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13篇 您的检索式:作者名="OSCOZ"
    题名 作者 年代 出处 被引量
1The comet assay : topical issues显示文摘Collins A R Oscoz A A Brunborg G 2008Mutagenesis2008,23,3:1
2The comet assay:topical issues显示文摘Collins AR Oscoz AA Brunborg G 2008Mutagenesis2008,23,3:1
3The comet assay : topical issues 显示文摘COLLINS AR OSCOZ AA BRUNBORG G 2008Mutagenesis2008,23,3:1
4Longitudinal and seasonal variation of the benthic macroinvertebrate community and biotic indices in an undisturbed Pyrenean river显示文摘LEUNDA P M OSCOZ J MIRANDA R 2008Ecological Indicators2008,9,1:1
5The role of oxidative stress in zearalenone-mediated toxicity in Hep G2 cells: oxidative DNA damage, gluthatione depletion and stress proteins induction显示文摘Hassen W Ayed-Boussema I Oscoz A A 2007Toxicology2007,232,3:1
6The role of oxidative stress in zearalenone-mediated toxicity in Hep G2 cells:Oxidative DNA damage,gluthatione depletion and stress proteins induction显示文摘Hassen W Ayed-Boussema I Oscoz A A 2007Toxicology2007,232,3:1
7Longitudinal and seasonal variation of the benthic macroinvertebrate community and biotic indices in an undisturbed Pyrenean fiver显示文摘Leunda P M Oscoz J Miranda R 2009Ecological Indicators2009,9,:1
8Length-weight relationships of fishes from tributaries of the Ebro River,Spain显示文摘LEUNDA PM OSCOZ J MIRANDA R 0,,:1
9The comet assay: topical issues 显示文摘COLLINS A R OSCOZ A A BRUNBORG G 2008Mutagenesis2008,23,3:1
10The role of oxidative stress in zearalenone-mediated toxici- ty in Hep G2 ceils: Oxidative DNA damage, gluthatio- ne depletion and stress proteins induction显示文摘Hassen W Ayed-Boussema I Oscoz A A 2007Toxicol- ogy2007,232,:1
11River channelization effects on fish population structure in the Larraun (Northern Spain)显示文摘Oscoz J Pedro ML Miranda R 2005Hydrobiologia2005,543,:1
12Summer feeding relationships of the co-occurnng Phoxinus phoxinus and Gobio lozanoi (Cyprinidse) in an Iberian river显示文摘Oscoz J Leunda P M Miranda R Escala M C 2006Folin Zool2006,55,4:1
13伊比利亚河共生的当年生鳟和埃布罗河的夏季摄食关系(英文)显示文摘1996-1998年8月在Larraun河(埃布罗河流域,西班牙北部)共捕获306尾埃布罗河和185尾0龄的鳟,分析比较了胃含物组成,并测定了种间的食物重叠。食物的个数百分比组成表明两种都主要摄食水生无脊椎动物。摄食策略图显示两种都是摄食不同食物种类的广食性种类。另外,比较胃含物和底栖大型无脊椎动物群落表明,0龄的鳟和埃布罗河不摄食光螺科、钩虾科、细蜉科、四节蜉科和卷襀科的物种,而喜食摇蚊科、五节蜉科和毛翅目物种。尽管简化的Morisitas指数表明Larraun河中这两种鱼之间的食物重叠是显著的,但由于栖息地不同和摄食的可塑性可以降低种间的竞争,使得该水域的这两种鱼能以相对较大的数量共存。然而,在食物资源和可用栖息地有限的河域,埃布罗河的引入,其适应性和可塑性有可能威胁单独存在的鳟。Javier OSCOZ Pedro M. LEUNDA María C.ESCALA Rafael MIRANDA 2008动物学报2008,54,4:0
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