当前位置:主页 > 文艺论文 > 环境艺术论文 >

京昆高速公路河北段服务区绿化研究

发布时间:2019-05-18 21:58
【摘要】:针对河北省高速公路绿化现状,选择京昆高速公路河北段服务区绿化进行现状调查,对其绿化模式、植物应用和养护问题进行分析,总结绿化模式,针对存在问题进行树种规划,提出养护技术要求,为河北省乃至全国相近地区高速公路服务区绿化提供依据。河北省高速公路大部分服务区绿化植物种类较为丰富,乔灌木种类超过10种,部分服务区种类数量达到20~30种,形成了不同的绿化景观或有较长的观花、观果、观叶效果。明确指出了京昆高速公路河北段服务区植物应用种类共140种,包括乔木68种,灌木21种,藤本植物2种,宿根花卉12种,农作物、蔬菜14种,水生植物2种,1年生种子花卉13种。隶属于49科,其中针叶树10种,阔叶树种93种,竹类1种;草本植物46种。研究了主要乔木胸径范围和保定段、石家庄段的现状。油松大部分都是分布于胸径8~12cm范围内,较为整齐,生长优良。樟子松大部分都是分布于胸径8~12cm范围内,较为整齐,生长良好。全路段悬铃木大部分胸径在14~22cm,其中保定段18~22 cm,石家庄段在14~18 cm。除涿州服务区长势一般外,其它地区生长良好。银杏不同胸径分布数量有2个高峰,分别位8~10cm和14~16cm。槐树大部分胸径在12~24cm,其中保定段16~22 cm,石家庄段在12~14 cm。白蜡在保定段应用较多大部分胸径在12~20 cm,大部分生长良好。千头椿在服务区应用大部分胸径为8~14cm,大部分生长良好。合欢在服务区应用大部分胸径为10~16cm,大部分生长良好。毛白杨只在保定段应用,生长良好;107杨只在石家庄段应用,树木胸径较小;三倍体毛白杨在保定段、石家庄段都有应用胸径分布较分散,生长良好。全路段主要乔木树种胸径分布呈正态分布,绝大部分集中在6~22cm,由于栽植年限尚短,很多树木还处于旺盛生长阶段。明确指出了植物应用频度和健康状况,应用频度超过50%的有28种,大叶黄杨油松、悬铃木、合欢、桧柏、月季、臭椿、柿、雪松、银杏、槐树、连翘、白玉兰、樟子松、白榆、西府海棠、桃、杏、日本晚樱、白三叶、葡萄、紫薇、白蜡、玉米、大花萱草、鸢尾、金叶女贞、大葱,应用频度20%以下的占54.28%。对于此路段服务区绿化模式进行了研究,提出3类模式,分别是广场休闲绿地型,此模式以井陉服务区为代表,用于车、人停留活动较多的服务区;庭院绿地型,以涿州、定兴、顺平、曲阳、行唐、石家庄服务区为代表,园林绿化充分体现庭院休闲性质;农业生态观光园绿地型,以唐县为模式,适合满城、灵寿,绿化充分结合当地农业特色。对于应用的树种进行综合评价,评出一类树种27种;二类树种20种;三类树种34种;四类树种14种。进行树种规划,为提升改造和相类似地区其它高速公路服务区树种选择提供了依据。进行提升改造不同模式植物种类规划,确定基调树种、骨干树种、一般树种、一年生植物或宿根花卉、蔬菜及农作物种类。调查了有害生物发生现状,严重危害的害虫16种,病害1类,有害杂草11种,并针对具体情况提出了治理方案。制定了服务区全年绿化养护月历。
[Abstract]:In view of the current situation of highway greening in Hebei province, the current situation of the greening of Hebei section of the Beijing-Kunming Expressway is selected, and the greening mode, plant application and maintenance problems are analyzed, the greening mode is summarized, and the maintenance technical requirements are put forward for the existing problems. It provides the basis for the greening of the expressway service area in Hebei and even the whole country. The number of green plants in most of the service area of the expressway in Hebei province is rich, the type of the shrub is more than 10, and the number of the partial service areas reaches 20-30 species, and the different greening landscape or the longer sight-seeing, fruit-viewing and leaf-viewing effects are formed. There are 140 species of plant application in Hebei section of Beijing-Kunming Expressway, including 68 species of arbor,21 species of shrub,2 species of liana,12 species of perennial flower,14 of crops,14 species of vegetables,2 species of aquatic plants and 13 of 1-year-old seed and flower. It belongs to 49 families, among which 10 species of conifer,93 species of broad-leaved tree species and 1 species of bamboo,46 species of herbaceous plants. The present situation of DBH and Baoding and Shijiazhuang is studied in this paper. Most of Pinus tabulaeformis are distributed in the range of 8 to 12 cm in the diameter of the DBH, and are more orderly and good in growth. Most of the Pinus sylvestris var. mongolica is distributed in the range of 8 to 12 cm in the diameter of the DBH, and is more orderly and good in growth. The diameter of the large part of the whole section of the Platanus orientalis is 14-22 cm, of which the retaining section is 18-22 cm and the Shijiazhuang section is 14-18 cm. In addition to that potential of the district governor of the state, the growth of other areas is good. The number of different DBH distribution in Ginkgo biloba was 2 peaks,8-10 cm and 14-16 cm, respectively. Most of the DBH of the pagodatree was 12-24 cm, of which 16-22 cm in the Baoding section and 12-14 cm in the Shijiazhuang section. The large part of the diameter of the white wax in the Baoding section is in the range of 12 to 20 cm, and most of the growth is good. The large part of the diameter of the Toona sinensis in the service area is 8 ~ 14cm, and most of them grow well. The majority of the diameter of Huan Huan in the service area is 10 ~ 16cm, and most of them grow well. Populus tomentosa was only used in Baoding section, with good growth; Yang was only used in the Shijiazhuang section, and the DBH of the tree was small; in Baoding section of the triploid Populus tomentosa, the DBH distribution of the triploid Populus tomentosa was more dispersed and the growth was good. The DBH distribution of the main arbor species in the whole section is normal distribution, most of which is in the range of 6-22cm, because of the short planting years, many trees are still in the vigorous growing stage. The application frequency and health condition of the plant are clearly specified, and the application frequency of the plant is more than 50%, and there are 28 species, such as Pinus tabulaeformis, Platanus suzuki, Acacia, Selaginella, rose, Toona sinensis, Persimmon, cedar, Semen Ginkgo, Flos Sophorae, Fructus Forsythiae, Cortex Magnolia, Pinus sylvestris, Cortex Ulmus, Malus begonia, Fructus Persicae, and Semen Armeniacae Amarum, 54.28% of Japanese evening meal, white clover, grape, violet, white wax, corn, large flower, grass, iris, golden leaf, privet, scallion, and application frequency of 20% or less. The green mode of the service area of this section is studied, and the three-class mode is proposed, which is the square leisure green space type, which is represented by the well service area and is used for the vehicle and the people to stay in the service area with more activities; and the garden green space type, which is in the state of Mississippi, Dingxing, Shunping, Quyang, and the Xingtang, The service area of Shijiazhuang is a representative, and the garden greening fully reflects the leisure property of the courtyard; the green land type of the agricultural ecological sightseeing garden is in the mode of Tang County, and is suitable for the full city, the Lingshou and the greening to fully integrate the local agricultural characteristics. There are 27 species of tree species,20 species of tree species,34 species of three species of tree species, and 14 species of tree species. The planning of the trees provides a basis for the improvement of the selection of tree species in other expressway service areas in the similar areas. The plant species planning of different modes of upgrading and transformation is carried out to determine the key tree species, the backbone tree species, the general tree species, the annual plant or the perennial flower, the vegetable and the crop varieties. The present situation of pests,16 kinds of pests,1 kind of diseases and 11 kinds of harmful weeds were investigated, and the treatment plan was put forward for the specific situation. The annual greening and maintenance of the service area is established.
【学位授予单位】:河北农业大学
【学位级别】:硕士
【学位授予年份】:2015
【分类号】:TU985.18

【相似文献】

相关期刊论文 前10条

1 闫丽芳;;高速公路的绿化模式及技术探索[J];产业与科技论坛;2013年24期

2 范晓君,江忠和,黄利斌;锡澄高速公路高效观光防护林带绿化模式构建研究[J];江苏林业科技;2001年04期

3 白玉荣,刘福才,杨荣绪,薛苒,张启俊,饶孝栋;绿化模式与气候效益研究[J];天津建设科技;1994年02期

4 文连芳;;襄汾县社会主义新农村绿化模式探讨[J];科技情报开发与经济;2008年35期

5 吕永贵;;307国道阳泉段复线绿化模式初探[J];科技情报开发与经济;2008年08期

6 李忠泽;;太原市城市道路改造绿化模式探讨[J];科技情报开发与经济;2009年10期

7 高冬梅;赵林森;魏开云;;昆明市区立交桥周边绿化模式的景观效益评价[J];Journal of Landscape Research;2009年08期

8 郑维列 ,普布次仁 ,边巴多吉 ,邢震 ,普琼 ,潘刚 ,郭泉水 ,任青山;川藏公路(拉萨至八一段)绿化模式与实施技术之初步研究[J];西藏科技;2002年05期

9 苏维;许晓利;肖斌;;豫西地区火电厂绿化模式的探讨[J];安徽农业科学;2007年19期

10 ;[J];;年期

相关会议论文 前3条

1 宋运中;王邦磊;李三成;赵志信;;南阳市村镇绿化模式调研报告[A];经济发展方式转变与自主创新——第十二届中国科学技术协会年会(第一卷)[C];2010年

2 柴茂林;陈林洪;谢义福;;江山市村庄绿化模式探讨[A];节能环保 和谐发展——2007中国科协年会论文集(三)[C];2007年

3 潘张虎;;身边增绿的重要意义及发展方向[A];小康林业建设研究[C];2005年

相关重要报纸文章 前10条

1 卞文志;“果树进城”利于创新城市绿化模式[N];中国绿色时报;2014年

2 丽丹;无锡村庄绿化模式全省推广[N];无锡日报;2010年

3 记者 苑捷;坚持乔为主草点缀灌居中的绿化模式[N];大同日报;2013年

4 特约记者 邓运川 通讯员 高永鑫;河北推广“政企合作绿化模式”[N];中国花卉报;2013年

5 曹云;转变城市绿化模式贵在行动[N];中国绿色时报;2010年

6 李劲峰;回归传统的好模式[N];人民日报;2006年

7 刘超 李海燕;天津着力打造新型绿化模式[N];中国绿色时报;2009年

8 向倩 董志烈;宜昌有望推广藤乔绿化模式[N];中国花卉报;2014年

9 李雪 方远;黄龙县投巨资打造“特色绿化模式”[N];延安日报;2010年

10 通讯员 商金杰;山东广饶探索低碳绿化[N];中国花卉报;2010年

相关硕士学位论文 前10条

1 王洪峰;京昆高速公路河北段服务区绿化研究[D];河北农业大学;2015年

2 邵帅;沪宁高速铁路绿化模式及其优化配置研究[D];南京林业大学;2011年

3 胡绪海;新农村建设中村庄绿化模式研究[D];浙江农林大学;2011年

4 吕迎霞;《公路通道工程绿化模式及树种选择的技术规程》国家标准制定的研究[D];北京林业大学;2007年

5 冉冉;扬州地区新农村绿化模式研究[D];南京林业大学;2012年

6 郭二果;干旱半干旱地区城市森林效益评价及绿化模式的建立[D];内蒙古农业大学;2005年

7 晏丹萍;冷水江新农村人居环境绿化模式研究[D];中南林业科技大学;2012年

8 马存琛;江苏省苏南地区新农村绿化模式研究[D];南京林业大学;2010年

9 程向明;绿化模式对室外风环境影响的研究[D];青岛理工大学;2011年

10 梁芳;南宁市环城森林生态圈构建技术的研究[D];广西大学;2011年



本文编号:2480371

资料下载
论文发表

本文链接:https://www.wllwen.com/wenyilunwen/huanjingshejilunwen/2480371.html


Copyright(c)文论论文网All Rights Reserved | 网站地图 |

版权申明:资料由用户abcb4***提供,本站仅收录摘要或目录,作者需要删除请E-mail邮箱bigeng88@qq.com