热带农业科学
熱帶農業科學
열대농업과학
CHINESE JOURNAL OF TROPICAL AGRICULTURE
2015年
3期
23-26,30
,共5页
土壤养分%花卉土壤%评价%鄢陵县
土壤養分%花卉土壤%評價%鄢陵縣
토양양분%화훼토양%평개%언릉현
soil nutrient%flowers soil%evaluation%Yanling county
以鄢陵县花卉土壤为研究对象,通过野外采样和室内分析对表层(0~10 cm)土壤养分特征进行研究。结果显示:鄢陵县花卉土壤速效氮含量为4.33~25.77 mg/kg,均值(13.57±6.70)mg/kg,属于土壤养分分级的第6级水平;速效磷含量为50.37~147.3 mg/kg,均值(94.09±24.17)mg/kg,属于第1级水平;速效钾含量为22.35~192.8 mg/kg,均值(96.32±43.67)mg/kg,整体上属于第4级水平;有机质含量为20.98~74.43 g/kg,均值(50.69±13.82)g/kg,属于第1级水平。花卉土壤综合肥力指数为(1.79±0.12),属于三等土壤,肥力水平一般。因而建议:施用有机肥中和土壤碱性;增施氮肥,合理补充钾肥,协调土壤中氮、磷、钾的比例,提高花卉的质量和产量。
以鄢陵縣花卉土壤為研究對象,通過野外採樣和室內分析對錶層(0~10 cm)土壤養分特徵進行研究。結果顯示:鄢陵縣花卉土壤速效氮含量為4.33~25.77 mg/kg,均值(13.57±6.70)mg/kg,屬于土壤養分分級的第6級水平;速效燐含量為50.37~147.3 mg/kg,均值(94.09±24.17)mg/kg,屬于第1級水平;速效鉀含量為22.35~192.8 mg/kg,均值(96.32±43.67)mg/kg,整體上屬于第4級水平;有機質含量為20.98~74.43 g/kg,均值(50.69±13.82)g/kg,屬于第1級水平。花卉土壤綜閤肥力指數為(1.79±0.12),屬于三等土壤,肥力水平一般。因而建議:施用有機肥中和土壤堿性;增施氮肥,閤理補充鉀肥,協調土壤中氮、燐、鉀的比例,提高花卉的質量和產量。
이언릉현화훼토양위연구대상,통과야외채양화실내분석대표층(0~10 cm)토양양분특정진행연구。결과현시:언릉현화훼토양속효담함량위4.33~25.77 mg/kg,균치(13.57±6.70)mg/kg,속우토양양분분급적제6급수평;속효린함량위50.37~147.3 mg/kg,균치(94.09±24.17)mg/kg,속우제1급수평;속효갑함량위22.35~192.8 mg/kg,균치(96.32±43.67)mg/kg,정체상속우제4급수평;유궤질함량위20.98~74.43 g/kg,균치(50.69±13.82)g/kg,속우제1급수평。화훼토양종합비력지수위(1.79±0.12),속우삼등토양,비력수평일반。인이건의:시용유궤비중화토양감성;증시담비,합리보충갑비,협조토양중담、린、갑적비례,제고화훼적질량화산량。
On the basis of field investigation and laboratory analysis, the nutrient of surface soil (0 to 10 cm) of the flowers soil in Yanling county, were analyzed. The results showed that: The content of available nitrogen ranged from 4.33 to 25.77 mg/kg, with the mean of (13.57±6.70)mg/kg and the level was the sixth. The content of available phosphorus varied from 50.37 to 147.3mg/kg , with the mean of (94.09±24.17)mg/kg and the level was the first. The content of available potassium ranged from 22.35 to 192.8 mg/kg, with the mean of (96.32±43.67)mg/kg and the level was the fourth. The content of organic matter ranged from 20.98 g/kg to 74.43 g/kg, with the mean of (50.69±13.82)g/kg and the level was the first. The index of the integrated fertility of flowers soil was (1.79 ±0.12)and the level was the third, indicating a general soil integrate fertility. The advice to the management of flowers planting were applying manure to adjust the pH, increasing the nitrogen fertilizer application, applying potassium fertilizer properly and coordinating nitrogen, phosphorus and potassium to improve the quality and yield of flowers.