播种造林

利用GPS卫星定位导航系统进行飞机播种造林试验研究

Studies on the Aerial Seeding Afforestation Experiments by Adopting GPS Satellite Navigating System

ABT新型植物生长调节剂在云南松飞机播种造林中应用的试验初报

The initial report on a new regulator for plant growth-ABT applied in the afforestation by aerial seeding of pinus yunnanensis

飞机播种造林导航作业技术探讨

Exploration of Air Navigation Techniques in Aerial Seeding and Afforestation Operations

飞机播种造林技术的研究

A study on the technology of aerial sowing for afforestation

播种造林种基盘基质的改良研究

Study on improving Seed-base materials for afforestation by direct seeding

栓皮栎播种造林初期效益的调查研究

A study on the benefit of afforestation by seeding oak in the initial stage

在飞机播种造林中，如何使空、地勤合理配合引导飞机在播区内均匀撒播种子是飞播造林的关键技术之一。

The key technology is how to guide the aeroplane to evenly spread the seeds .

GB/T15162-1994飞机播种造林技术规程

Technical guidelines for afforestation by aerial seeding

GB/T15162-1994飞机播种造林技术规程飞播云南松林下真菌的时空分布特征

Characteristics Study of Temporal and Spatial Distribution of Fungi Undergrowth of Aerial Seeding Pinus yunnanensis Forest

本文基于对云南富宁县播区的详细调查，得出了该县飞机播种造林成效及其原因。

Based on the detailed investigation in Funing County , Yunnan province , the authors discuss the effect of afforestation by planes and its reason .

通过种基盘进行播种造林，可以增加根的生长粗度，并能促进植物根系向土壤深处发展，从而有利于提高苗木的抗旱能力。

With direct seeding by Seed-base , the thick of roots can be increased , the root of plant can be accelerated growing down into deeper soil , and the ability of resisting drought of seedling can be enhanced .