植物能够调整叶片或根系功能性状的变化来适应气候变化, 从而形成多样性的环境适应策略.
该研究以内蒙古温带草原降水量存在差异的草原群落(较为湿润的多伦草原和较为干旱的正镶 …

Phenotypic plasticity refers to changes expressed by a genotype across different
environments and is one of the major means by which plants cope with environmental …

Root anatomy plays important roles in the control of leaf water relations. However, few
studies have evaluated whether and how anatomical traits of absorptive roots influence leaf …

The regulation of plant transpiration is a key factor affecting transpiration efficiency, growth
and adaptation of Eucalyptus species to limited water availability in tropical and subtropical …

Lead (Pb) and nickel (Ni) are serious soil pollutants that adversely affect plant growth and
development and need to be removed through phytoremediation. The present study aimed …

Xeromorphism is a set of structural traits facilitating plant functioning under the conditions of
water deficit. While leaf xeromorphic traits have been widely described in a variety of …

This work aimed to evaluate the effects of lower water levels on leaf intercellular spaces and
to assess their relations with the gas exchange, anatomy, and growth of Sorghum bicolor …

There is increasing interest in understanding how trait networks can be manipulated to
improve the performance of crop species. Working towards this goal, we have identified key …

We evaluated sixteen traits related to water acquisition and transport, stomatal conductance,
and photosynthesis within a diverse panel of maize inbred lines, founders of the US maize …

植物能够调整叶片或根系功能性状的变化来适应气候变化, 从而形成多样性的环境适应策略.
该研究以内蒙古温带草原降水量存在差异的草原群落 (较为湿润的多伦草原和较为干旱的正镶 …