省林业区划总结表彰大会在白城市召开 吉林省林业区划研究会正式成立

来源 :吉林林业科技 | 被引量 : 0次 | 上传用户:fly884531973
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
为了总结经验,表彰先进,推动区划工作向纵深开展,省林业厅于1985年3月15日至16日在白城市召开了林业区划总结表彰奖励大会,出席会议的有各市、地、州林业局(处)负责区划工作的领导、林业专家和林业区划先进工作者,省农业区划办,区划所领导也到会参加指导。蒋袒辉副厅长总结了六年来区划工作的经验教训,强调今后要进一步加强区划工作的领导,做好与规划工作的衔接,把林业区划工作推向以战略研究、应用为重点的新阶段,为振兴吉林林业做出贡献。 In order to summarize the experience, commend the advanced and promote the zoning work to carry out in depth, the provincial Forestry Department held in March 15, 1985 to 16 in Baicheng City forestry division summary recognition awarding conference, attended by the municipal, prefectural and state forestry bureau (Division) is responsible for the division of work of the leaders, forestry experts and forestry division of advanced workers, the provincial agricultural division office, division of the leadership also attend the guidance. Deputy Director Jiang Tihui summed up the experiences and lessons learned from the zoning work over the past six years. He emphasized that in the future, it is necessary to further strengthen the leadership of the zoning work and make the connection with the planning work, and push the work of regionalization of forestry to a new stage focusing on strategic research and application , To contribute to the revitalization of Jilin forestry.
其他文献
期刊
目的探讨三维适形放疗联合金龙胶囊治疗原发性肝癌的临床疗效。方法52例原发性肝癌患者随机分为两组,单纯三维适形放疗组(对照组)和三维适形放疗联合金龙胶囊组(治疗组)各26
桥式起重机的性能很大程度上取决于箱形梁结构。笔者通过详细论述基于ANSYS的拓扑优化实现过程,以30t起重机主梁为具体算例进行拓扑优化,并根据优化结果建立空腹式箱形主梁模
The Boxing Sag is located in the southwest of Dongying Depression, southern Bohai Bay Basin of East China. It is one of the main petroliferous sags in the Dongy
Ordered domain interfaces formed between DO22 (Ni3V) phases along [100] direction during the precipitation process of Ni75AlxV25-x alloys were simulated by usin
鸡西矿业集团公司张辰煤矿西三采区3
期刊
在韩风劲吹中国休闲服装市场的同时,又一股强大的韩流在上海登陆。4月5日-8日,以“盛开”为主题的“2006韩国时装纺织品博览会(PreviewinSHANGHAI2006)”将在上海世贸商城举
鸡西矿业集团公司张辰煤矿西三采区3
期刊
复套型肠套叠是在单套型肠套叠的基础上3层肠壁再一起套入远侧肠管内,由5层肠壁构成,常见类型为回结型[1]。在通常加压8~13kPa下空气灌肠,其失败的病例中80%以上为复套叠,由于
量子光学的最近进展预示,有朝一日人们可基于在由反射镜以及少量玻璃器件等简单的光学元件构成的系 统中运动的光子来制造量子计算机。这种光学系统将给信息技术带来一场革命