土壌動物の生態学・行動生物学

由于在匈牙利进行了技术改进，包括土壤微型节肢动物探针和记录仪和控制器在内的系统安装成功，初始安装后，将进行设置时间段的数据记录。数据记录包括两个主要任务：1.数据记录；从数据记录器和控制器下载关于微型节肢动物的数量和它们的身体大小的数据。采用传统方法采集土壤动物，以便在EDAPHOLOG与人工方法之间比较微节肢动物的丰度和体型数据，最终实现EDAPHOLOG数据与当地条件的校准。此外，我在研究中又增加了一个系统单元，这意味着我可以在研究中包括另一个实验地点。当然，这项工作需要进一步的技术、修理工作和访问匈牙利。在接下来的几个月里，我通过手工方法和EDAPHOLOG的手段定期在研究地点收集数据。然后对土壤微节肢动物进行数据分析和显微分类。这是一项非常耗时、费力的工作，所以这个阶段可能会超出我的奖学金项目期限。

As a result of technical modifications done in Hungary, installation of the system including the soil microarthropod probes and the loggers & controllers was successful and after the initial, set-up time period data recording will follow. Data recording includes two main tasks: 1. Downloading data on the number of microarthropods and their body sizes from the data loggers & controllers and 2. Collecting soil animals with traditional methods so that data on abundance and body size of microarthropods can be compared later between EDAPHOLOG and manual methods, and eventually calibration of data from EDAPHOLOG to local conditions becomes practicable.In addition I brought and added a further system unit to the research, which means that I am able to include another experimental site in the research. Certainly, this work required further technical, repair work and visit to Hungary.In the following months I collected data on the study site(s) regularly by manual methods and by the means of EDAPHOLOG. Then data analysis and microscopic classification of soil microarthropods followed. It is a very time consuming, laborious work, so this phase may go beyond the period of my fellowship program.