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- W2360622020 abstract "The paper analyzed the effects on moisture,organic matter,total nitrogen,available phosphorus,available potassium in soil profile of the experiment areas and the control plot.Coronilla varia and alfalfa naturally grew for four years in the experiment areas.Results showed that soil moisture content in soil profile of the experimental areas was higher than it in the control plot,however,there was a same variation trend of soil moisture content in soil profile between the experimental areas and the control plot.Alfalfa could improve soil moisture content in the whole soil profile,while Coronilla varia could improve soil moisture content only in the depth of 15-30 cm.Coronilla varia and alfalfa could significantly improve soil organic matter content in the depth of 45-60 cm and total nitrogen content in the depths of 30-45 cm and 45-60 cm.In the depth of 45-60 cm,soil organic matter contents in Coronilla varia and alfalfa experimental areas were 2.6 and 2.8 times higher than the control plot,respectively,and the data of total nitrogen were 3.3 and 3.2 times,respectively.Both of Coronilla varia and alfalfa could significantly improve available phosphorus content in the depth of 0-15 cm.Soil available phosphorus contents in Coronilla varia and alfalfa experimental areas were 56.54% and 31.55% respectively,which were higher than them in the control plot.Moreover,Alfalfa could improve available phosphorus content in the depth of 45-60 cm,also improve available potassium content with the increase of soil depth in the soil profile.As a whole,the effect of Alfalfa on available potassium content was better than Coronilla varia.Soil organic matter content of top soil(0-15 cm) in the experimental areas had a high correlation with total nitrogen and available phosphorus,while it had no correlation with available potassium.Soil of 0-45 cm depth did not lack nutrients in the experiment areas and the control plot.However,soil organic matter content in the depth of 45-60 cm in Coronilla varia and alfalfa experimental areas was low.Total nitrogen in the control plot was low.Available potassium content was low in the Coronilla varia experimental area and the control plot." @default.
- W2360622020 created "2016-06-24" @default.
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- W2360622020 date "2013-01-01" @default.
- W2360622020 modified "2023-09-28" @default.
- W2360622020 title "Effects of Perennial Leguminous Plants on Moisture and Nutrients in Different Soil Depths" @default.
- W2360622020 hasPublicationYear "2013" @default.
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