研究了紫茎泽兰预处后沼气连续发酵的产气潜力。
This paper reports for the experimental study of continuous methane fermentation by using Eupatorium adenophorum Spreng.
最后，对紫茎泽兰的空间分布格局进行了模拟和预测。
Finally, we simulated and predicted the spatial distribution pattern of this invasive plant.
而提前播种苇状羊茅样地紫茎泽兰幼苗数量、生物量和分蘖数均显著低于对照，而株高与对照无显著性差异；
In treatment B, the leaf number, height, biomass, and the number of Crofton weed seedlings were much lower that those in control.
建议使用B50，即2%浓度左右（田间推荐使用浓度的2倍）的草甘膦来防治紫茎泽兰，这一点也充分体现了紫茎泽兰的强杂草性。
The concentration in the control of Eupatorium adenoporum using glyphosate was suggested B50, namely 2% concentration, which is twice in comparison with the recommended concentration in the field.
紫茎泽兰的茎水提液对台闽苣苔有一定程度的化感作用，当提取液在培养基中的浓度为1.6%时，对台闽苣苔幼苗生长的抑制效应达到40%。
The aqueous stem extracts of E. adenophorum showed some impacts on T. oldhamii. Seedling growth of T. oldhamii were inhibited 40% when the stem extracts of E. adenophorum was 1.6% .
紫茎泽兰的茎水提液对台闽苣苔有一定程度的化感作用，当提取液在培养基中的浓度为1.6%时，对台闽苣苔幼苗生长的抑制效应达到40%。
The aqueous stem extracts of E. adenophorum showed some impacts on T. oldhamii. Seedling growth of T. oldhamii were inhibited 40% when the stem extracts of E. adenophorum was 1.6% .
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