国际劳工组织（ILO）利用其国际专长设计并推行这些改良方案。 培训内容包括：工作场所合作及解决纠纷、职业健康与安全、工作条件、全球化以及变化过程。
The topics cover such things as workplace co-operation and dispute resolution, occupational health and safety, working conditions, globalisation and change processes.
深松措施可作为土壤紧实、容重较高的苏打盐碱土改良与高效利用的有效耕作方式加以实施。
Subsoil tillage was an effective way to improve and utilize the compact soda-alkaline land with high soil bulk density.
认为粉煤灰与若干有机固体废弃物配施具有良好的土壤改良效果，也是我国固体废弃物处置和利用的最佳途径之一。
The utilization of mixtures of fly ash and biosolids in soil amendment is suggested to be one of the best methods of solid waste disposal and utilization.
同时，也证明了利用物理学的技术与方法提取生物体信息为改良生物质材料提供科学依据，是很好的方法之一。
Moreover, it provided the scientific basis for improvement with biomaterials by using the physical technology and methods to extract the biomaterials information. It also is a good method.
掌握土壤分布规律与变化趋势，为合理改良与充分利用土壤资源提供科学依据。
Soil distribution rule and change tendency were used to supply scientific basis for reasonably improving and utilizing soil.
所获得的知识已广泛用来通过利用经典与现代方法学的结合来改良菌种和创造新抗生素。
The know ledge gained is now being used extensively for the imaginative application of a combination of traditional and modern technology for the yield improvement and creation of new antibiotics.
要想利用水泥搅拌法改良这些地基，就必须考虑水泥与污染土体搅拌制得的水泥土的强度变化。
To use cement mixing pile method to improve the polluted foundation, it is necessary to consider the strength change of cemented soil which is mixed by cement and polluted soil.
水稻再生体系的建立与优化对于利用基因工程技术改良水稻品质以及水稻分子生物学研究都具有非常重要的意义。
The establishment and optimization of rice regeneration system play an important role in the studies on improving rice qualities and rice molecular biologics by transgenic technology.
这16个与品质性状相关的QTL可作为利用分子标记辅助育种途径进行玉米遗传改良的依据。
We conclude that 16 QTLs for nutritional quality traits will provide useful information for molecular assistant selection (MAS) in maize genetic improvement.
对95例具有各种斜视与非斜视患者利用FD2（使用改良的阶段程序）进行单眼和双眼立体视觉测试。
Stereoacuity was tested monocularly and binocularly in 95 patients with a variety of strabismic and nonstrabismic conditions, using the FD2, employing a modified staircase procedure.
利用生物措施中的植被进行黄土高原的水土保持工程与生态环境改良有着明确的目的性与可控制的操作性。
On the basis of which the soil and water conservation engineering and eco-environmental improvement on Loss Plateau by the way of biological means of vegetation will have a clear and decided aim.
利用生物措施中的植被进行黄土高原的水土保持工程与生态环境改良有着明确的目的性与可控制的操作性。
On the basis of which the soil and water conservation engineering and eco-environmental improvement on Loss Plateau by the way of biological means of vegetation will have a clear and decided aim.
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