机译:珀西尔顿社区对水温速度突然变化的反应,与形态学的相关性:一种中科科博语方法
Institute of Hydrobiology and Aquatic Ecosystem Management Department of Water Atmosphere and Environment University of Natural Resources and Life Sciences Vienna Gregor Mendel Strasse 33 A-1 180 Vienna Austria WasserCluster Lunz - biologische Station Lunz am See Carl Kupelwieser Prom. 5 A-3293 Lunz/See Austria;
Institute of Hydrobiology and Aquatic Ecosystem Management Department of Water Atmosphere and Environment University of Natural Resources and Life Sciences Vienna Gregor Mendel Strasse 33 A-1 180 Vienna Austria WasserCluster Lunz - biologische Station Lunz am See Carl Kupelwieser Prom. 5 A-3293 Lunz/See Austria;
Institute of Hydrobiology and Aquatic Ecosystem Management Department of Water Atmosphere and Environment University of Natural Resources and Life Sciences Vienna Gregor Mendel Strasse 33 A-1 180 Vienna Austria WasserCluster Lunz - biologische Station Lunz am See Carl Kupelwieser Prom. 5 A-3293 Lunz/See Austria;
Multiple stressor; Daily thermo-and hydropeaking; Periphyton composition; Photosynthesis; Extracellular enzyme activities;
机译:水流速度和比表面积对人工流中膜中丝状附生植物生物量的影响
机译:包膜和大型无脊椎动物群落对河系中膜中铁,铜和锌的结构和功能反应
机译:基于实验室的中观宇宙实验对热带淡水水生植物群落中的镉和铅的毒性。
机译:Periphyton和Macroinvertebrets组装回应弹簧喂水器中的流动制度
机译:沿海淡水湿地树木到盐水侵犯的生理反应:温室间科科姆实验
机译:富营养对淡水湖泊富营养化对细菌聚集和有害蓝藻水华的影响:中观研究
机译:水流速度和比表面积对人工流中膜中丝状附生植物生物量的影响
机译:periphyton对低pH值南卡罗来纳流II中营养物富集和升高温度的响应。对社区组成的影响