1) aerial seeding
飞播
1.
Study on the Succession of Vegetation after Aerial Seeding in Maowusu Sandy Land——Taking Wushen Banner of Inner Mongolia as an Example;
毛乌素沙地飞播后植被演替规律研究——以内蒙古乌审旗为例
2.
Focus on the type and characteristics of different sandy lands in Maowusu,the paper puts forward several countermeasures in technology for vegetation restoration referring to enclosure for regeneration,reforestation by sand fixation,aerial seeding,forest construction for wind resistance and sand prevention and etc.
针对毛乌素沙区不同沙地类型及特点,提出了采取封育、固沙造林、飞播、营建防风阻沙林等几种植被恢复技术措施。
3.
The effects on aerial seeding afforestation were investigated in different years and among different sites in Lanxian and Wuzhai county, and the causes of bad effects of aerial seeding afforestation were analyzed,its aim is to provide the scientific basis for the later ecological construction of this region.
对岚县、五寨在不同年度、不同立地条件下飞播造林的成效进行了调查,分析了飞播造林成效差的原因,以便为今后这一地区的生态环境建设提供科学依据。
2) aerial sowing
飞播
1.
The effects of different raw material ratio on disintegration time of Calligonum alaschanicum seeds for aerial sowing in desert are studied.
针对飞播种子丸粒化存在的不足,本文选择沙拐枣为研究对象,通过各种原料配比对崩解时间的影响,确定了种子丸粒化的配方。
3) aerial seeding vegetation
飞播植被
4) aerial seeding
飞播造林
1.
Through field investigation,sampling and indoor analysis,the features of vegetation community and changes of soil physical and chemical property have been studied in aerial seeding area in Wushen County.
结果表明,飞播造林时间越长,地表植物盖度、种类和生物量增加越明显。
2.
Based on the survey of the aerial seeding result and the meteorological elements from 1996 to 2005 in the aerial seeding area(take Xunxi county,Chunhua county,Liquan county as examples)of Xianyang,the regression analysis for the effects of the aerial seeding and meteorological elements has been done and the dominant elements affecting the aerial seeding effects has been found out.
通过对咸阳市1996—2005年飞播造林播区(以旬邑、淳化、礼泉为代表)开展飞播成效调查,并收集与飞播造林同期气象实况资料,对飞播造林成效与气象因子进行了回归分析,找出影响飞播造林成效的主导气象因子,给出咸阳市飞播造林最佳播期。
3.
To improve the level of integrated national afforestation inspection technology,the authors of this paper chose Hangjinqi as a study area and analyzed the effect of using remote sensing technology for checking the achievement and results of artificial afforestation,enclosure of the hillside for regeneration and aerial seeding.
为提高当前全国营造林综合核查技术和水平,以杭锦旗为研究范围,探索了遥感技术在人工造林更新实绩、人工造林更新保存状况、封山育林实绩和成效以及飞播造林实绩和成效检查中的应用效果,总结了在营造林综合核查中应用遥感技术的可行性,为今后遥感技术在全国营造林综合核查中的推广应用打下了基础。
5) grass aero-sowing
飞播种草
1.
Review and outlook of grass aero-sowing in China;
中国飞播种草近30年的回顾与展望
补充资料：飞播牧草
飞播牧草
airal sowing of grass seeds
feibo muC00飞播牧草(airal Sowing of grass Seeds)利用飞机播种牧草，是人工改良草地的一项重要技术措施。 国外飞播牧草有长久的历史。澳大利亚、新西兰等国在第二次世界大战之后不久就把飞播牧草作为草地建设的基本手段。中国从1979年开始进行大规模飞播牧草试验，历经试验、示范、推广等阶段的十几年连续作业，现已发展成为高速度、大规模建设草地，治理水土流失和绿化祖国的一项新兴事业。截止1994年底，全国飞播牧草面积达到160多万公顷，保留面积达80%。翼 飞播改良退化草场(《中国草场资源图集》) 飞播牧草具有播种速度快、作业面积广、生产成本低、落籽均匀等特点，适宜在集中连片的大面积退化、沙化草原或新开发的南方草山区实施。据测定，一般飞播草地比原自然草地产草量提高2~5倍，高的可达10倍以上。在沙化区飞播牧草，可提高地被覆盖率几倍到几十倍。在黄土高原或红黄壤水土流失区飞播牧草可减少地面径流量30%~80%，减少泥土流失量35%~90%。 中国农业部、中国民航总局在飞播牧草的实施中制定了《建立飞播示范草场的实施规定》、《加强飞播草场经营管理的规定》等文件，对有关飞播牧草的组织领导、技术措施(包括播区选择、地面处理、牧草种子丸衣化及根瘤菌接种、飞行作业、播区观察、播区管理、草场经营等)作了规定，每年召开全国飞播牧草现场观摩和工作会议，交流先进经验，下达飞播牧草任务和国家补助资金，保证了飞播牧草事业的发展(参见彩图插页第56页)。(李毓堂)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条