利用数据改善埃布罗河的健康状况

Spain

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了解数据收集和报告的数字化方法如何成为评估西班牙埃布罗河流域生态状况的关键.

工业和集约化农业的做法对西班牙许多主要河流的生态和化学健康造成了压力.  

For this reason, 西班牙政府正在评估生态环境, chemical, 以及所有河流的物理化学状态, 湖泊和水库符合国家规定 欧盟开创性的水框架指令(WFD).  

我们正在领导一个合资企业,协调对埃布罗河流域的评估, the largest in Spain. 同时也是西班牙最长的河流之一, 埃布罗河的流量最大,为300多万人提供水. 

这是一个庞大而至关重要的项目,分配预算为7欧元.3 million over five years. Ebro河流域的目标是到2027年达到良好(或更高)的状态,与WFD保持一致. 

该项目涉及协调参与采样等任务的公司, analysis, and reporting. However, 考虑到评估整个盆地所需资料的数量和复杂性, 数据收集过程的数字化和自动化是关键. 

目标是到2027年埃布罗河流域达到良好(或更高)的状态, 符合欧盟的水框架指令. 

In-depth environmental analysis 

我们的团队直接负责持续收集和分析与生态健康关键指标相关的数据, including: 

  • 河流、湖泊和水库的物理化学取样 
  • Biological sampling  
    • 在河流中(大型无脊椎动物、大型植物和硅藻) 
    • 在湖泊和水库(浮游植物、无脊椎动物和大型植物) 
  • 水电形态检查访问,测量和计算场外指标  
  • Fishing sampling  
  • Biota and sediment sampling  
  • 大型无脊椎动物和浮游植物的实验室分析 

我们用这些数据来计算流域内的水的现状, 在一系列年度报告中为客户提供信息, 生态转型和人口挑战部(MITECO). 

数字优先的数据传递方法 

因为我们被任命在这个合资企业中协调几个不同的公司, 制定管理大量数据的策略是重要的第一步.  

我们对这一挑战的回应是创建一个全面的, 用户友好的数据库,把现场和实验室数据在一个地方. 我们还决定自动化化学和生态状态的计算. 

这种数字优先的交付方式在几个方面都有好处. Firstly, we have accurate, 随时提供流域生态状况的最新信息. Secondly, by digitising the information, 我们可以用MITECO要求的格式呈现数据, 加快核查进程,不延误向公众发布信息.   

获得详细和经过核实的水质数据是加强控制和最终保护和恢复埃布罗集水区的重要基石.