Tiefenbacher Alexandra, Schaumberger Andreas, Kaul Hans-Peter, Zillner Emanuel, Hans Andreas, Surböck Andreas, Gollner Gabriele, Friedel Jürgen, Euteneuer Pia, Asanza-Grabenbauer Megan, Egger Claudine, Gaube Veronika, Peterseil Johannes, Sandén Taru, Strobl Theresa, Spiegel Heide
Department for Soil Health and Plant Nutrition, Austrian Agency for Health and Food Safety (AGES), Vienna, Austria.
University of Natural Resources and Life Sciences, Vienna, Department of Sustainable Agricultural Systems, Institute of Organic Farming, Vienna, Austria.
Sci Data. 2025 May 20;12(1):821. doi: 10.1038/s41597-025-05086-6.
The agroecological "Marchfeld" cluster assessed the impact of tillage on primary production (yield) and selected soil parameters at three sites (two conventionally and one organically managed) from 2018-2022. The data were uniformly compiled in a data set. The examined factors were no, minimum (5-8 cm), reduced (10-15 cm) and conventional (25-30 cm) tillage. All measured parameters were documented in a state-of-the-art quality control approach and stored in the data set. The long-term experimental (LTER) sites have been operating for a long time (from 6-34 years), so that our parameters show accumulated historical developments that influence the present. The data is available for (re)use by others (scientists, stakeholders, etc.) on Zenodo for meta-analyses, process modelling and other environmental studies.
农业生态“马尔希费尔德”集群评估了2018年至2022年期间三种耕作方式（两种传统耕作和一种有机耕作）对三个地点初级生产（产量）和选定土壤参数的影响。数据统一汇编在一个数据集中。研究的因素包括免耕、浅耕（5 - 8厘米）、减耕（10 - 15厘米）和传统耕作（25 - 30厘米）。所有测量参数均采用先进的质量控制方法记录，并存储在数据集中。长期试验（LTER）地点已经运行了很长时间（6至34年），因此我们的参数显示出影响当前状况的累积历史发展情况。这些数据可供其他人员（科学家、利益相关者等）在Zenodo上（重新）使用，用于元分析、过程建模和其他环境研究。
