土壤
土壤
토양
SOILS
2010年
1期
53-58
,共6页
吴风光%王豹祥%汪健%张朝辉%席淑雅%邱立友
吳風光%王豹祥%汪健%張朝輝%席淑雅%邱立友
오풍광%왕표상%왕건%장조휘%석숙아%구립우
烤烟%抗生菌%微生物%矿质元素%诱导系统抗性
烤煙%抗生菌%微生物%礦質元素%誘導繫統抗性
고연%항생균%미생물%광질원소%유도계통항성
Flue-cured tobacco%Antibiotic bacteria%Microbe%Mineral element%Induced systemic resistance
烤烟移栽时施入抗生菌芽孢杆菌株 A03 菌肥,研究抗生菌肥对植烟土壤和烤烟生产的影响.小区实验结果表明:施用抗生菌芽孢杆菌 A03菌肥可明显提高烤烟根际细菌的数量,显著降低放线菌的数量,而对真菌没有影响.施用抗生菌肥能够提高烤烟对病毒病的抗性,圆顶期根际土壤中除 Ca 和 Mg 元素的有效性略有降低外,P、K、Cu、Zn、Fe和 Mn 6 种元素的有效性均有不同程度的提高,提高幅度在 16.57%~56.39%;烤烟杀青样和烤后烟中 N 和 P 的平均含量高于对照处理;烤烟亩产量比对照处理提高 10.45%,产值提高11.22%,上等烟率、均价也高于对照和商品菌肥处理.
烤煙移栽時施入抗生菌芽孢桿菌株 A03 菌肥,研究抗生菌肥對植煙土壤和烤煙生產的影響.小區實驗結果錶明:施用抗生菌芽孢桿菌 A03菌肥可明顯提高烤煙根際細菌的數量,顯著降低放線菌的數量,而對真菌沒有影響.施用抗生菌肥能夠提高烤煙對病毒病的抗性,圓頂期根際土壤中除 Ca 和 Mg 元素的有效性略有降低外,P、K、Cu、Zn、Fe和 Mn 6 種元素的有效性均有不同程度的提高,提高幅度在 16.57%~56.39%;烤煙殺青樣和烤後煙中 N 和 P 的平均含量高于對照處理;烤煙畝產量比對照處理提高 10.45%,產值提高11.22%,上等煙率、均價也高于對照和商品菌肥處理.
고연이재시시입항생균아포간균주 A03 균비,연구항생균비대식연토양화고연생산적영향.소구실험결과표명:시용항생균아포간균 A03균비가명현제고고연근제세균적수량,현저강저방선균적수량,이대진균몰유영향.시용항생균비능구제고고연대병독병적항성,원정기근제토양중제 Ca 화 Mg 원소적유효성략유강저외,P、K、Cu、Zn、Fe화 Mn 6 충원소적유효성균유불동정도적제고,제고폭도재 16.57%~56.39%;고연살청양화고후연중 N 화 P 적평균함량고우대조처리;고연무산량비대조처리제고 10.45%,산치제고11.22%,상등연솔、균개야고우대조화상품균비처리.
Antibiotic bacterial fertilizer of Bacillus sp.A03 was employed when flue-cured tobacco transplanted in plots.Rhizobacterial amount considerably increased,while rhizo-actinomycetic amount significantly reduced,rhizo-fungic amount did not alter with antibiotic bacterial fertilizer compared to the control.In addition the resistance of tobacco against tobacco virus enhanced; the availability of 6 mineral elements in soil at tobacco toping stage increased by 16.57%-56.39% except Ca and Mg,whose availability slightly decreased; the contents of N and P in de-enzyme and tobacco leaves at different growth stages and flue-cured tobacco leaves were higher; the yield and production value per 0.067ha with antibiotic bacterial fertilizer were 10.45% and 11.22% higher respectively compared to control.Furthermore first-class tobacco leaves proportion and mean price with antibiotic bacterial fertilizer were higher than those of control and commercial bacterial fertilizer.