Stoichiometric Characteristics of Carbon, Nitrogen, and Phosphorous and Allometric Nitrogen-Phosphorous Relationships During the Organ-to-Forest Floor Material Transformation in Representative Forest Tree Species on the Southern Slope of the Qilian Mountains [0.03%]
祁连山南坡典型树种器官向林地有机物转化过程中碳、氮、磷的计量特征及氮磷的全彽数量关系
Xukai Yang,Shuang Ji,Jiaxiang Xu et al.
Xukai Yang et al.
However, systematic insights into nutrient allocation and scaling during the transformation of plant organs to forest floor material remain limited.
Doublesex gene influences sex differentiation and embryonic development in predatory mite Phytoseiulus persimilis [0.03%]
双性基因影响捕食螨Phytoseiulus persimilis的性别分化和胚胎发育
Yuanyuan Cheng,Zhenhui Wang,Endong Wang et al.
Yuanyuan Cheng et al.
The observed Dsx-Vg fragment interaction suggests a potential link between reproductive developmental programs and nutrient allocation pathways.
Co-application of biochar and silicon fertilizer enhances rice nutrient allocation, soil fertility, and mitigates ARG dissemination in paddy soil [0.03%]
生物炭与硅肥的联合作用可增强水稻营养分配、土壤肥力并缓解稻田土壤中ARG的传播
Mei Wang,Shuai Li,Hongwei Xu et al.
Mei Wang et al.
The restoration of soils contaminated by antibiotic resistance genes (ARGs) is essential for agricultural safety and human health. Although biochar and silicon (Si) fertilizer have been commonly applied individually as amendments for soil r...
The HD-Zip IV gene ZmHB118 is required for basal endosperm transfer layer formation and maternal-to-filial nutrient allocation during maize seed filling [0.03%]
HD-ZIP IV基因ZmHB118在玉米种子填充过程中基底胚乳转移层的形成和母体至子代营养分配中是必需的
Hongyu Chen,Jiajia Deng,Yuyu Wang et al.
Hongyu Chen et al.
Overall, our findings establish ZmHB118 as a master transcriptional regulator of BETL formation and maternal-to-filial nutrient allocation during grain filling, thus providing a promising genetic target for and new insights for boosting maize grain yield.
A Wild Emmer Wheat B3 Transcription Factor Regulates Seed Growth and Nutrient Allocation [0.03%]
一个野生二粒小麦B3转录因子调控种子生长和养分分配
Davinder Sharma,Zechariah Haber,Manas R Prusty et al.
Davinder Sharma et al.
Seed weight (SW) and nutrient allocation are key determinants of yield and grain quality in wheat, yet the regulatory basis of naturally occurring variation in these traits remains poorly resolved.
Nitrogen and Phosphorus Additions Alleviate Nitrogen Limitation in Pinus yunnanensis Seedlings by Reshaping Organ-Specific Stoichiometry [0.03%]
氮磷添加通过重塑器官特异性化学计量缓解云南松幼苗的氮限制
Na Li,Jianzhen Liao,Xin Su et al.
Na Li et al.
These findings suggest that fertilization can alter nutrient allocation and stoichiometric relationships in Pinus yunnanensis, which may affect its growth and metabolic processes, but further studies are needed to link these changes to seedling growth.
Elevational shifts in nutrient strategies of Abies fabri: From morphological foraging to enzymatic mining [0.03%]
模式树金钱松的海拔格局位移：从形态觅食到酶化学提取
L Ji,Y Hu,X Lu et al.
L Ji et al.
With the high-elevation decline in leaf N:P, A. fabri responses reflected N-P stoichiometric context, internal nutrient allocation and root-trait coordination rather than a simple soil-P availability gradient.
Interspecific interactions alter survival strategies of tree-shrub plants and hinder treeline ascent at alpine treelines in Southeastern Tibet: Evidence from13C and15N [0.03%]
种间相互作用改变树木灌木的生存策略并阻碍西藏东南部高山林线的上移：来自碳氧同位素和氮同位素的证据
Ganggang Chen,Liangna Guo,Fangwei Fu et al.
Ganggang Chen et al.
In contrast, relative to pure R. nivale communities, mixed communities dominated by R. nivale preferentially translocated nutrients to root systems, reflecting a defensive and conservative nutrient allocation pattern.
Pumpkin rootstock-driven variation in mineral nutrient allocation determines differential melon fruit quality [0.03%]
砧木驱动的矿质营养再分配调控西瓜果实品质变异
Muhammad Mohsin Kaleem,Jiazhen Chen,Yu Song et al.
Muhammad Mohsin Kaleem et al.
Rootstocks are commonly used in melon cultivation to mitigate biotic and abiotic stresses and improve fruit quality. However, the extent to which rootstocks influence nutrient allocation, growth dynamics, and fruit quality formation in the ...
Evaluating carbon (δ13C) and nitrogen (δ15N) isotopic discrimination in egg components of a captive shorebird to better understand carry-over effects in oviparous species [0.03%]
评估笼养涉禽卵成分碳（δ13C）和氮（δ15N）同位素分馏，以更好地理解繁殖后代物种的传递效应
Kirsty E B Gurney,Jordyn A Stalwick,Kevin J Kardynal et al.
Kirsty E B Gurney et al.
However, reliable inference about oviparous nutrient allocation strategies is dependent on isotopic discrimination factors, which are highly variable, species specific, and often based on data for a limited number of species....We calculated diet and component specific discrimination factors and used Bayesian stable isotope mixing models to evaluate changes in nutrient allocation over the course of the egg-laying period.
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