登录
CsSAD1-silenced in tea leaves impaired drought tolerance by decreasing plasma membrane H +-ATPase activity [0.03%] 茶叶CsSAD1基因沉默体通过降低质膜H+-阿托芬活性导致耐旱性下降
Xiangzong Luo,Haijun Bi,Kunlong Su et al. Xiangzong Luo et al.
Drought stress is a negative regulatory factor that leads to reduced yield and quality. Unsaturated fatty acids controlled by SAD (stearic acid desaturase) play a key role in mediating membrane fluidity to cope with drought stress; however,...
Kinzie Bailey,Paul Szejner,Brandon Strange et al. Kinzie Bailey et al.
The stable isotopes of oxygen in wood cellulose (δ18Ocell) have been widely used to reconstruct historical source water use in trees or changes in atmospheric humidity. However, in many cases, the δ18O of source water use is assumed to re...
Leaf physiological and endophytic microbial community characteristics and interactions of different scions grafted onto Malus sieversii [0.03%] 不同砧木上嫁接的花蕾营森氏苹果的叶生理及内生微生物群落特征与互作关系
Huanhuan Zhang,Dongdong Yao,Hossam Salah Mahmoud Ali et al. Huanhuan Zhang et al.
Endophytic microbial communities in scion leaves substantially impact the growth efficiency of apple trees (Malus × domestica Borkh.); however, the underlying mechanisms remain underexplored. Herein, we grafted three varieties-Malus siever...
Increasing air-filled vessels has little influence on vulnerability to drought-induced embolism in two species with long maximum xylem vessel length but low vessel connectivity [0.03%] 气腔体的增加对两种最大木质部导管长度长但导管连通性低的树种的干旱引起的逆境抵抗性影响较小
Chris M Smith-Martin,Kate M Johnson,Shelley Urquhart et al. Chris M Smith-Martin et al.
Perennial woody plants accumulate native xylem embolisms over time. However, whether this makes the water transport system more vulnerable to drought-induced dysfunction as the percentage of gas-filled vessels increases is unclear. We teste...
Phosphorus deficiency suppresses the trans-zeatin riboside accumulation by up-regulating CeIPT5, promoting root elongation and phosphorus absorption efficiency of Casuarina equisetifolia [0.03%] 缺磷通过上调CeIPT5抑制反式玉米素核糖苷的积累，促进等叶南洋衫根伸长及磷吸收效率
Lijuan Jiang,Hua Yang,Yunshuang Du et al. Lijuan Jiang et al.
Phosphorus (P) deficiency is critical to the renewal barrier of she-oak (Casuarina equisetifolia), an important tree species used for coastal protection. However, the response of she-oak to P deficiency remains unclear. In this study, we co...
Estimation of mesophyll conductance in Ginkgo biloba from the PSII redox state using a machine learning approach [0.03%] 基于机器学习方法从PSII氧化还原状态估测白果的叶肉导度
Jimei Han,Lehao Li,Xin Yang et al. Jimei Han et al.
Mesophyll conductance (gm) has been proved to be one of the important factors limiting photosynthesis and thus affects the estimation of plant productivity and terrestrial carbon balance. However, beyond the leaf scale, gm is usually assume...
Correction to: Transcriptomic analysis reveals potential roles of polyamine and proline metabolism in waterlogged peach roots inoculated with Funneliformis mosseae and Serendipita indica [0.03%] 校正：转录组分析揭示了拟南芥和_serendipita_indica_潜在线索多胺和脯氨酸代谢在水涝桃树根中的作用
Published Erratum Tree physiology. 2025 Mar 28;45(4):tpaf040. DOI:10.1093/treephys/tpaf040 2025
How phenology interacts with frost tolerance in Southeastern Himalayan Rhododendron species [0.03%] 物候与东南喜马拉雅杜鹃属植物抗霜冻能力的相互作用研究
Hongyan Jin,Xiaoqing Yin,Yue Qi et al. Hongyan Jin et al.
The frost resistance of new foliage and flowers and their relationship with the phenology of leaf-out and flowering are essential for explaining plant species distribution in seasonally cold climates. In this study, we performed a congeneri...
Physiological and Molecular Responses of Poplar to Salt Stress and Functional Analysis of PagGRXC9 to Salt Tolerance [0.03%] 杨树对盐胁迫的生理和分子响应及PagGRXC9对盐耐性的功能分析
Jiechen Wang,Changjun Ding,Congcong Cui et al. Jiechen Wang et al.
Soil salinization is increasingly recognized as a critical environmental challenge that significantly threatens plant survival and agricultural productivity. To elucidate the mechanism of salt resistance in poplar，physiological and transcrip...
Moderately and severely defoliated Quercus ilex L. trees exhibit hydraulic dysfunction and carbon depletion: physiological implications for Mediterranean forest monitoring [0.03%] 中度和重度脱叶的Quercus ilex L.树表现出水力功能障碍和碳耗尽：地中海森林监测的生理意义
Francesca Alderotti,Filippo Bussotti,Antonella Gori et al. Francesca Alderotti et al.
The increase in drought occurrence and intensity is contributing to rising rates of Quercus ilex L. (holm oak) mortality. Key physiological traits involved include hydraulic dysfunction and carbohydrate depletion. This study monitored xylem...