Coniferous-broadleaf mixed plantations reshape phosphorus-solubilizing bacterial communities and enhance soil phosphorus bioavailability in subtropical forests [0.03%]
针阔叶混交林改变亚热带森林土壤溶磷细菌群落并提高有效磷含量
Yuting Zhang,Qiyan Liu,Kai Ding et al.
Yuting Zhang et al.
Mixed-species plantations are proven to enhance phosphorus (P) availability in subtropical forest ecosystems. However, the effect of coniferous-broadleaf mixed plantations on soil P cycling dynamics remains poorly understood. Through a long...
Growth strategies and phenotypic plasticity of improved Chinese fir families across soil types [0.03%]
不同土壤类型下杉木优良家系的生长策略及表型可塑性
Zhen Zhang,Wenyue Wang,Huimin Niu et al.
Zhen Zhang et al.
To enhance phenotypic plasticity, it is vital to maximize the genetic growth potential of trees and understand their adaptive responses to environmental conditions. Tree species adapt to dynamic environmental conditions by leveraging the in...
Genomic vulnerability assessment reveals the potential benefits of adaptive introgression by mitigating the maladaptive risk of admixed populations [0.03%]
基因组脆弱性评估揭示了通过缓解杂交群体的适应不良风险来实现适应性渐渗的潜在益处
Wen-Hao Li,Han-Yang Lin,Chen Chen et al.
Wen-Hao Li et al.
As climate change accelerates, plant species largely rely on genetic variation to adapt and survive when they fail to track their ecological niches through range shifts. Predicted genomic vulnerability is able to identify populations lackin...
The age-related expression patterns of Larix kaempferi AP2 subfamily genes and functional dissection of LkTOE1-2 in seed formation and germination [0.03%]
拉沙尔松AP2亚家族基因的表达模式及LkTOE1-2在种子形成和萌发过程的功能分析
Zha-Long Ye,Xiang-Yi Li,Man-Li Nong et al.
Zha-Long Ye et al.
Conifers pose challenges for breeding programs due to their extended vegetative phases. Despite the critical role of APETALA2 (AP2) in regulating phase transitions, the AP2/ERF superfamily remains largely unexplored in gymnosperms. Here, th...
Dual function of GbNAC2 in flavonoid metabolism and hormonal pathways enhances salt tolerance in Ginkgo biloba [0.03%]
银杏GbNAC2基因的双重功能促进盐胁迫下黄酮类代谢和激素信号转导响应
Jinkai Lu,Han Tang,Wei Li et al.
Jinkai Lu et al.
NAC transcription factors are central regulators of plant salt tolerance, yet their specific roles in ginkgo salt response remain unclear. Here, GbNAC2 was identified as a salinity-induced transcriptional activator in ginkgo, orchestrating ...
Identification of the RNA m5C methyltransferase genes in Populus alba × Populus glandulosa and the role of PagTRM4B in wood formation [0.03%]
鉴定杨树RNA m5C甲基转移酶基因及PagTRM4B在木材形成中的功能
Jiahuan Chen,Guoning Qi,Minyi Zhong et al.
Jiahuan Chen et al.
N5-methylcytosine (m5C) RNA methylation plays an essential role in gene regulation, yet its functions in woody plant development remain poorly understood. This study systematically identified 12 putative tRNA-specific methyltransferase 4 (T...
Optimizing forest structure for sustainability: a review of structure-based management effects on stand quality [0.03%]
基于结构的森林管理对林分质量的影响研究综述
Qiming Liao,Quan Qiu,Jie Gao et al.
Qiming Liao et al.
Structure-based forest management (SBFM) has emerged as an innovative silvicultural approach that optimizes the spatial arrangement of trees to emulate natural forest structures and promote sustainability. Despite increasing applications of...
Optimizing nitrogen use efficiency in forest plantations: mechanistic insights from Arabidopsis, crops, and natural forestry ecosystems [0.03%]
森林人工林中提高氮利用效率的机制见解：拟南芥、农作物和自然林业生态系统的启示
Debin Qin,Ruqian Wu,Linlin Niu et al.
Debin Qin et al.
Forest plantations, such as poplar and eucalyptus, exhibit high nitrogen requirements that are vital for growth, biomass accumulation, and the production of high-quality timber. However, the investigation of nitrogen use efficiency (NUE) me...
PtABI3 represses the age biomarker gene PtDAL1 during male cone development in conifer [0.03%]
PtABI3在松树小孢子发育过程中抑制年龄生物标志基因PtDAL1
Yi-Tong Song,Feng-Yi Li,Xi Chen et al.
Yi-Tong Song et al.
The age biomarker gene PtDAL1 in conifers undergoes expression resetting during pollen maturation, but its regulatory mechanisms remain unclear. This study identifies PtABI3, a B3 transcription factor (TF) in Pinus tabuliformis, as a key re...
Integrative transcriptome and metabolome evaluation of melanin biosynthesis in Phyllostachys nigra during low-temperature growth [0.03%]
低溫下芺葉垂竹黑色素生物合成的整合轉錄組和代謝組評估
Haojie Wang,Yadan Cao,Shawn D Mansfield et al.
Haojie Wang et al.
Plant melanin is an organic molecule commonly used in medicine, food, and chemical industries. However, the molecular underpinnings of plant melanin's biosynthesis and its regulation are still unclear. Phyllostachys nigra is well known for ...