CAJ | 학술논문

为寻求打破带有种壳石栎种子的最佳处理方式及处理时间，采取了磨皮，剥皮，4℃、15℃、25℃恒温处理，98％H2SOt分别处理5min、30min，10％、20％、30％NaOH分别处理2．5h、3h、3．5h，1％、2％、4％、6％KNOs分别处理24h、48h、72h，100mg／L、200mg／L、300mg／L、400mg／LGA分别处理24h、48h的方法，研究各种不同的处理对石栎种子发芽率的影响。结果表明：25℃是石栎发芽的最适温度，未去种壳的石栎种子发芽率为44％，砂布磨皮的石栎种子的发芽率为50％，剥皮的石栎种子发芽率为96％；98％H2SO4、NaOH处理对带有种壳石栎种子的发芽没有多大的促进作用，但KNO2处理对带有种壳石栎种子的发芽有一定的促进作用，经4％KNOs处理24h，能使石栎种子的发芽率提高至90％；赤霉素是良好的促进种子萌发的激素，300mg／L的GA3处理24h都能使石栎种子的发芽率提高至90％。
위심구타파대유충각석력충자적최가처리방식급처리시간，채취료마피，박피，4℃、15℃、25℃항온처리，98％H2SOt분별처리5min、30min，10％、20％、30％NaOH분별처리2．5h、3h、3．5h，1％、2％、4％、6％KNOs분별처리24h、48h、72h，100mg／L、200mg／L、300mg／L、400mg／LGA분별처리24h、48h적방법，연구각충불동적처리대석력충자발아솔적영향。결과표명：25℃시석력발아적최괄온도，미거충각적석력충자발아솔위44％，사포마피적석력충자적발아솔위50％，박피적석력충자발아솔위96％；98％H2SO4、NaOH처리대대유충각석력충자적발아몰유다대적촉진작용，단KNO2처리대대유충각석력충자적발아유일정적촉진작용，경4％KNOs처리24h，능사석력충자적발아솔제고지90％；적매소시량호적촉진충자맹발적격소，300mg／L적GA3처리24h도능사석력충자적발아솔제고지90％。
To seek the optimum treatment method and time of breaking the hard shell of seeds of Lithocarpus glabra, we have adopted such methods as scraping seed coat, peeling off seed coat, in different treatments at 4 ℃, 15 ℃, 25 ℃ constant temperatures, with H2SO3 (98%) treating 5 or 30 minutes respectively, NaOH(10%, 20%, 30%) treating 2.5h, 3h, and 3. 5h respectively, KNO3 (1%, 2 %, 4 %, 6 % ) treating 48 or 72 hours respectively, GA3 (100, 200, 300, 400 mgL-1) treating 24 h or 48 hours so as to explore their effects on the germination rate of Lithocarpus glabra respectively. The results show that 25 ℃ is the optimum temperature for the germination of Lithocarpus glabra. The germination rate of the seeds untreated is 44%, and that of the seeds treated by scraping seed coat is 50% while that of peeling off seed coat is 96%. There are no obvious effects on germination in the treatment with 98% H2SO4 and NaOH, but KNO3 has some effect, and the germination of the seeds treated by 4% KNO3 for 24 hour can reach 90%. GA3 is good for germination, and 300 mgL-1GA3 treating the seeds for 24 hours can increase the germination rate to 90%.