1) selection of denning habitat
仓址生境选择
2) Habitat selection
生境选择
1.
Seasonal change and habitat selection of shorebird community at the south Yangtze River Mouth and north Hangzhou Bay;
长江口杭州湾鸻形目鸟类群落季节变化和生境选择
2.
Analysis on dominant factors affecting habitat selection of tian shan vole (Microtus iliaeus) in summer;
伊犁田鼠夏季生境选择的主导因子分析
3.
A preliminary study on the habitat selection of sable(Martes zibellina) in the autumn;
紫貂秋季生境选择的初步研究
3) Microhabitat selection
微生境选择
1.
Breeding microhabitat selection of Saunders’Gull（Larus saundersi）inYancheng of Jiangsu Province，China;
对繁殖微生境选择研究的结果表明，黑嘴鸥繁殖微生境具有以下特征：植被高度5－25 cm，植被盖度20％－60％，底栖生物量大于300 g／m2 ，距水源距离 500－1000 m，距人类活动干扰距离大于 500 m。
4) nest-selection habits
巢生境选择
5) warehouse location
仓库选址
1.
Aiming at the expense constitution in warehouse location, the paper establishes a mathematical model for warehouse location in the process of dynamic decision-making in order to select the location by stages.
为了合理选择约束理论生产模式下的仓库选址,以仓库重新选址的费用结构为研究目标,通过建立动态决策过程中的仓库选址数学模型,分阶段的对仓库地址进行选择。
2.
Based on the factors of mass economy,the paper establishes a multi-warehouse location model which takes the sum of minimized supply costs,transport costs and fixed costs as the goal and within which supply costs are expressed by piecewise linear cost function,solves the model with a genetic algorithm and shows an example.
在考虑规模经济的因素下,以最小化项目的供货成本、运输成本与固定成本之和为总目标建立了一个多仓库选址模型,其中把供货成本用分段线性函数表示,体现了厂商存在的规模经济效应,并采用遗传算法对模型进行求解。
3.
To help the 3PL companies make the right decision on the warehouse location,on the basis of the lowest-cost company object and former data and experience,this paper utilizes WSMP,GA and AHP to solve the warehouse location problem.
为了提高选址决策的科学性和正确性,结合企业追求成本最小化的目标以及以往选址经验、历史数据,论文提出基于WSMP(仓库策略管理规划)、遗传算法和层次分析法的第三方物流企业仓库选址决策算法,运用定性和定量分析的方法多次迭代求得模型的解,以最经济的物流成本实现最高的客户服务水平和物流网络的覆盖率,从而为企业在低毛利、充分竞争的市场环境中创造可观的利润。
6) Type choic
仓型选择
1.
Type choice And Engineering Characteristic of Fnjian Grain Reserve Storage under Party Central Committee;
福建中央直属储备粮库的仓型选择与工程特点
补充资料：仓仓
1.象声词。
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