1) rain belt
落区
1.
It was pointed out that physicial quantities forecast products of T213 have better referent value to heavy-rain belt forecast.
应用常规高空资料和T213物理量预报产品综合分析发生在2003年3月上旬阿克苏地区的一次强降雪天气过程天气系统演变特点及其物理量特征,指出T213物理量预报产品对大降水落区预报有很好的参考价值。
2.
The relations between the weather system and physical quantities forming the heavy rain belt in Akesu were synthetically analyzed using the conventional upper observation and T213 physical quantities date, the forecast index in quantity of heavy rain belt was described.
应用常规高空资料和T213物理量场资料综合分析阿克苏地区大降水落区与天气系统和物理量的对应关系,给出了大降水落区预报定量指标。
3.
Based on the data of the conventional upper observation、 T106 physical field、 GMS－ 5 satellite cloud images in summer from 1998 to 2000, the short－ term heavy rain belt forecast in summer in Aletai were synthetically analyzed.
利用 1998～ 2000年 6～ 8月常规高空资料、 T106物理量场资料、 GMS－ 5卫星云图资料对阿勒泰夏季短期大降水落区的预报进行综合分析，结果表明：把三方面资料结合起来做阿勒泰夏季短期大降水落区预报效果较好。
2) precipitation area forecast
落区落点
3) caved ground (=caving)
冒落岩石;陷落区，冒落区
4) riparian zone
消落区
1.
After the Three-Gorges Reservoir was put into use,riparian zones have been formed on both sides of the reservoir where the water level changes periodically.
三峡水库投入使用后,在库区两岸形成周期性变化的水陆交错地带即消落区,它是陆地和水生生态系统的交错地带,具有生态脆弱性、生物多样性、变化周期性和人类活动的频繁性的特点,它对水、陆生态系统具有重要影响。
2.
After the running of Three Gorges Reservoir,the riparian zone which the ecotone of water aquatic ecosystem and the terrestrial ecosystem will come into being.
三峡水库投入使用后,在库区两岸形成周期性变化的水陆交错地带即消落区。
3.
After the completion of the Three Gorges Reservoir,the artificial operation of the reservoir may cause the periodic change of the water level,and an enormous riparian zone will be created in which the ecotone of aquatic ecosystem and the terrestrial ecosystem may come into action.
三峡水库建成后,由于水库调度引起库水位周期性的涨落,在库区两岸形成周期性变化的水陆交错区域即消落区。
5) water-fluctuation-zone
消落区
1.
The effective factor of phosphorous release from soil in Water-Fluctuation-Zone of the Three Gorges Reservoir.;
三峡库区消落区土壤磷释放的环境影响因子
2.
The water-fluctuation-zone(WFZ) of reservoir and big river had special environmental characteristics that were a joint of aquicolous and terrestrial ecological system.
以三峡库区消落区典型江段万州断面为试验基地,以释磷能力较强的紫色土为对象,根据三峡水库消落带的"干湿交替"空间和时间特征,进行万州断面土壤磷释放的实验室模拟试验,分析了周期性"淹水-落干"干湿交替对土壤磷释放的影响。
3.
According to the water-fluctuation-zone(WFZ)'s alternately waterlogged and drained environment,the experiment for effect of adding anthropogenic phosphorous to soil characteristics and its phosphorous release with the purple alluvial soil from the WFZ of Three Gorges reservoir were carried out.
选取三峡库区消落区万州段的紫色冲积土,对消落区土壤添加磷的变化及磷的释放进行实验室模拟试验。
6) Caving in mined area
空区冒落
补充资料：安徽鹞落坪国家级自然保护区
安徽鹞落坪国家级自然保护区
位于安徽省岳西县境内，面积12300公顷，1991年建立省级自然保护区，1994年晋升为国家级，主要保护对象为亚热带常绿落叶阔叶混交林。
本区地处大别山区，属北亚热带季风气候区，动植物分布呈南北过渡特征，植被垂直分布明显，森林覆盖率达90％，为大别山区森林保护较好的区域，也是北亚热带一个不可多得的地区。区内高等植物有1200多种，其中国家重点保护植物有大别山五针松、金钱松、连香树等20多种。国家重点保护动物有金钱豹、原鹿、大鲵等十余种。同时，保护区还是佛子岭、磨子潭两大水库的主要水源涵养林区，对维护生态平衡和保护生物多样性都具有重要意义。
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