极端干旱生境下胡杨克隆水分整合特征及其生态意义
朱成刚， 李卫红， 马建新， 周莹莹 - 植物科学学报, 2017 - plantscience.cn
克隆水分整合是克隆植物有效利用异质性生境资源的重要对策, 也是在恶劣生境下得以定植,
存活的重要生存策略. 本研究以塔里木河下游的胡杨(Populus euphratica Oliv.) 为对象 …
存活的重要生存策略. 本研究以塔里木河下游的胡杨(Populus euphratica Oliv.) 为对象 …
Clonal water integration contributes to more survival advantages for Populus euphratica young ramets in the hyper-arid habitat
CG Zhu, WH Li, YP Chen, JX Ma - Ying Yong Sheng tai xue bao …, 2017 - europepmc.org
The proposed investigation was carried on the characteristics of clonal water integration
between the Populus euphratica mother tree and its young ramets, as well as its effects on …
between the Populus euphratica mother tree and its young ramets, as well as its effects on …
胡杨根系水力再分配的模式, 大小及其影响因子
鱼腾飞， 冯起， 司建华， 张小由 - 北京林业大学学报, 2014 - j.bjfu.edu.cn
作为一种重要的生态过程, 阐明水力再分配的模式, 大小和影响因子是理解其生态水文效应的
前提. 选取黑河下游荒漠河岸林主要建群种胡杨为研究对象, 采用热比率法辨识胡杨根系水力再 …
前提. 选取黑河下游荒漠河岸林主要建群种胡杨为研究对象, 采用热比率法辨识胡杨根系水力再 …
水分异质性影响两种根茎型克隆植物赖草和假苇拂子茅的水分存储能力
叶学华， 胡宇坤， 刘志兰， 高树琴， 董鸣 - 植物生态学报, 2013 - plant-ecology.com
水分在自然系统中呈异质性分布. 有关水分异质性对克隆植物生长, 形态和生理影响的研究已有
大量的工作, 但是水分异质性对克隆植物存储能力, 尤其是水分存储能力影响的研究却十分缺乏 …
大量的工作, 但是水分异质性对克隆植物存储能力, 尤其是水分存储能力影响的研究却十分缺乏 …
[PDF][PDF] 胡杨木质部水分传导对盐胁迫的响应与适应
周洪华， 李卫红 - 植物生态学报, 2015 - plant-ecology.com
解析植物木质部导水率对逆境的响应和适应对促进植物抗逆性机理研究和受损植被恢复具有
重要意义. 该文以荒漠河岸林建群种胡杨(Populus euphratica) 为研究对象 …
重要意义. 该文以荒漠河岸林建群种胡杨(Populus euphratica) 为研究对象 …
Characteristics of Water Physiological Integration and its Ecological Significance for Populus euphratica Young Ramets in an Extremely Drought Environment
CG Zhu, WH Li, YN Chen… - Journal of Geophysical …, 2018 - Wiley Online Library
Water physiological integration plays an important role and has profound effects on the
population renewal and expansion of clonal plants. This work discussed the spatial …
population renewal and expansion of clonal plants. This work discussed the spatial …
Patterns, magnitude and controlling factors of hydraulic redistribution by Populus euphratica roots.
YU Teng-fei, F Qi, SI Jian-hua… - Journal of Beijing Forestry …, 2014 - j.bjfu.edu.cn
As an important ecological process, it is fundamental for understanding the eco-hydrological
consequences of hydraulic redistribution to illuminate its patterns, magnitude and controlling …
consequences of hydraulic redistribution to illuminate its patterns, magnitude and controlling …
Comparison of Branch Water Relations in Two Riparian Species: Populus euphratica and Tamarix ramosissima
D Li, J Si, X Zhang, Y Gao, H Luo, J Qin, G Gao - Sustainability, 2019 - mdpi.com
Water relations in plants maintain healthy tree branches and drought conditions during plant
growth may affect water relations, but the mechanisms are poorly known. In our study, we …
growth may affect water relations, but the mechanisms are poorly known. In our study, we …