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Chukrasia tabularis

Known as: yinma, Chickrassia tabularis, chickrassy 
National Institutes of Health

Papers overview

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2018
2018
Water environmental risk is the probability of the occurrence of events caused by human activities or the interaction of human… 
2016
2016
Phenanthrene (Phe) with carcinogenicity is ubiquitous in the environment, especially in aquatic environment; its toxicity is… 
2014
2014
Abstract Status of Arbuscular Mycorrhizal (AM) colonization in seven tree species (Albizia saman, Acacia auriculiformis A. Cunn… 
2012
2012
地下水可持续开采量的确定与评价既是合理开发地下水资源的基础,又是水文地质学研究中的难点.为克服没有统一的评价标准以及对众多约束条件难以定量化计算的难点,本文从提高流域内整体水资源的利用率出发,综合考虑了流域水资源整体开发利用效益和生态环境需水,以及人工调蓄作用对地下水系统的影响作用,提出了流域地下水可持续开采量的概念;论述了所提出概念的内涵;建立了由流域水循环模拟模型、水资源开发综合效益模型和可持续开采量优化模型组成的流域地下水可持续开采量的评价体系,将流域水循环模拟模型作为研究平台,以水资源开发的综合效益模型作为选优依据,以不同生态环境需水条件为约束条件,对施加其上的各种不同调控措施进行模拟,最后通过性价比的综合分析与评估,得到可持续开发方案下的流域地下水可持续开采量.以吉林省饮马河流域为例展开实例应用,确定饮马河流域最满意的开发模式下,即水库高比例供水(水库供水4.850×108m3),保证河道适宜生态需水时,饮马河流域地下水可持续开采量为2.516×108m3/a. 
2010
2010
Discriminant analysis method was used to differentiate and classify the water quality of 4 cross sections in Yinma River basin… 
2010
2010
Fuzzy mathematics method is used to evaluate the groundwater quality in Yang village. The groundwater quality of 18 villages… 
2009
2009
The ecological regulation compensation is one of the hot issues for Chinese academic fields and governments,being the key point… 
2008
2008
Discriminant analysis method was used to differentiate and classify water quality of 4 cross sections in Yinma River basin.After… 
2004
2004
To use the water resources reasonably in the midstream of Yinma River is of great significance to Changchun City which is short… 
1994
1994
Abstract Beginning with recognizing the characteristics of hydrodynamic force of meanderingriver,this paper analyses the…