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Environmental and Experimental Botany 封面图

Environmental and Experimental Botany

IF4.7
论文数351
被引数19656
期刊论文 351
发表时间
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Non-enzymatic antioxidant accumulation as a potential short-term memory mechanism to drought in M2 grapevine rootstock非酶抗氧化剂积累作为葡萄砧木M2对干旱的潜在短期记忆机制
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-26
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deleteSara Parri; Sara Anichini; Marco Romi; Luigi Falginella; Elisa De Luca; Giampiero Cai
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The HSF–HSP system as a dynamic regulator of proteostasis capacity during combined abiotic stressesHSF–HSP系统作为复合非生物胁迫期间蛋白质稳态容量的动态调节器
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-24
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deleteMonica De Caroli; Carla Perrotta; Patrizia Rampino
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Short-term blue light priming positively modulates rice thermotolerance短期蓝光预处理对水稻热胁迫耐受性的正向调控
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-15
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deleteVit Sturma; Sylva Prerostova; Jana Jarošová; Petre Dobrev; Alena Gaudinova; Vojtech Knirsch; Eva Kobzova; Daniel Haisel; Ondrej Novak; Radomira Vankova
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Root architectural remodeling mediates Bradyrhizobium-induced aluminum tolerance in maize根构型重塑介导 Bradyrhizobium 诱导的玉米铝耐受性
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-14
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deleteFumin Wei; Longxin Lin; Yimin Lan; Yanwen Zhao; Junyuan Qi; Wei Yao; Beilei Wei; Ziting Wang
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Contrasting long-term trends, dynamics and driving mechanisms in trees' transpiration and their associated cooling across global biomes over 1995–20181995–2018年全球生物群系中树木蒸腾及其相关降温的长期趋势、动态和驱动机制的对比
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-12
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deleteMuhammad Hayat; Liu Ran; Bai Jie; Xu Gui-Qing; Bilal Ahmad
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Species-specific physiological mechanisms underlying endophyte-mediated salinity tolerance in Atriplex halimus内生菌介导的Atriplex halimus耐盐性的物种特异性生理机制
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-12
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deleteSarra Anseur; Warda Sidhoum; Soulef Dib; M. Rocío Martín-Peláez; Pedro Valle-Romero; Susana Redondo-Gómez; Enrique Mateos-Naranjo
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Jasmonic acid restricts cadmium uptake by activating phenylpropanoid-mediated apoplastic barrier formation in rice roots茉莉酸通过激活苯丙烷介导的质外体屏障形成来限制水稻根系对镉的吸收
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-11
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deleteYan Zhou; Keao Zhou; Shengwang Wang; Muyun Chen; Huagang Huang; Haiying Yu; Tao Liu; Xizhou Zhang; Yongdong Wang; Lu Zhang; Tingxuan Li; Keji Wang
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Nitrogen fertilizer enhances regrowth capacity of female Populus cathayana more than males under varying leaf-removal intensities氮肥更能增强雌性Populus cathayana在叶去除强度变化下的再生能力
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-10
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deleteJunhao Liang; Haixiang Dai; Wendi Xu; Jiani Wu; Jungang Han; Lei Yu
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Growth temperature and soil nitrogen supply independently regulate plant physiological functioning生长温度和土壤氮供应独立调控植物生理功能
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-10
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deleteDaniel Owusu Kwakye; Nicholas G. Smith
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Antarctic vascular plants in non-Antarctic habitats: leaf trait covariation across Central Chilean, Patagonian, and Antarctic populations南极维管植物在非南极栖息地：智利中部、巴塔哥尼亚和南极种群叶片性状共变
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-09
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deleteConstanza F. Ramírez; Pedro Flores Branttes; Francisca Fuentes; Domingo Sancho-Knapik; Javier Peguero-Pina; Eustaquio Gil-Pelegrín; Jeroni Galmés; Lohengrin A. Cavieres; Patricia L. Sáez
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Photosynthetic C influenced root-microbe interactions that underpinned high phosphorus acquisition by tomato in straw-amended, phosphorus-limited soil光合C影响秸秆改良磷限制土壤中番茄的高磷获取，其作用机制基于根系-微生物互作
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-09
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deleteDeshan Zhang; Zheng Zhao; Yi He; Shumei Cai; Yun Liang; Wei Gao; Haitao Zhu
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Plant–plant signalling reduces herbivore damage in two Arabidopsis thaliana populations with contrasting life histories植物-植物信号降低了两种具有不同生活史特性的拟南芥种群中的植食性动物伤害
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-06
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deleteRodrigo R. Granjel; Lucía Martín-Cacheda; Gregory Röder; Iago Izquierdo-Ferreiro; Andrea Martín-Díaz; F. Xavier Picó
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Trait-mediated cascades link enhanced ultraviolet radiation to pollination and reproductive success in Lysimachia arvensis and Lysimachia loeflingii表型性状介导的级联效应将增强的紫外线辐射与Lysimachia arvensis和Lysimachia loeflingii的传粉和繁殖成功率联系起来
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-06
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deleteF. Javier Jimenez-Lopez
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Responses of the model crop plant Ocimum basilicum L. grown hydroponically to combined hypoxia and salinity水培模式下模式作物植物罗勒（Ocimum basilicum L.）对缺氧和盐胁迫复合处理的响应
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-10-01
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deleteAbir Arfaoui; Riccardo Fedeli; Jamila Ben Salem; Elisa Balestri; Stefano Loppi; Samira Aschi-Smiti
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Growth and wood-structural responses to moderate drought in young Quercus robur with contrasting heartwood production幼年Quercus robur在中等干旱条件下生长和木材结构响应及其心材产量差异
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-09-24
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deleteAndrea Ponzecchi; Albin Lobo; Claudia Cocozza; Paolo Cherubini; Matthias Saurer; Erik Larnøy; Lisbeth G. Thygesen
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Root-centered physiological responses of Panax ginseng to cadmium stress: Growth inhibition, osmotic adjustment, and antioxidant defense人参根系为中心的镉胁迫生理响应：生长抑制、渗透调节和抗氧化防御
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-09-24
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deleteHaihan Jiang; Yan Lu; Liang Su; Li Cao
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Floating transition unlocks a photosynthesis-centered physiological advantage enabling dominance of Ulva prolifera in Yellow Sea green tides漂浮转换解锁了以光合作用为中心的生理优势，使 Ulva prolifera 在黄海绿潮中占据主导地位
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-09-23
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deleteBaixue Sun; Xinyu Zhao; Tongfei Qu; Yaqi Song; Xinqi Wang; Yu Xu; Tianyi Qiu; Xuexi Tang; Ying Wang
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Soil cooling reduced heat-induced maize yield loss while rescuing silk emergence and viability土壤降温减轻了热胁迫引起的玉米产量损失，同时恢复了花丝的正常抽出和活力
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-09-23
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deleteShumei Wang; Yun Gu; Zuwei Fan; Dong Liu; Xuepeng Zhang; Yuting Zheng; Teng Li; Peng Sui
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Photoperiod sensitivity drives severe fiber yield penalties in jute: insights from genetic diversity and transcriptomics光周期敏感性导致黄麻纤维产量严重下降：遗传多样性和转录组学的见解
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-09-22
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deleteQin Li; Huifan Kang; Shurong Gao; Jiayu Yao; Zhaowei Qiu; Zonera Arshad; Xueqin Pan; Shaolian Jiang; Qiuying Hou; Jisen Zhang; Liwu Zhang
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Genotype-Specific Metabolic Shifts and Polysaccharide Dynamics in Huanglongbing (HLB)-Infected Citrus: Multi-Platform Metabolomics, Glycoarray Profiling, and Ex Vivo α-Amylase Activity柑橘黄龙病（HLB）感染下的基因型特异性代谢转变与多糖动态：多平台代谢组学、糖组阵列分析和体外α-淀粉酶活性
deleteEnvironmental and Experimental Botany
IF4.7
delete2026-09-22
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deleteSarana Rose Sommano; Pirawan Chaiwan; Jiraporn Sangta; Tibet Tangpao; Malaiporn Wongkeaw; Tuan Nguyen; Mark S. Turner; Marlize Z. Bekker; Ieva Lelenaite; William Willats
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