CAJ | 학술논문

在智能温室内采用盆栽试验方法，研究土壤含水量、淹水深度及盖土厚度对抗苄嘧磺隆和敏感耳叶水苋（ Ammannia arenaria）生物型种子出苗的影响。结果表明，2种耳叶水苋生物型种子在土壤含水量15％以下不能出苗，在含水量25％～40％条件下出苗率较高，可达77．9％～91．1％。耳叶水苋的种子对淹水环境具有较强的适应能力，在0．2～6．4 cm水层下均可以正常萌发，但水下的耳叶水苋幼苗不能长高，萌发后60 d也不会腐烂死亡。
재지능온실내채용분재시험방법，연구토양함수량、엄수심도급개토후도대항변밀광륭화민감이협수현（ Ammannia arenaria）생물형충자출묘적영향。결과표명，2충이협수현생물형충자재토양함수량15％이하불능출묘，재함수량25％～40％조건하출묘솔교고，가체77．9％～91．1％。이협수현적충자대엄수배경구유교강적괄응능력，재0．2～6．4 cm수층하균가이정상맹발，단수하적이협수현유묘불능장고，맹발후60 d야불회부란사망。
Pot experiments were conducted at an automatic greenhouse to determine the effects of soil moisture ,submersion depth and soil depth on seed germination of bensulfuron -methyl resistant and susceptible Ammannia arenaria.Neither biotype germinated when the soil moisture content was under 15%but the germination rate could reach 77.9%~91.1%when soil moisture was between 25%~40%.A.arenaria seeds had strong adaptability to submersion being able to ger-minate when submersed at depths between 0.2~6.4 cm.However,young seedlings growing under water failed to grow higher although they did not rot or die even 60 days after germination .