摘要
以采用不同处理浓度菌根菌肥料培育下的滨柃2年生幼苗为试材,研究了在模拟海雾环境下,植物叶片外观变化、叶片脯氨酸、叶绿素、相对电导率10-30d的变化情况。结果表明,随着胁迫时间的持续,滨柃叶片植物叶片外观、脯氨酸、叶绿素、相对电导率发生了一定变化,证明菌根菌肥料提高了滨柃的抗海雾能力,200mg.L-1浓度效果最佳。
by using different concentrations mycorrhizal fungi Fertilizer Cultivation of Eurya emarginated makine two-- year seedlings as test materials of in simulated sea fog environment, changes in the appearance of the plant leaves, proline, chlorophyll, relative conductivity 10-30d changes. Results show that with the stress time sustained, Eurya emarginated makine plant leaf blade appearance, proline, chlorophyll content, relative conductivity occurred some changes that mycorrhizal fungi fertilizer improved the Eurya emarginated makine anti sea fog, 200 mg. L^-1 concentration effect was best
出处
《山东林业科技》
2015年第6期44-46,共3页
Journal of Shandong Forestry Science and Technology
基金
浙江省科技厅项目(2012F30020)
浙江省林业厅项目(2011SY04
2013B28)
舟山市科技计划(2013C31078)
浙江省重点科技创新团队项目(2011R50027)
关键词
菌根菌肥料
滨柃
抗海雾
分析
mycorrhiza fertilizer
anti fog
Ling bin
analysis
