1) semi dry hot region
半干热地区
2) xerothermic area
干热地区
1.
Moisture physiology ecology of trees in the xerothermic area;
干热地区树木的水分生理生态
3) semi-arid area
半干旱地区
1.
Along with the development of the society and the economy in the western part of Northeast China,the conflicts between water resources supply and demand is increasingly obvious in the semi-arid area.
作者应用BIOME-BGC模型模拟了国际协调强化观测计划(CEOP)亚洲季风比较研究(CAMP)的一个地面观测基准站半干旱地区吉林通榆2002年10月~2003年9月草地和农田生态系统的潜热通量,并将模拟结果与通榆“干旱化和有序人类活动”长期观测站涡度相关法测定的观测值进行了比较,结果表明两者基本一致。
2.
The guiding line and general objectives of constructing a technical innovation system for the agricultural sustainable development in Jilin Province s western semi-arid areas was proposed and the structure of the technical innovation system was redesigned.
针对吉林省西部半干旱地区,提出了构建该区域农业可持续发展技术创新体系的指导思想和总体目标,并对技术创新体系的结构进行了再设计,将体系结构按照主导结构和支撑结构进行了划分。
4) semiarid area
半干旱地区
1.
Technique of spring wheat cultivation of farmland water microcollection in semiarid areas of Southern Ningxia;
宁南半干旱地区春小麦农田微集水种植技术研究
2.
Results Rainwater-harvesting technological artificial grassland planting and grass-grain crop rotation were presented as two important technological supports,and the rainwater-harvesting eco-agriculture had the ecological and economical feasibilities in the semiarid area.
目的提出以集水技术作为基础的农牧混合型农业的概念,探讨其在中国半干旱地区的可行性。
3.
The dynamic relationship between the biomass of switchgrass and the soil water content in arid and semiarid area was investigated in this paper.
通过在黄土高原半干旱地区种植柳枝稷,构建生物量与土壤水分的动力学关系模型。
5) semi-arid region
半干旱地区
1.
Application and comparison of three hydrological models in semi-arid region;
不同水文模型在半干旱地区的应用比较研究
2.
Seed germination characteristics of annual species in temperate semi-arid region;
温带半干旱地区一年生植物种子的萌发特性
3.
Problems on flood forecasting in the semi-arid region;
半干旱地区洪水预报的若干问题
6) Semiarid region
半干旱地区
1.
Study on moisture characteristics of marine saline soil irrigated with seawater in semiarid region;
半干旱地区海水灌溉下滨海盐土水分特征的研究
2.
The field trial of plastic film mulching on dryland spring wheat was conducted in the semiarid region of Loess Plateau.
在黄土高原半干旱地区 ,对旱地春小麦进行短期地膜覆盖试验。
3.
To realize agriculture sustainable development in semiarid region, we must protect reasonably and use fully the soil resource for this we must study the interaction between water and fertilizer.
半干旱地区农业要实现持续发展 ,必须对土地资源进行合理保护和充分利用 ,为达到目的必须研究水肥耦合效应。
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