Girdling increases branch capacity to rehydrate in Juniperus thurifera and drought hampers bimodal growth [0.03%]
环割通过增加树木的枝条贮水能力来促进松柏在干旱环境下的生长发育
J Julio Camarero,Roberto L Salomon,Antonio Gazol et al.
J Julio Camarero et al.
Disentangling how forests respond to aridification in terms of carbon storage and use, including bimodal growth, is critical to forecast their mitigation potential. Bimodality, characteristic of Mediterranean trees, refers to the potential ...
Magnesium: An overlooked signalling ion in plant physiology and circadian regulation [0.03%]
镁：被忽视的植物生理和昼夜节律信号离子
Charlotte Wathar,Nathalie Verbruggen
Charlotte Wathar
Magnesium (Mg2+) is essential for plant growth and metabolism, acting as a cofactor in numerous enzymatic and structural processes. This review outlines the main physiological and biochemical functions of Mg2+ and summarizes current knowled...
Lorène J Marchand,Peter Prislan,Jožica Gričar et al.
Lorène J Marchand et al.
Understanding wood formation is critical for interpreting tree growth and carbon allocation under changing environmental conditions. While major progress has been made for gymnosperms, harmonized approaches for studying xylogenesis in angio...
Beyond efficiency: The multi-scale architecture of robust water transport in plants [0.03%]
超越效率：植物高效而稳健的输水多尺度架构
Magdalena Julkowska,Guillaume Lobet,Arjun Chandrasekhar
Magdalena Julkowska
Agronomic research has long prioritized efficiency - optimizing resource use to maximize yield under stable conditions. However, as climate variability intensifies, efficiency alone might be insufficient to sustain agricultural production i...
Role of xylem in root hydraulics: Functionality and implications for drought adaptation [0.03%]
木质部在根系水分传导中的作用：功能性及干旱适应方面的启示
Luke Barry,Juan Carlos Baca Cabrera,Mikael Lucas et al.
Luke Barry et al.
Root water transport has been viewed as primarily limited by the radial component, with the axial pathway considered highly conductive and non-limiting. This is supported by theoretical estimates of axial conductance using the Hagen-Poiseui...
Anne Schliebach,Mohammad Nadim Kamar,Baptiste Bordet et al.
Anne Schliebach et al.
The shape of plants can be sensitive to dehydration. Here, we focus on herbaceous plants whose petiole cross-section is U-shaped and contains a lot of water. Among a large range of plants showing the same behaviour, we examine Spathiphyllum...
Christophe Godin,Frédéric Boudon
Christophe Godin
In the past 50 years, the formalism of L-systems has been successfully used and developed to model the growth of filamentous and branching biological forms. These simulations take place in classical 2-D or 3-D Euclidean spaces. However, var...
Erratum: Biodesign and plant sciences: Evolving STEAM pedagogies in higher education - CORRIGENDUM [0.03%]
生物设计与植物科学：高等教育中STEAM教学法的演变 – 纠正版
Giovanna Danies,Carolina Obregón,Santiago Ojeda-Ramírez et al.
Giovanna Danies et al.
[This corrects the article DOI: 10.1017/qpb.2025.10022.]. Keywords: biodesign; biomimicry; biotech education...
Published Erratum
Quantitative plant biology. 2025 Dec 17:6:e45. DOI:10.1017/qpb.2025.10034 2025
Do biomolecular condensates regulate the transcriptional and post-transcriptional responses of plant roots to water deficit? [0.03%]
生物分子凝聚体调控植物根系应对水分亏缺的转录和转录后响应吗？
Coralie Masson,Hanzhang Yu,Fabrice Bauget et al.
Coralie Masson et al.
Water deficit at the plant cell level can be assimilated to a reduction in turgor pressure and an increase in osmotic pressure. In a previous work, we showed that the mRNA abundance of some genes displays a quantitative relationship to thes...
Complexity welcome: Pangenome graphs for comprehensive population genomics [0.03%]
复杂性受用：全面群体基因组学的泛基因组图形方法
Zhigui Bao,Detlef Weigel
Zhigui Bao
Pangenome graphs are revolutionising evolutionary and population genomics by moving beyond linear reference genomes to represent the full spectrum of sequence diversity within and across species. This review traces the field's progression f...