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首页> 外文期刊>International review of hydrobiology >Study design for assessing species environment relationships and developing indicator systems for ecological changes in floodplains - The approach of the RIVA project
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Study design for assessing species environment relationships and developing indicator systems for ecological changes in floodplains - The approach of the RIVA project

机译:评估物种环境关系和开发洪泛区生态变化指标体系的研究设计-RIVA项目的方法

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In this article the study design and data sampling of the RIVA project - "Development and Testing of a Robust Indicator System for Ecological Changes in Floodplain Systems" - are described. The project was set up to improve existing approaches to study species environment relationships as a basis for the development of indicator systems and predictive models. Periodically flooded grassland was used as a model system. It is agriculturally used at a level of intermediate intensity and is the major habitat type along the Middle Elbe, Germany. We chose a main study area to analyse species environment relationships and two reference sites for testing the transferability of the results. Using a stratified random sampling scheme, we distributed 36 study plots across the main study site and 12 plots each within the reference sites. In each of the study plots, hydrological and soil variables were measured and plants, molluscs, and carabid beetles were sampled. Hoverflies were collected on a subset of the sampling plots. A brief summary of first results is then provided.
机译:在本文中,描述了RIVA项目的研究设计和数据采样-“洪泛区系统生态变化鲁棒指标系统的开发和测试”。设立该项目的目的是改进研究物种环境关系的现有方法,以此作为建立指标体系和预测模型的基础。定期淹没的草地被用作模型系统。它在农业上的使用处于中等强度水平,是德国中部易北河沿岸的主要栖息地类型。我们选择一个主要的研究区域来分析物种与环境之间的关系,并选择两个参考点来测试结果的可传递性。使用分层随机抽样方案,我们在主要研究地点分布了36个研究地块,在参考地点中分别分布了12个地块。在每个研究区中,都测量了水文和土壤变量,并采样了植物,软体动物和甲虫。在采样区的一个子集上收集了蚜虫。然后提供第一结果的简要概述。

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