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首页> 外文期刊>Przemysl Chemiczny >Evaluation of functional properties of ash and bone-based phosphorus biofertilizers. Part 2. Growth dynamics, biomass accumulation and selected physiological attributes of spring wheat
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Evaluation of functional properties of ash and bone-based phosphorus biofertilizers. Part 2. Growth dynamics, biomass accumulation and selected physiological attributes of spring wheat

机译:灰分和骨基磷生物肥料的功能特性评估。第2部分。春小麦生长动力学,生物量积累和部分生理特性

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摘要

Bone and ash-based P biofertilizers and an aq. suspension of ash were used for growing spring wheat and compared with phosphorite and superphosphate in growth dynamics, biomass accumulation and selected physiol. attributes of the plants in field expts. The grain mass increase in plants fertilized with the biofertilizer was higher than that fertilized with phosphorite and comparable to that fertilized with superphosphate. The photosynthesis intensity was at the same or at a higher level than after use of conventional fertilizers. The other growth parameters did not differ significantly.
机译:骨灰粉磷生物肥和aq。灰分悬浮液用于春小麦的生长,并与亚磷酸盐和过磷酸盐的生长动力学,生物量积累和精选的生理进行比较。现场展示中植物的属性。使用生物肥料施肥的植物的籽粒增幅高于使用磷矿施肥的植物,并且与使用过磷酸钙施肥的植物相当。光合作用强度与使用常规肥料后相同或更高。其他生长参数没有显着差异。

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