Data for: Strip-cropping legacy enhances potato plant defence responses to aphids via soil-mediated mechanisms

The data presents results from a complete randomized block design greenhouse factorial pot experiment with eight treatments and ten replicates per treatment (n = 80) with one potato plant (S. tuberosum, ‘Fontane’) per 5 L pot, at Wageningen University, Netherlands, between February and April 2022. The experiment consisted of three factors, ‘Strip-cropping legacy’ (with two levels), ‘AMF inoculation’ (with two levels) and ‘Herbivore’ (with two levels). The greenhouse was organized in ten spatial blocks and each of the eight treatments was present in each block.
In each pot we measured Aphid population growth, AMF root colonization, potato biomass, potato tuber yield, N & P in leaves, and potato plant metabolites using LC-MS untargeted methods.

本数据呈现了2022年2月至4月在荷兰瓦赫宁根大学开展的完全随机区组设计温室因子盆栽试验结果。该试验包含8个处理，每个处理10次重复（n=80），每5升盆钵种植1株马铃薯（S. tuberosum，‘Fontane’品种）。试验包含三个因子：‘条带种植遗留效应’（2个水平）、‘丛枝菌根真菌（AMF）接种’（2个水平）和‘植食性昆虫’（2个水平）。温室按10个空间区组布局，每个区组均包含全部8个处理。

在每个盆钵中，我们测定了蚜虫种群增长、AMF根定殖率、马铃薯生物量、马铃薯块茎产量、叶片氮磷含量，并采用非靶向液相色谱-质谱法（LC-MS）分析了马铃薯植株代谢物。