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Tree Physiology 封面图

Tree Physiology

IF3.7
论文数1583
被引数12638
期刊论文 1583
发表时间
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Woody root and shoot xylem anatomy reveal patterns of whole-plant axial variation and suggest structure-function tradeoffs木质根系和枝条木质部解剖揭示全植物轴向变异模式并提示结构与功能权衡
deleteTree Physiology
IF3.7
delete2026-10-23
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deleteAnna L Jacobsen; F Daniela Rodriguez-Zaccaro; Marta I Percolla; Jaycie C Fickle; Catherine Robles; Alex Bear; Jessica Valdovinos-Ayala; R Brandon Pratt
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Integrated transcriptomic and functional trait responses reveal ecological strategy-associated biomass accumulation and allocation under drought in mulberry seedlings整合转录组学和功能性状响应揭示了桑树幼苗在干旱条件下与生态策略相关的生物量积累和分配
deleteTree Physiology
IF3.7
delete2026-10-23
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PREAI
deleteChunyan Zhang; Saixiang Yang; El-Hadji Malick Cisse; Jun Wang; Xiao Xu
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Comparison of whole-tree water transport and storage coordination in four tree species of contrasting hydraulic strategies四种不同水力策略树种的整体树水分运输与储存协调性比较
deleteTree Physiology
IF3.7
delete2026-10-21
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PREAI
deleteLauren M Tucker; Keith Reinhardt; Daniel M Johnson; Ryan E Emanuel; Kevan J Minick; Jennifer Bahramian; David M Love; Justine Rojas
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Integrated analysis uncovers the role of circadian rhythm genes in cold adaptation of Kandelia obovata using the multi-omics data整合分析揭示了利用多组学数据探究隐花植物钟基因在白骨壤冷适应中的作用
deleteTree Physiology
IF3.7
delete2026-10-09
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PREAI
deleteChaoqun Xu; Ji-Cheng Wang; Ling Sun; Dong-Na Ma; Qian-Su Ding; Ling-Yu Song; Jing Li; Li-Han Zhuang; Xue-Yi Zhu; Haoliang Lu; Luzhen Chen; Guangcheng Chen; Changyi Lu; Hai-Lei Zheng
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Sex-specific divergence in leaf phosphorus economy in Fraxinus velutina Torr. under short-term simulated nitrogen deposition短期能源氮沉降下Fraxinus velutina Torr.叶磷利用策略的性别分化
deleteTree Physiology
IF3.7
delete2026-10-09
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PREAI
deleteZhi-Rong Xu; Xue-Ying Ren; Liu Yang; Xiao-Qian Meng; Cheng-Yang Xu; Xin-Na Zhang; Tao Chen; Wen-Xue Wang; Qiu-Ling Ning
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Chromosome-level genome assembly of Tilia mandshurica reveals divergence of duplicated TPP genes associated with fructose-rich nectar formation东北紫椴染色体水平基因组组装揭示与富果糖花蜜形成相关的重复TPP基因的分化
deleteTree Physiology
IF3.7
delete2026-10-09
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PREAI
deleteLin Lin; Jiayi Du; Qingshan Li; Cong Yu; Le Chen; Wenzheng Li; Fucai Xia; Huaizhi Mu
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Distribution, Development, and Function of Resin Canals in Conifers: Insights from Cellular and Genomic Perspectives松柏类植物树脂道的分布、发育与功能：来自细胞和基因组学视角的见解
deleteTree Physiology
IF3.7
delete2026-10-09
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PREAI
deleteYi Feng; Shu Diao; Xiaohui Lin; Caixia Wang; Xiaoping Wang; Yangdong Wang; Hengfu Yin
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Response of Dormancy-associated MADS-box (DAM) and Flowering Locus T (FT) genes to contrasting temperature conditions during dormancy in apricot (Prunus armeniaca L.)在杏树（Prunus armeniaca L.）休眠期间，休眠相关MADS-box（DAM）和开花位点T（FT）基因对差异温度条件的响应
deleteTree Physiology
IF3.7
delete2026-10-08
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PREAI
deleteAlvaro Delgado; David Ruiz; Tzu-Fan Hsiang; Jose A Egea; Hisayo Yamane
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High temperature disrupts sporocyte development in Camellia meiocarpa高温扰乱了无融合生殖山茶花(Camellia meiocarpa)中的孢子细胞发育
deleteTree Physiology
IF3.7
delete2026-10-03
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PREAI
deleteTongyue Zhang; Wanqing Xiao; Xing Liu; Jing Song; Chenrui Zhang; Yusi Cheng; Yufei Xia; Zhiqiang Han
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Phosphorus-driven changes in leaf phosphorus fractions shape species-specific hydraulics in a subtropical forest磷驱动叶片磷组分变化塑造亚热带森林物种特异性水力学
deleteTree Physiology
IF3.7
delete2026-10-01
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PREAI
deleteAsif Riaz; Zhimin Li; Muhammed Mustapha Ibrahim; Huiying Lin; Rufang Deng; Sherjeel Hashmat; Minghao Chen; Zhenshuang Li; Yongbiao Lin; Enqing Hou
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Treeline stress amplifies divergence in carbon–water responses between evergreen and deciduous conifers林线胁迫加剧常绿与落叶针叶树碳-水响应的分化
deleteTree Physiology
IF3.7
delete2026-09-29
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PREAI
deleteXianji Yang; Yuan Jiang; Xinyuan Ding; Minghao Cui
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Belowground carbon use in woody plants under experimental warming: uneven evidence for fine-root, root-exudation, and mycorrhizal responses实验增温条件下木本植物地下碳利用：对细根、根系分泌和菌根响应的不平衡证据
deleteTree Physiology
IF3.7
delete2026-09-26
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PREAI
deleteShuming Peng; Licheng Ji; Xuyang Lu; Baoli Duan
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When environments mismatch - The limits of transgenerational climate memory in Scots pine当环境不匹配时——欧洲赤松跨代气候记忆的局限性
deleteTree Physiology
IF3.7
delete2026-09-23
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deleteOAAI
deleteNa Luo; Arthur Gessler; Falko Noé; Igor A Yakovlev; Isabel Weirich; Bernd Kammerer; Rie Shimizu-Inatsugi; Stefan Hunziker; Simon Lagies; Simone Maria Pieber; Daniel Mohl; Ugo Molteni; Kentaro Shimizu; Arun K Bose
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Synthetic microbial community promotes seedling growth of Chinese fir via dissolving phosphorus and modifying rhizosphere microbial community合成微生物群落通过溶解磷和修饰根际微生物群落促进杉木幼苗生长
deleteTree Physiology
IF3.7
delete2026-09-21
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PREAI
deleteJunhao Zhang; Songxie Xu; Chaoying Chen; Zhanling Wang; Wenjun Du; Liang Hong; Fred O Asiegbu; Kai Wang
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Comparative physiological, transcriptomic and metabolomic analyses reveal the mechanisms underlying the exceptionally long internodes in bamboo (Bambusa distegia)比较生理学、转录组学和代谢组学分析揭示了撑篱竹（Bambusa distegia）异常长节间形成的机制
deleteTree Physiology
IF3.7
delete2026-09-21
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PREAI
deleteXin Zhao; Li Zhang; Man Tang; Yan Huang; Zhijian Long; Chulin Zhou; Gang Xu; Shangmeng Li; Boya Wang; Mengyao Kong; Lin Li; Xin Wang; Ying Cao; Shanglian Hu
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Sexual dimorphism in poplar plants: Resource trade-offs and sex-specific strategic responses during leaf senescence杨树植物的性别二型性：叶片衰老期间的资源权衡和性别特异性战略响应
deleteTree Physiology
IF3.7
delete2026-09-21
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PREAI
deleteFang He; Yuan Zhang; Shuang-Lian Deng; Xing-Yu Liu; Guan-Ru Ren; Xin-Ran Yu; Hao Li; Ting Wang; Yang Xu; Xin-Yue Cui; Tiantian Lin
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Continuous chlorophyll fluorescence measurements trace sudden cold spell effects on the photochemical efficiency of photosystem II in a temperate mixed forest连续叶绿素荧光测量追踪温带混交林中突然寒潮对光系统II光化学效率的影响
deleteTree Physiology
IF3.7
delete2026-09-21
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PREAI
deleteClara Stock; Stefanie Dumberger; Kathrin Kühnhammer; Markus Sulzer; Andreas Christen; Simon Haberstroh; Christiane Werner
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Drought amplifies divergence between the responses of radial growth and resin duct traits to neighbourhood competition干旱加剧了径向生长和树脂道性状对邻体竞争响应的分歧
deleteTree Physiology
IF3.7
delete2026-09-19
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PREAI
deleteXue Wang; Chen Xu; Mingyu Liu; Xianliang Zhang
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Mycorrhizal tree dominance effects on community-level nutrient status and resorption efficiency depend on tree diversity in a subtropical young forest菌根树种优势度对群落水平养分状况和再吸收效率的影响取决于亚热带幼林中的树种多样性
deleteTree Physiology
IF3.7
delete2026-09-19
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PREAI
deleteWei Zhang; Yi-Jie Xu; Bao-Xu Pan; Jun-Kai Hu; Cheng Zhu; Xiao-Jie Li; Yong Zheng; Ya-Lin Hu
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Influence of root morphology and mycorrhizal type on root exudation rates among 10 co-existing broadleaved tree species in a cool-temperate forest根形态和菌根类型对温带森林中10种共存的阔叶树种根系分泌物速率的影响
deleteTree Physiology
IF3.7
delete2026-09-12
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PREAI
deleteErika Kawakami; Masayoshi Harada; Ayumi Katayama
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