1) Huaibei Area
淮北地区
1.
Features of coal gas saturation in Huaibei Area;
淮北地区煤储层含气饱和度特征
2.
Dynamic forecasting of soil humidity in the Huaibei area of Anhui Province;
淮北地区土壤墒情动态预测
3.
Preliminary Study on the Alien Weeds in Huaibei Area;
淮北地区外来杂草的研究
2) Huaibei region
淮北地区
1.
Based on the field investigation and the related literatures, thirty-one species of alien invasive plants belonging to 17 families and 24 genus has been founded so far in Huaibei region,Anhui province.
通过野外调查和参考有关的文献资料,安徽淮北地区现已知的外来入侵植物有31种,隶属于17科24属。
2.
The authors discuss the meaning and characteristics of Sudden Changing from Drought to Waterlogging(SCDW) in Huaibei region along the Huai River,which include specific occurrence time and weak overlapping in focal areas hit by drought and waterlogging.
探讨了沿淮淮北地区旱涝急转问题的内涵和特性,即具有发生时间的特定性,旱灾与涝灾重点区域的弱重叠性;运用趋势分析法对该地区10个代表站30多年的逐日降水资料进行了统计分析,指出该地区近10年来暴雨频数、降水强度和短时干旱缺水概率均呈增加的趋势;认为除了这些不利的气候变化因素外,没有解决好易涝特性与其排涝能力、易旱特性与其抗旱能力之间的矛盾是造成沿淮淮北地区旱涝急转问题的主要原因;进而从工程措施和非工程措施两个方面提出了9条应对措施。
3) Huaibei district
淮北地区
1.
Study on optimization of irrigation regime and the Jensen model parameter for rain fed crop in Huaibei District of Anhui Province;
安徽省淮北地区旱作物灌溉制度优化的研究
2.
Study on Problems and Countermeasures of Development of Water-saving Agriculture in Huaibei District
淮北地区节水农业发展中的问题及对策研究
3.
Water-saving irrigation technology of wheat,one of the main crops in Huaibei district,has been tested against lower water-using utilization ratio and managing standard by means of contrasted and repeated experiments in the research.
针对安徽省淮北地区用水利用率低和用水管理水平低的情况 ,以淮北地区的主要农作物之一的小麦 ,采用对比重复试验 ,进行了节水灌溉技术的试验研究。
4) Beihuaiyang area
北淮阳地区
1.
Elements distribution and effecting factors of high rank coals of different deformational-metamorphic types in Beihuaiyang area;
北淮阳地区不同变形-变质煤的元素分布及其影响因素
5) areas north of Huaihe river in Anhui province
安徽省淮北地区
1.
In the paper,the import on establishing information system of soil moisture measuring and forecast and drought extent for the areas north of Huaihe river in Anhui province is summarized.
本文阐述了在安徽省淮北地区建立墒情监测预报和抗旱决策信息系统的重要性,提出适用于淮北地区的土壤墒情监测方法和预报模型,对系统的信息传输、结构及功能作了较详细的介绍,在类似地区以及干旱、半干旱地区均有参考和应用价值。
补充资料：太平洋地区标准会议标准(见太平洋地区标准会议)
太平洋地区标准会议标准(见太平洋地区标准会议)
standards of PASC: see Pacific Area Standards Congress; PASC
Ta iPingyang Diqu Bioozhun Hu呼ib沁幻Zhun太平洋地区标准会议标准(s切md田心sofR巧C)见太平洋地区标准会议。
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