu Q, Gu JD, Gong JM, Guan CY, Lepo JE, Rong XM, Song HX*, Zhang ZH*. V-ATPase and V-PPase at the Tonoplast Affect NO3- Content in Brassica napus by Controlling Distribution of NO3- Between the Cytoplasm and Vacuole. Journal of Plant Growth Regulation, 2014,34: 22-34. 

43.    Zhang ZH, Song HX*, Liu Q, Rong XM, Peng JW, Xie GX, Zhang YP, Guan CY. Distribution Characters of Absorption Nitrogen in Oilseed Rape (Brassica napus L.) at Different Growth Stages. Journal of Plant Nutrition, 2014, 37:1648-1660.

44.    Zhang ZH#, Wang WM#, Guan CY, Liu Q, Rong XM, Han YL, Peng JW, Liao Q, Yu Y, Song HX*.Mechanisms of Nitrogen Re-distribution in Response to Enzyme Activities and the Effects on Nitrogen Use Efficiency in Brassica napus during Later Growth Stages. Pakistan Journal of Botany, 2014, 46(5):1789-1795.

45.    Yu JL, Zhu ZK, Zhang ZH, Rong XM, Liu Q, Song HX*, Guan CY. Effects of enzymes related to nitrogen resuse on nitrogen redistribution and nitrogen use efficiency in Brassica napus. Agricultural Science and Technology, 2014,15(2): 215-218.

46.    鐘雪梅,吳遠帆,彭建偉*,盧文璐(lu),宋思(si)明,唐啟源,湛冬至,周旋.機插同(tong)步一次性精(jing)量(liang)施肥對雙季稻產量(liang)及經濟效益的影響(xiang)[J].核(he)農學報,2020,34(05):1079-1087.

47.    王(wang)濤,唐天驕,廖(liao)佳元,姚珺玥,官春云,張振華*.外源 ABA提高甘藍型油菜抗鎘脅迫能力及氮素生理利用(yong)效(xiao)率(lv)。植物營養與(yu)肥料學報,2020, 26(3): 1-10.

48.    梁桂紅,華(hua)營鵬,宋(song)海星,張(zhang)振(zhen)華(hua)*.CACTFTPPCA1 (YACT) Dof (AAAG) MYB  可能參與甘藍型油菜對(dui)氮脅(xie)迫的響應. 植(zhi)物營養(yang)與肥料學報,2020, 26(2): 338-353.

49.    梁桂紅(hong),華營鵬,周婷,宋(song)海星,張振華*.植物液泡(pao)膜(mo) H+-ATPase H+-PPase 研究進(jin)展(zhan)。中國農業(ye)科技導報,2020,221):19-27.

50.    黃思怡,周旋,田(tian)昌(chang)*,徐澤,袁浩(hao)凌,劉(liu)強(qiang),謝桂先,彭建偉.控(kong)釋尿(niao)素減施對雙季稻光合特性和經濟效(xiao)益的影(ying)響[J/OL].土(tu)壤:1-7[2020-06-15].

51.    田昌,周旋,楊(yang)俊彥,石敦杰,榮(rong)湘民,謝桂先(xian),彭(peng)建偉.化(hua)肥(fei)氮(dan)(dan)磷優化(hua)減施對水稻產量和田面(mian)水氮(dan)(dan)磷流失的影響[J].土壤(rang),2020,52(02):311-319.

52.    梁桂紅#,華營鵬#,周婷(ting),廖瓊(qiong),宋海星,張振華*.甘藍型油(you)菜NRT1.5NRT1.8家族基因的生物(wu)信息學分析及其對(dui)氮(dan)-鎘(ge)脅迫的響應. 作物學(xue)報(bao), 2019,45(3): 365-380.

53.    鐘雪梅(mei),黃鐵平,彭建偉(wei)*,盧(lu)文璐,康(kang)興蓉,孫夢飛,宋思明,唐啟源(yuan),陳(chen)裕新(xin),湛(zhan)冬至,周旋.機插同步一次性精量(liang)施肥對(dui)雙季(ji)稻養分累積(ji)及(ji)利用率的影響[J].中(zhong)國水稻科學,2019,33(05):436-446.

54.    廖(liao)佳元,宋海(hai)星,趙東生,王濤,官春云(yun),張振(zhen)華*.油菜不同生(sheng)長期稻田土(tu)壤(rang)無機氮(dan)形(xing)態(tai)及(ji)氮(dan)肥利用率(lv)對(dui)控釋氮(dan)肥施(shi)用的響(xiang)應. 水(shui)土(tu)保持(chi)學報, 2019,33(1): 158-164.

55.    廖瓊,周(zhou)婷,肖燕(yan),唐天(tian)驕,宋(song)海(hai)星,官春云,華營鵬(peng),張振華*.甘藍型(xing)油菜鈣離子轉運蛋(dan)白CAX家族基因生物信息(xi)學(xue)及(ji)其對鎘脅迫響應表達分析. 植物生理學(xue)報, 2019,55(3): doi: 10.13592/j.cnki.ppj.2018.

56.    黃(huang)思怡,田昌*,謝桂先,歐(ou)震,劉強,彭建(jian)偉.控釋尿素減少雙季稻田氨揮發的主要機理和適宜(yi)用量[J].植物營養與(yu)肥(fei)料學報(bao),2019,25(12):2102-2112.

57.    田昌,周旋,黃(huang)思怡,袁浩凌,謝桂先,劉強,彭建(jian)偉*.控釋尿素減施對(dui)稻田CH4N2O排放及經濟(ji)效益的影(ying)響[J].生態環境學報,2019,28(11):2223-2230.

58.    姚珺玥,華營鵬,周婷,王濤,宋(song)海星,官春云,張振華*.  甘藍型(xing)油菜AVP1VHA-a2及(ji)VHA-a3基因的鑒(jian)定(ding)及功能(neng)性研(yan)究. 作物(wu)學報,2019,45(8): 1146-1157.

59.    韓(han)慶芬,陳海飛,張振(zhen)華(hua)*.不同生態(tai)型(xing)擬南(nan)芥耐銨毒害差異的生理機制. 植物營養與(yu)肥料學報,2019, 25(7): 1185-1193.

60.    田昌,周(zhou)旋,劉強,謝桂(gui)先(xian),榮湘民,張玉平,黃(huang)思怡,彭建偉.控釋尿(niao)素(su)(su)減施對雙季稻(dao)田氮素(su)(su)滲漏(lou)淋失(shi)的影響[J].應用生態(tai)學(xue)報,2018,29(10):3267-3274.

61.    田昌,周旋,謝(xie)桂(gui)先,劉強,榮湘民(min),張玉平(ping),譚力彰,彭建偉(wei).控釋尿(niao)素減施對雙(shuang)季稻田土(tu)壤剖面(mian)養分分布特征的影響[J].水土保持學報(bao),2018,32(04):216-221.

62.    田昌,周旋,謝桂先,劉(liu)強,榮湘民,張(zhang)玉平,譚(tan)力彰(zhang),彭建偉.控釋尿(niao)素(su)減施對(dui)雙季稻田氨揮發損失和氮肥利用率(lv)的影(ying)響[J].中(zhong)國(guo)水稻科學(xue),2018,32(04):387-397.

63.    田昌,周旋,謝桂先,劉強,榮湘民,張(zhang)玉平,譚力彰,彭建偉.控釋尿素減施(shi)對(dui)雙季稻田徑流氮素變化、損失(shi)及產(chan)量(liang)的影響(xiang)[J].水土保(bao)持學報,2018,32(03):21-28.

64.    丹(dan),葉(xie)祝弘,肖(xiao)珣,閆穎,劉鳴達*,謝桂先*.化肥減(jian)量配施有機肥對(dui)早(zao)稻田溫室(shi)氣體排(pai)放的影(ying)響. 農業環(huan)境科學(xue)學(xue)報,20183711):2443-2450.

65.    盧勝、張振華*. 長(chang)期稻油(you)輪(lun)作改良土壤結構提高水稻產量. 土壤(rang)通(tong)報,2018,492):409-414.

66.    張振華.作(zuo)物硝態氮(dan)(dan)轉運利用與氮(dan)(dan)素利用效率(lv)的關系(xi).植物(wu)營養(yang)與肥料學報, 2017, 23(1): 217-223.

67.      ,   , 宋海星, 官(guan)春云, 陳柯豪, 張振華*.ACC 對不同(tong)氮(dan)效率油菜生長后期硝(xiao)態氮(dan)再利用(yong)的調控機理. 植物(wu)營養(yang)與肥料(liao)學(xue)報, 2017,23(5): 1378-1386.

68.    榮(rong)  , 韓永亮(liang)*, 榮(rong)湘民, 宋海星(xing), 彭建偉(wei), 謝桂(gui)先, 張玉平, 張振華*.油菜(cai) NO3–的(de)吸收(shou)、分配及氮利用效率(lv)對低氮脅迫的(de)響應. 植(zhi)物營(ying)養與肥(fei)料學(xue)報, 2017,23(4): 1104-1111.

69.    姜利紅,譚力彰,田 昌,劉 強,張玉平,楊(yang) 蘭,謝桂(gui)先(xian)*. 不同(tong)施肥對雙季稻田徑流氮磷流失特征的影響(xiang). 水土保持學(xue)報(bao),2017, 31(6):33-38,45.

70.    張曉龍, 張振華*, 宋海星*, 余佳玲, 官春云.不(bu)同氮效率油菜品種碳素累(lei)積轉運差異及其對油分形成(cheng)的影(ying)響(xiang).中國(guo)農(nong)業(ye)科學, 2016, 49(18): 3542-3550.

71.    余佳(jia)玲, 宋海星, 謝桂先*, 張振華(hua)*, 廖瓊, 官春云.不同氮效(xiao)率油菜SPSPEPC活(huo)性(xing)差異及其對籽(zi)粒產量與(yu)有分含量的(de)影響.植物營養與(yu)肥料學報, 2016,22(3):618-625.

72.    謝勇(yong),榮湘民(min)*,張玉(yu)平(ping),何欣,石敦杰,劉強(qiang). 控釋氮(dan)肥減(jian)量施用對春玉米土壤N2O排放(fang)和氨揮發的影響[J]. 農業環境科學學報,2016,(03):596-603.

73.    謝勇,榮(rong)湘民*,劉強,張玉平. 控釋(shi)氮(dan)(dan)肥減(jian)量施用對春玉(yu)米土壤地表徑(jing)流氮(dan)(dan)素動(dong)態及其損失的(de)影(ying)響[J]. 水土保持學報,2016,(01):14-19+25.

74.    龔(gong)蓉, 劉(liu)強, 榮湘(xiang)民, 張玉平*.中南丘陵旱地磷肥減量對不(bu)同形(xing)態磷素(su)養(yang)分淋(lin)失的影響. 水土保持學報,2015, 295:106-110.

75.    高德才, 劉強, 張玉(yu)平(ping)*, 榮湘民, 張蕾(lei), 田(tian)昌.添加生(sheng)物黑炭(tan)對玉米(mi)產(chan)量品質、肥料利用率及氮磷(lin)徑流損失的影響. 中國土壤(rang)與肥料, 2015,5:70-76.

76.    楊春,譚太龍,余佳玲,廖瓊,張曉(xiao)龍,張振華,宋海(hai)星*. 官(guan)春云大氣CO2濃(nong)度倍增對油菜韌皮(pi)部(bu)汁液成分及根部(bu)氮(dan)素積(ji)累的影響。植(zhi)物生態學(xue)報(bao),201438(7):776-784.

77.    張曉龍,張玉(yu)平(ping),高德才,榮湘民(min),劉強,宋海星(xing)*. 不同施肥模式對旱地土壤(rang)氮磷鉀(jia)徑流(liu)流(liu)失的影響。水土保持學報,201428(6):36-40.

78.    余佳玲, 陳歷儒,張(zhang)振華,王(wang)文(wen)明,楊春,宋海星(xing)*,官春云. 不(bu)同供氮(dan)水(shui)平下(xia)油菜品(pin)種(zhong)硝態氮(dan)累(lei)積利用(yong)特征與氮(dan)效率差(cha)異. 中國土壤(rang)與肥(fei)料, 2014,3:18-22.

79.    余佳玲(ling), 張振華,宋海星*,官春云.作(zuo)物氮素利用生理機制研究進展(zhan).中國農學通(tong)報, 2014,30(12):19-23.

80.    王小(xiao)娟, 王文明(ming), 張振華, 張力, 楊春, 宋(song)海星*, 官春云.大氣(qi)高CO2濃度(du)和供氮水(shui)平對油菜前期生長及氮素吸收(shou)利(li)用(yong)的影響. 生態學(xue)雜志, 2014,33(1):83-88.

81.    張宇,榮(rong)湘民*,王心星,周亮,張玉平; 劉強, 謝桂先,宋海星. 覆蓋與(yu)生(sheng)態攔截(jie)對旱地土壤地表徑流(liu)和(he)氮素流(liu)失的(de)影響[J].水土保持學報(bao),2014,28(2):15-19.

82.    王心星(xing), 榮湘民*, 張玉平, 謝勇, 劉(liu)強. 自然降雨條(tiao)件下玉米與不同作物間套(tao)作的氮損失特征(zheng). 水土保持學報, 2014,285):1-6.

83.      李波,榮(rong)湘民*,謝桂先(xian),張玉平,周亮,張宇,王心(xin)星. 有(you)機(ji)無機(ji)肥配(pei)施條件下稻田系統溫室氣體交換及綜合溫室效應分(fen)析(xi). 水(shui)土保持學報, 201327(6)298 -304.

84.      李波,榮湘(xiang)民(min)* 謝桂先,周亮,張宇,易珍玉,王心星. 不(bu)同有機無(wu)機肥配施對(dui)雙季稻田CH4 排放的影響. 生(sheng)態環境學報, 201322(2)276- 280.

85.    張(zhang)玉(yu)平,榮湘民*,劉(liu)強,謝桂先,黃濤,吳魏. 有機無機肥(fei)配施對旱地(di)作物養分利用率及(ji)氮磷流失(shi)的影(ying)響. 水土保(bao)持學報, 2013,273:44-54.                                     

 

 

五.    專利

1.          劉強,榮湘民,謝(xie)桂先,宋(song)海星,彭建偉.一種降(jiang)低畜禽糞(fen)便(bian)堆(dui)肥中重金屬生(sheng)物有效性的鈍化劑及使(shi)用方法. 發明專(zhuan)利,授(shou)權號:ZL200910044699.0

2.          劉(liu)強(qiang),榮湘民(min),謝桂先(xian),宋海星,彭(peng)建(jian)偉.一種畜禽糞(fen)便堆肥除臭保氮調(diao)理劑及使(shi)用(yong)方法. 發明專利,授權號:ZL200910044700.X

3.          張(zhang)玉平,郭(guo)漢(han)華,汪湘流,榮湘民(min),彭(peng)建偉(wei),云驚奇(qi),宋海(hai)星,謝(xie)桂先.一種谷殼灰基(ji)的水稻(dao)機插秧基(ji)質. 發明專(zhuan)利,授權號(hao):ZL 201210520316.4

4.          彭建(jian)偉,榮湘民,郭漢(han)華,汪湘流(liu),張玉平(ping),王署娟,謝桂先(xian),汪峰. 一種(zhong)椰殼粉(fen)基(ji)的水稻機(ji)插秧基(ji)質(zhi). 發明專利,授(shou)權號(hao):ZL 201210519171.6

5.          張振華,宋(song)海星,劉強,榮湘(xiang)民,彭建偉,謝桂先,張玉平. 一(yi)種提高油菜氮素利用效率(lv)的方法(fa). 發明專利,授(shou)權號(hao):ZL 201210266627.

6.          田昌, 彭建偉, 王英(ying)姿, 張素芬, 楊勇. 一種可(ke)塑性纖維(wei)培養土制備工(gong)藝. 發(fa)明專利,授權號:ZL201810489914.7

7.          張振華,宋(song)海星,韓永亮,田昌,劉強,榮湘民(min),簡少芬(fen),曾晶,廖瓊,余音. 一種增強(qiang)作(zuo)物抗環(huan)境非生(sheng)物脅迫的方法. 發明專利,授權號:ZL 201510171234.7

8.          張振華(hua)(hua),宋海星,向(xiang)鵬華(hua)(hua), 單雪華, 韓永亮(liang),劉強,榮(rong)湘民,彭建偉,郭維. 一種植物原生質體中液泡內、外硝態氮含量的測定(ding)方法(fa). 發明專利,授權號:ZL 201410700868.2

9.          張振華(hua),宋海星,劉強,榮湘民,彭建偉,謝(xie)桂先(xian),張玉平(ping). 一種(zhong)提高油菜氮(dan)素利用效(xiao)率(lv)的(de)方法. 發明專利,授權號:ZL 201210266627.2

10.      張振華, 廖(liao)瓊, 宋(song)海(hai)星, 肖和友, 盧勝, 楊(yang)勇, 陳卓, 彭(peng)瀑, 王(wang)帆. 一種同時(shi)提高植物氮素利(li)用效率(lv)和抗鎘脅迫能力的方法. 發(fa)明專(zhuan)利, 授權號:ZL201710362972.9

11.      謝桂先,劉強,何云龍,榮湘民,宋(song)海星,彭(peng)建偉,張玉(yu)平. 一(yi)種利用高溫堆肥(fei)降(jiang)解煙(yan)草廢棄物中煙(yan)堿含量的方法. 發明專利,授權號:ZL 201510626672.8

12.    蘇(su)以榮(rong),張振華,賈(jia)志紅,陳香碧. 一種促進煙(yan)苗根系(xi)發育的方法. 發明專利,授(shou)權號:ZL2013101500572590

 

 

六.    標(biao)志性成(cheng)果

1.  榮湘(xiang)民,劉(liu)強,謝桂(gui)先,朱堅(jian),彭建偉,張(zhang)玉平,侯紅(hong)波,宋海星,李裕(yu)元. 湖南農(nong)業面源污染防控技(ji)術(shu)研究及應用,湖南省(sheng)人民政(zheng)府,湖南省(sheng)科學進步獎(jiang)(jiang),二等獎(jiang)(jiang),2016.2

2.  劉強,榮湘民,盧向陽,彭建偉,謝桂先,朱(zhu)紅梅,龔次(ci)元,莫(mo)利拉,陳靜彬. 水稻高蛋白高產栽培綜合技(ji)術(shu)體(ti)系及應用理論研究,湖南(nan)省人民(min)政(zheng)府,湖南(nan)省科學(xue)進(jin)步獎,二等獎,2006.2

3.   劉(liu)強,榮湘民,盧(lu)向陽,彭建(jian)偉,朱紅梅,李科,羅(luo)澤民,黃見良,黃啟(qi)為(wei). 高蛋白飼料(liao)稻基(ji)礎理論及應用技術研究,湖(hu)南(nan)省人民政府,湖(hu)南(nan)省科(ke)學進(jin)步獎,二等獎,2002.2

4.   李元沅(yuan),榮湘(xiang)民(min),符(fu)少輝(hui),陳忠文,陳代培. 新(xin)型高效專用復混(hun)肥的研制開發,湖南省人(ren)民政府,湖南省科學(xue)進步獎,三等獎,1999.12

5.     周清,彭健偉,張(zhang)揚(yang)珠,廖(liao)超林(lin),張(zhang)玉(yu)平,“以(yi)強(qiang)化(hua)基地建設(she)為核(he)心(xin)的(de)農科類專業(ye)實踐(jian)性教(jiao)學體系(xi)研(yan)究與實踐(jian)-以農業資源與環境(jing)專業為例”,湖南省教學成果三(san)等獎(jiang),2010.10

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