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当前位置: 首页 > 文章 > 复合保水材料对苗木生长的影响 生态学杂志 2012,31 (8) 1961-1967
Position: Home > Articles > Effects of superabsorbent polymer composites on tree seedling’s growth Chinese Journal of Ecology 2012,31 (8) 1961-1967

复合保水材料对苗木生长的影响

作  者：
王文静;王百田;吕钊;李振;曹晓阳;迟璐
单  位：
水土保持与荒漠化防治教育部重点实验室;北京林业大学水土保持学院
关键词：
保水剂;苗木;聚天门冬氨酸;正交试验设计
摘  要：
为探索保水剂与外源物质配比形成的复合保水材料对苗木生长的影响,以2年生核桃(Juglans regia)、山杏(Prunus armeniaca)、刺槐(Robinia pseudoacacia)和杨树(Populus sp.)幼苗为实验材料进行盆栽正交实验,以苗木的生长因子(叶面积和新梢生长高度)来评价复合保水材料对苗木的影响。结果表明,不同复合保水材料均能促进苗木的生长,在实验保水剂用量范围保水剂用量增加促进效果增大。杨树最佳配方为处理15(保水剂20g,聚天门冬氨酸1.0g,复合肥0g,土壤含水量7%),在此处理下杨树叶面积比对照增长48%,新梢生长高度比对照增长21%。核桃、山杏、刺槐的最佳配方分别为处理3(保水剂20g,聚天门冬氨酸1.5g,复合肥15g,土壤含水量12%)、处理6(保水剂15g,聚天门冬氨酸0.5g,复合肥0g,土壤含水量12%)、处理10(保水剂15g,聚天门冬氨酸0g,复合肥15g,土壤含水量7%)。
译  名：
Effects of superabsorbent polymer composites on tree seedling’s growth
作  者：
WANG Wen-jing, WANG Bai-tian , Lü Zhao, LI Zhen, CAO Xiao-yang, CHI Lu (School of Soil and Water Conservation, Key Laboratory of Soil and Water Conservation & Desertification Combating of Ministry of Education, Beijing Forestry University, Beijing 100083, China).
关键词：
superabsorbent polymer;tree seedling;polyaspartic acid;orthogonal experimental design
摘  要：
To explore the effects of superabsorbent polymer composites (SAPCs) on tree seedling’s growth, a pot experiment with orthogonal design was conducted, using 2-year old Juglans regia, Prunus armeniaca, Robinia pseudoacacia, and Populus sp. as test objects, and taking leaf area and new shoot height as the growth indicators. The SAPCs were composed of different proportions of superabsorbent polymer, polyaspartic acid, and compound fertilizer. All the test SAPCs promoted the seedling growth, and the promotion effect increased with increasing application dosage. The best proportions of the SAPCs for the seedlings were 20 g superabsorbent polymer, 1.5 g polyaspartic acid, and 15 g compound fertilizer (soil moisture content was 12%) for J. regia, 15 g superabsorbent polymer, 0.5 g polyaspartic acid, and 0 g compound fertilizer (soil moisture content was 12%) for P. armeniaca, 15 g superabsorbent polymer, 0 g polyaspartic acid, and 15 g compound fertilizer (soil water content was 7%) for R. pseudoacacia, and 20 g superabsorbent polymer, 1.0 g polyaspartic acid, and 0 g compound fertilizer (soil moisture content was 7%) for Populus. As compared with the control, the leaf area and new shoot height of the poplar seedlings under the application of the SAPC were increased by 48% and 21%, respectively.

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