宁夏农林科技
寧夏農林科技
저하농림과기
NINGXIA JOURNAL OF AGRICULTURE AND FORESTRY SCIENCE AND TECHNOLOGY
2012年
5期
3-3,7
,共2页
桧柏%移栽成活率%技术措施
檜柏%移栽成活率%技術措施
회백%이재성활솔%기술조시
Juniper%Transplanting survival rate%Technological measures
宁夏气候条件恶劣,春季干旱少雨,风沙大,夏季高温干燥,年降水量少,土壤盐碱化程度高。桧柏苗木在移栽时,往往因移植方法不当导致成活率低,不能达到预期的生态景观效果。结合多年的实践经验及在宁夏发电集团新能源研究所绿化施工中的技术总结,摸索出了一些适合宁夏地区提高桧柏成活率的关键技术措施。
寧夏氣候條件噁劣,春季榦旱少雨,風沙大,夏季高溫榦燥,年降水量少,土壤鹽堿化程度高。檜柏苗木在移栽時,往往因移植方法不噹導緻成活率低,不能達到預期的生態景觀效果。結閤多年的實踐經驗及在寧夏髮電集糰新能源研究所綠化施工中的技術總結,摸索齣瞭一些適閤寧夏地區提高檜柏成活率的關鍵技術措施。
저하기후조건악렬,춘계간한소우,풍사대,하계고온간조,년강수량소,토양염감화정도고。회백묘목재이재시,왕왕인이식방법불당도치성활솔저,불능체도예기적생태경관효과。결합다년적실천경험급재저하발전집단신능원연구소녹화시공중적기술총결,모색출료일사괄합저하지구제고회백성활솔적관건기술조시。
The climate conditions in Ningxia are very bad. It is droughty and sandy with little rain in Spring and dry with high temperature in Summer. The annual average precipitation is little and the soil salinization is severe. The survival rate transplantation methods of juniper seedlings was usually low which couldn't achieve expected ecological landscape effect. Based on years of practical experiences and the technological summarization of the greening works at Ningxia Power Generation Group New Energy Institute, some key technology suitable for upgrading the survival rate of juniper in Ningxia area were found out.