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1.ShiG,CaiQ.Cadmiumtoleranceandaccumulationineightpotentialenergycrops.BiotechnologyAdvances,2009,27(5):555-561.
2.ShiG*,SunL,WangX,LiuC.Leafresponsestoironnutritionandlowcadmiuminpeanut:anatomicalpropertiesinrelationtogasexchange.PlantandSoil,2014,375(1-2):99-111.
3.SuY,WangX,LiuC,ShiG*.Variationincadmiumaccumulationandtranslocationamongpeanutcultivarsasaffectedbyirondeficiency.PlantandSoil,2013,363(1-2):201-213.
4.SuG,LiF,LinJ,LiuC,ShiG*.PeanutasapotentialcropforbioenergyproductionviaCd-phytoextraction:Alife-cyclepotexperiment.PlantandSoil,2013,365(1-2):337-345.
5.LiuC,GuoJ,CuiY,L�T,ZhangX,ShiG*.Effectsofcadmiumandsalicylicacidongrowth,spectralreflectanceandphotosynthesisofcastorbeanseedlings.PlantandSoil,2011,344(1-2),131-141.
6.SuY,LiuJ,LuZ,WangX,ZhangZ,ShiG*.Effectsofirondeficiencyonsubcellulardistributionandchemicalformsofcadmiuminpeanutrootsinrelationtoitstranslocation.EnvironmentalandExperimentalBotany,2014,97:40-48.
7.ShiG*,XiaS,YeJ,HuangY,LiuC,ZhangZ.PEG-simulateddroughtstressdecreasescadmiumaccumulationincastorbeanbyalteringrootmorphology.EnvironmentalandExperimentalBotany,2015,111:127-134.
8.XiaS,WangX,SuG,ShiG*.Effectsofdroughtoncadmiumaccumulationinpeanutsgrowninacontaminatedcalcareoussoil.EnvironmentalScienceandPollutionResearch,2015,22(23):18707-18717.
9.XiaS,DengR,ZhangZ,LiuC,ShiG*.Variationsintheaccumulationandtranslocationofcadmiumamongpakchoicultivarsasrelatedtorootmorphology.EnvironmentalScienceandPollutionResearch,2016,23(10):9832–9842.
10.YuR,XiaS,LiuC,ZhangZ,ShiG*.Variationsinrootmorphologyamong18herbaceousspeciesandtheirrelationshipwithcadmiumaccumulation.EnvironmentalScienceandPollutionResearch,2017,24(5):4731-4740.
11.ShiG*,XiaS,LiuC,ZhangZ.Cadmiumaccumulationandgrowthresponsetocadmiumstressofeighteenplantspecies.EnvironmentalScienceandPollutionResearch,2016,23(22):23071-23080.
12.YuR,LiD,DuX,XiaS,LiuC,ShiG*.Comparativetranscriptomeanalysisrevealskeycadmiumtransport-relatedgenesinrootsoftwopakchoi(BrassicarapaL.ssp.chinensis)cultivars.BMCgenomics,2017,18(1):587.
13.ShiG,CaiQ.Leafplasticityinpeanut(ArachishypogaeaL.)inresponsetoheavymetalstress.EnvironmentalandExperimentalBotany,2009,67(1):112-117.
14.LuZ,ZhangZ,SuY,LiuC,ShiG*.Cultivarvariationinmorphologicalresponseofpeanutrootstocadmiumstressanditsrelationtocadmiumaccumulation.EcotoxicologyandEnvironmentalSafety,2013,91:147-155.
15.ShiG*,SuG,LuZ,LiuC,WangX.Relationshipbetweenbiomass,seedcomponentsandseedCdconcentrationinvariouspeanut(ArachishypogaeaL.)cultivarsgrownonCd-contaminatedsoils.EcotoxicologyandEnvironmentalSafety,2014,110:174-181.
16.YuR,TangY,LiuC,DuX,MiaoC,ShiG*.ComparativetranscriptomicanalysisrevealstherolesofROSscavenginggenesinresponsetocadmiumintwopakchoicultivars.Scientificreports,2017,7(1):9217.
17.ChenC,XiaS,DengR,LiuC,ShiG*.AhIRT1andAhNRAMP1metaltransporterexpressioncorrelateswithCduptakeinpeanutsunderirondeficiency.PloSOne,2017,12(10):e0185144.
18.ShiG,LiuC,CuiM,MaY,CaiQ.Cadmiumtoleranceandbioaccumulationof18hempaccessions.AppliedBiochemistryandBiotechnology,2012,168(1),163-173.
19.ZhangZ,LiuC,WangX,ShiG*.Cadmium-inducedalterationsinmorpho-physiologyoftwopeanutcultivarsdifferingincadmiumaccumulation.ActaPhysiologiaePlantarum,2013,35(7):2105-2112.
20.ShiGR,CaiQS.Photosyntheticandanatomicresponsesofpeanutleavestozincstress.BiologiaPlantarum,2009,53(2):391-394.
21.ShiG,CaiQ,LiuC,WuL.Siliconalleviatescadmiumtoxicityinpeanutplantsinrelationtocadmiumdistributionandstimulationofantioxidativeenzymes.PlantGrowthRegulation,2010,61(1):45-52.
22.ShiG,CaiQ,LiuQ,WuL.Salicylicacid-mediatedalleviationofcadmiumtoxicityinhempplantsinrelationtocadmiumuptake,photosynthesisandantioxidantenzymes.ActaPhysiologiaePlantarum,2009,31(5):969-977.
23.ShiGR,CaiQS.Photosyntheticandanatomicresponsesofpeanutleavestocadmiumstress.Photosynthetica,2008,46(4):627-630.
24.ShiG*,ZhangZ,LiuC.Siliconinfluencescadmiumtranslocationbyalteringsubcellulardistributionandchemicalformsofcadmiuminpeanutroots.ArchivesofAgronomyandSoilScience,2017,63(1):117-123.
25.LiuC,YuR,ShiG*.Effectsofdroughtontheaccumulationandredistributionofcadmiuminpeanutsatdifferentdevelopmentalstages.ArchivesofAgronomyandSoilScience,2017,63(8):1049-1057.
26.ShiG,LiuC,CaiQ,LiuQ,HouC.Cadmiumaccumulationandtoleranceoftwosafflowercultivarsinrelationtophotosynthesisandantioxidantiveenzymes.BulletinofEnvironmentalContaminationandToxicology.2010,85(3):256-263.
27.ShiG,CaiQ.Zinctoleranceandaccumulationineightoilcrops.JournalofPlantNutrition,2010,33(7):982-997.
28.SuY,ZhangZ,SuG,LiuJ,LiuC,ShiG*.Genotypicdifferencesinspectralandphotosyntheticresponseofpeanuttoirondeficiency.JournalofPlantNutrition,2015,38(1):145-160.
29.ShiG*,Zhu-GeF,LiuZ,LeL.Photosyntheticresponsesandacclimationoftwocastorbeancultivarstorepeateddrying–wettingcycles.JournalofPlantInteractions,2014,9(1):783-790.
30.LiuCF,LiYH,ShiGR*.Utilizeheavymetal-contaminatedfarmlandtodevelopbioenergy.AdvancedMaterialsResearch,2012,414:254-261.
31.JiangL,ShiG,DingY,LouL,CaiQ.Differentialresponsesoftwobamboospecies(Phyllostachysauresulcata`spectabilis'andPleioblastuschino`hisauchii')toexcesscopper.BioEnergyResearch,2013,6:1223–1229.