放射性物质污染及其防治

X591 200401540 挪威和巴伦支海深海食物网中137Cs的生物积累=BioaccumulatiON of137 Cs in pelagic food webs in the Norwegian and Barents Seas[刊,英]/Hilde Elise Heldal…//J.Environ.Radioactivity.-2003.65(2).- 177-185 国图     

环境监测

X831 X835 200403518 匈牙利苔藓(Hypnum cupressiforme)中多环芳烃(PAHs)的富集=Concentration of polycyclic aromatic hydrocarbons(PAHs)in moss(Hypnum cupressiforme) from Hungary[刊,英]/Imre Olivar Kozek…//J.Envi- ron.Sci.Health.-2003,A38(11).-2613-2619     

矿业、冶金工业废物处理与综合利用

X751.03 200401715 人工湿地中含氨矿山水的修复=Remediafion of ammonia-rich minewater in constructed wetland[刊, 英]/O.A.Demin…//Eiaviron.Tech..-2002,23(5). -497-514 中信X-041 X752.05 200401716 掺煤矸石的水泥性能与颗粒群分布的关系研究/ 张永娟…(同济大学混凝土材料国家重点实验室) //水泥/建材工业技术情报研究所.-2003,(11).     

放射性物质污染及其防治

X591200502141纳滤膜分离技术处理放射性污染废水的试验研究/侯立安…(第二炮兵工程设计研究院)∥给水排水/中国建筑设计研究院.-2004,30(10).-47~49环图TU-2X591200502142自然条件下切尔诺贝利燃料颗粒在土壤中的分解动力学=Kinetics of dissolution of Chernobyl fuel parti-cles in soil in natural conditions[刊,英]/V.A.Kash-parov…∥J.Environ.Radioactivity.-2004,72(3).-335~353国图利用在切尔诺贝利核电站50km区域内于1995年至1997年间收集的土壤中90Sr物种形成的数据,研究了在自然环境条件下燃料颗粒分解的动力学。在大量…     

环境污染及其防治 一般性问题

X501 200502651 挪威卑尔根建筑材料中PCB污染源=Building ma- terials as a source of PCB pollution in Bergen,Norway [刊,英]/M.Andersson…∥Sci.Total Environ..- 2004,325(1/3).-139-144 国图     

环境污染及其防治 一般性问题

X501 200401396 环境中的氯仿:发生、源、沉降和影响=Chloroform in the environment:occurIence,sourcec,sinks and ef- fects[刊,英]/A.MeCulloch//Chemosphere.-2003, 50(10).-1291-1308 国图X502 200401397 城市污泥与稻草堆肥中铜锌的形态分布研究/蔡全英…(华南农业大学资源环境学院)//农业环境     

环境遥感

X87 200403205 应用MODIS卫星数据和产品监测得克萨斯州的大气质量=Applications of MODIS satellite data and products for monitoring air quality in the state of Texas [刊,英]/Keith D.Hutchison…//Atmos.Environ..- 2003,37(17).-2403—2412 国图     

大气污染及其防治

X51 X835 200500763 用苔藓作生物指示物研究1985～2000年期间芬兰大气的重金属沉积=Atmospheric heavy metal de—position in Finland during 1985—2000 using mosses as bioindicators[刊,英]/J.Poikolainen…//Sci.Total En—viron..-2004,318(1/3).-171～185 国图根据1985,1990,1995和2000年的调查研究了重金属的沉积和沉积参数的改变。在同一采样     

环境监测仪器设备

X85 200501273 测量气和水中VOCs的表面声波分析仪的性能评价=Performance evaluation of a surface acoustic wave analyzer to measure VOCs in air and water[刊,英]/ Gary W.Watson…//Environ.Progr..-2003,22(3).     

农业废物处理与综合利用

X713.03 200401074 畜禽垃圾渗滤液中3-硝基-4-羟基苯胂酸的光降解研究=Photodegradation of roxarsone in poultry litter leachates[刊,英]/A.J.Bednar…∥Sci.Total Environ..-2003,302(1/3).-237-245 国图砷类化合物在美国农业生产中有着广泛的应用,从棉花田除草剂到动物饲料添加剂都有它的存在。尤其是roxarsone(3-硝基-4羟基苯胂酸)     

环境质量评价与环境监测 环境监测仪器设备

X851200700703实时气溶胶监控器对柴油机排放物中细颗粒物的测定=Measurement of fine particles in diesel emissions using a real-time aerosol monitor[刊,英]/Jiping Zhu…∥J.Air Waste Man-ag.Assoc..-2005,55(7).-978~983国图评价了一种确定柴油机排放物中细颗粒的实时     

矿业、冶金工业废物处理与综合利用

X751.03 200402375 酸矿井湖水中(pH 2-3)碱性生成的第一步:相应有机和/或无机碳源沉积情况的研究=Sediment conditioning with organic and/or inorganic carbon sources as a first step in alkalinity generation of acid mine pit lake water(pH2-3)[刊,英]/R.Frommichen …∥Environ.Sci.& Technol..-2003,37(7).-1414 -1421 国图     

Photochemically enhanced degradation of phenol using heterogeneous Fenton-type catalysts

The degradation of phenol was carriced out using heterogeneous Fenton-type catalysts in the presence of H2O2 and UV.Catalysts were prepared by exchanging and immobilizing Fe^2 in zeolite 13X,silica gel or Al2O3.The concentration of phenol solution was 100mg/L.The amount of H2O2 added was the stoichiometric amount of H2O2 required for the total oxidation of phenol.Under the irradiation of medium pressure light(300W)phenol was mineralized within 1 h in the presence of Fe^2 /zeolite 13X.The COD removal rate was enhanced in the presence of Fe^2 /zeolite 13X compared to that of Fe^2 /silica gel of Fe^2 /Al2O3.Analogous homogenous photo-Fenton reaction with equivalent Fe^2 was also carried out to evaluate the catalysis efficiency of Fe^2 /zeolite 13X.Results showed that the COD removal rate was near to that of homogeneous Fenton,while heterogeneous Fe^2 /zeolite 13X catalyst coule be recycled.     

环境监测

X830.2 9903633用于测定污泥和沉积物中有机氯化合物的兼有GC一MS的自动超临界流体萃取法一AutomatedSFE eombined with GC一MS for the determinationofo塔anoehlorine eompounds in sludge and sedi-ment仁刊,英〕/R.J.Trigg…// Intern.J.Environ.Anal.Chem.一1998,70(1/4)一47一58 环信6159X831 X33 9903634巴西里约热内卢室内外空气污染物的分布:海边办公室内空气质量的推断=压stribotion of indoorand outdoor air Pollutants in Rio de Janeiro,Brazil:implieotions to indoor air quality in bayside offiees[刊,英〕/L…     

News: JES Symposium at the 9th National Conference on Environmental Chemistry

<正>In celebration of the 30th anniversary of Journal of Environmental Sciences(JES),a special JES symposium was held at the 9th National Conference son Environmental Chemistry(NCEC),in Hangzhou,China,on October 19-22,2017.More than 6100registrants participated in the conference.Co-organized by Professor X.Chris Le of the University of Alberta,Canada,Professor Guibin Jiang(Liu et al.,2016b)of the Research Center     

环境监测

X83200502436运用种的形成和同位素稀释技术来研究环境中砷的迁移=Coupling speciation andisotope dilutiontech-niques to study arsenic mobilization in the environment[刊,英]/Rebecca E.Hamon…∥Environ.Sci.&Technol..-2004,38(6).-1794~1798国图X83200502437关于使用典型表面进行干沉积机理的研究-Ⅱ.对气体状和粒状物质在酸性和碱性水面、水面、干面上的沉积过程进行分级=代理表面を用いた乾性沈着机构の研究-Ⅱ.酸性およびアルカリ性水面,水面,乾き面によるガス状および粒子物质の沈着过程の分画[刊,日]/下原孝章…∥大气环…     

大气污染及其防治

X51 2()0202088西安市燃煤中铅的排放量及其环境效应/雏昆利(中科院地理科学与资源研究所)…//环境科学/中科院生态环境研究中心一2(X)2,23(1)一123-125环图X一5XslZ(X犯仪犯89美国切萨皮克湾大气中的多抓联苯和颗粒有机及元素碳二Polychiorinatedbi帅enylsand拌Lrticulateor-ganlc/elementale公比n in the ati”OSphere of Chesa详akeBav,usA〔刊,英]/ P .A.B~iak…// Atmos.Envi-mn.一2(X)l,35(32)一5肠3一5677环图6161X512(X)双犯仪刃用一般环境浓度计算东京都内有害化学物质的总排放量=一般环境浓度奋用‘、九有害化学物质刃都…     

Thyroid disruption by technical decabromodiphenyl ether （DE-83R） at low concentrations in Xenopus laevis

Decabromodiphenyl ether (decaBDE), as a flame retardant, is widely produced and used. To study the thyroid disruption by technical decaBDE at low concentrations, Xenopus laevis tadpoles were exposed to technical decaBDE mixture DE-83R (1–1000 ng/L) in water from stage 46/47 (free swimming larvae, system of Nieuwkoop and Faber) to stage 62. DE-83R at concentration of 1000 ng/L significantly delayed the time to metamorphosis (presented by forelimb emergence, FLE). Histological examination showed that DE- 83R at all tested concentrations caused histological alterations – multilayer follicular epithelial cell and markedly increased follicle size accompanied by partial colloid depletion and increase in the peripheral colloid vacuolation, in thyroid glands. All tested concentrations of DE-83R also induced a down-regulation of thyroid receptor mRNA expression. These results demonstrated that technical decaBDE disrupted the thyroid system in X. laevis tadpoles. Analysis of polybrominated diphenyl ethers (PBDEs) (sum of 39 congeners) in X. laevis indicated that mean concentrations of total PBDEs in X. laevis exposed to 1, 10, 100, 1000 ng/L were 11.0, 128.1, 412.1, 1400.2 ng/g wet weight, respectively. Considering that PBDEs burden of X. laevis tadpoles was close to PBDEs levels in amphibians as reported in previous studies, our study has raised new concerns for thyroid disruption in amphibians of technical decaBDE at environmentally relevant concentrations.     

环境地学

X142200501911在水圈和陆地上利用129Ⅰ/127Ⅰ做为生物地球化学过程和水动力过程的一个新的环境示踪物及地质年代计:有机碘的主要地位=129Ⅰ/127Ⅰas anewenvironmental tracer or geochronometer for biogeo-chemical or hydrodynamic processes in the hydrosphereand geosphere:the central role of organo-iodine[刊,英]/Peter H.Santschi…∥Sci.Total Environ..-2004,321(1/3).-257~271国图X144200501912菲对土壤酶活性的影响/宫璇(中科院沈阳应用生态研究所)…∥农业环境科学学报/中国农业生态环保协会.-2004,23(5).-981~984环图…     

Algae functional group characteristics in reservoirs and lakes with different trophic levels in northwestern semi-humid and semi-arid regions in China

In order to study the differences in algae species and their biomass in water bodies in a region, three reservoirs and two lakes at the center of Guanzhong Plain were chosen to identify algae functional groups, measure biomass, and assess water quality, from January2013 to December 2014. The water bodies represented different trophic levels: one oligotrophic, three mesotrophic, and one eutrophic. Based on the Reynolds' functional groups, they had 10 groups in common—B, P, D, X1, M, MP, F, S1, J, and G, but the algae biomasses and proportions were different. In the oligotrophic reservoir, functional group B reached a peak biomass of 576 × 10~4 L~(-1), which accounted for 31.27%. In the eutrophic lake,functional group D reached a peak biomass of 3227 × 10~4 L~(-1), which accounted for only13.38%. When samples collected from other water bodies with similar trophic levels were compared, we found differences in the algae species functional groups. The potential reasons for the differences in algae functional group characteristics in the different water bodies in the region were water temperature and nutritional states.