1.
Study on Precipitation Potential Productivity of Afforestation by Water Harvesting in Semiarid Region on Loess Plateaus;
黄土半干旱区集水造林的水分生产潜力研究
2.
Research on Water Environmental Capacity for Water-Collecting Afforestation on the Loess Plateau in North Shaanxi;
陕北黄土高原集水造林水分环境容量研究
3.
Effect of Plastic Mulching on Water Micro Catchments for Jujube Plantations on Loess Plateau
黄土高原坡地枣树地膜微集水造林效果研究
4.
The Effect of Dereffent Drought Afforestation Methods of Integration Research
三水（集水、保水、供水）造林技术集成应用效果的研究
5.
Forestation overall design regulations for intensively managed timber-forest base
GB/T15782-1995集约经营用材林基地造林总体设计规程
6.
Forest canopy interception of different tree species of protection forest in Miyun Reservoir watershed
密云水库集水区防护林不同树种林冠截留研究
7.
in case of collective-owned waste mountains and land, the collective economic organizations shall organize forestation.
属于集体所有的,由集体经济组织组织造林
8.
Study on Forest Hydrological Effects and Optimal Afforest Models of Artificial Water Conservation Forest
人工水源涵养林水文效应与优化造林研究
9.
The Study on the Water Consumes by Water Conservation Forest in Miyun Reservoir Watershed;
北京密云水库集水区水源涵养林耗水规律研究
10.
State-owned or collective-owned waste hills or unreclaimed lands suitable for afforestation may be contracted to individuals or collectives for afforestation.
国家和集体所有的宜林荒山荒地可以由个人或者集体承包造林。
11.
Aquatic Scenery: good at building scenery in aquariums, gardens, having experiences of raising water plants and ornamental fishes preferential.
水族造景：擅长水族箱造景，园林造景，有水草、观赏鱼养殖经验者优先。
12.
Discussion on Countermeasure to Raise Management Level in Forestry Afforestation Project with Foreign Fund;
提高林业外资造林项目管理水平的对策探讨
13.
A Study on the Application of the New Water-Saving Materials in Yulin s Desert Areas;
节水抗旱新材料在榆林沙区造林中的应用研究
14.
Sylvicultural Cost of Super Absorbent Polymers in the Converting Cropland to Forest Program
退耕还林工程中保水剂应用造林成本分析
15.
Study of Watershed-Scaled Vegetation Dynamic Model;
集水区尺度的森林植被动态模型研究
16.
Physical Properties of Water in Intensive Managed Phyllostachys heterocycla var. pubescens Stands
集约经营毛竹林的土壤水分物理性质
17.
Study on Water Thresholds of the Main Afforestation Species on the Loess Plateau;
黄土高原主要造林树种水分阈值研究
18.
Research on relation between Water-heat condition and forestation of Qilian Mountains;
祁连山区水热条件与造林关系的探讨