腐殖冲积土永久草甸释放无机氮储量的合理生产利用

Q3 Earth and Planetary Sciences Polish Journal of Soil Science Pub Date : 2018-01-15 DOI:10.17951/pjss.2017.50.2.155
J. Terlikowski
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引用次数: 0

摘要

该研究的目的是制定一种定量评估乌拉维冲积土中释放的草地草地可用土壤氮(净矿化)的方法。对释放氮库的定量评估有助于改善草地施肥中的氮管理,并可能有助于限制其在自然环境中的扩散。在Żulawy Elblńskie,在每公顷含有约350吨土壤有机质和13至20吨总氮(TN)的重浅腐殖冲积土中进行了研究。研究对象是不同利用强度和无机施肥的永久性草地。采用间接平衡法测定了土壤氮净矿化效率。安装在每个实验地块上的aukajtys迷你蒸渗仪用于估计渗滤液中的氮损失。根据割草频率和不同的NPK施肥,草甸草地吸收了80至170kg因土壤有机质矿化而释放的N,约占草甸草地养分需求的25%至50%。研究还表明,根据利用和施肥的强度,草地草地利用了58%至78%的引入氮来增加生长。
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Rational productive use of inorganic nitrogen reserves released in permanent meadow situated on humic alluvial soil
The aim of the study was to work out a method for quantitative assessment of soil nitrogen available for grassland sward (net mineralization), released in alluvial soils in Żulawy. Quantitative assessment of the pool of released nitrogen enables improvement of N management in fertilization of grassland sward and may contribute to the limitation of its dispersal in the natural environment. Studies were carried out in Żulawy Elbląskie in heavy, shallow humic alluvial soil containing about 350 t of soil organic matter and from 13 to 20 t of total nitrogen (TN) per hectare. The study object was permanent meadow sward of different intensity of utilisation and inorganic fertilisation. The efficiency of net mineralization of soil N was determined with the use of indirect balance method. Łaukajtys’s mini lysimetres installed on each experimental plot were used to estimate nitrogen losses in leachates. Depending on the frequency of mowing and different NPK fertilization, meadow sward took up from 80 to 170 kg N released due to mineralization of soil organic matter, which made up about 25 to 50% of nutrient demands of meadow sward. It was also shown that meadow sward uses from 58% to 78% of the total amount of introduced N for growth increment, depending on the intensity of utilization and fertilization.
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来源期刊
Polish Journal of Soil Science
Polish Journal of Soil Science Earth and Planetary Sciences-Earth-Surface Processes
CiteScore
1.00
自引率
0.00%
发文量
5
期刊介绍: The Journal focuses mainly on all issues of soil sciences, agricultural chemistry, soil technology and protection and soil environmental functions. Papers concerning various aspects of functioning of the environment (including geochemistry, geomophology, geoecology etc.) as well as new techniques of surveing, especially remote sensing, are also published.
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