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J
Jiaen Zhang
H指数:40
被引数:5,746
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“Alligator weed” on the radar: where are we now and where should we go?
“鳄草”监测：我们目前在哪里？我们应该走向何方？
Biological Invasions
IF2.6
Rice–Loach Co-Culture: Increased Rice Grain Yield and Positive Effects on Root Morphological and Physiological Traits
稻-鳅共生：提高稻谷产量及对根系形态和生理特性的积极作用
Agronomy-Basel
IF3.4
Golden Apple Snail Activity Alters Greenhouse Gas Emissions and Microbial Communities in Paddy Soil
福寿螺活动改变了稻田土壤的温室气体排放和微生物群落
Agronomy-Basel
IF3.4
Rice-Water mimosa intercropping system enhances soil organic carbon sequestration under low nitrogen deposition: A four-year study
水稻-水 Mimosa 间作系统在低氮沉降条件下增强土壤有机碳固存：一项为期四年的研究
Root Plasticity and Elemental Stoichiometry Are Associated with Competitive Shifts Between Azolla and Lemna Under Different Nitrogen Levels
根的塑性及元素化学计量比与不同氮水平下满江红和浮萍间的竞争转变相关
Plants
IF4.1
Below-ground crop yields respond twice as strongly as above-ground crop yields to greenhouse CO2 enrichment
地下作物产量对温室CO2富集的响应强度是地上作物产量的两倍
Longitudinal multi-omics unveils rice-fish co-culture promotes common carp health and growth via microbiome remodeling
纵向多组学揭示稻鱼共作通过微生物组重塑促进鲤鱼健康和生长
Aquaculture
IF3.9
Differential responses of soil micro-food web components to global change factors: A meta-analysis
土壤微食物网组分对全球变化因素的不同响应：一项荟萃分析
Ingestion and digestion by the freshwater snail Pomacea canaliculata drive microplastic surface transformations and virus-mediated plastisphere functional shifts
淡水螺Pomacea canaliculata的摄食和消化作用驱动微塑料表面转化以及病毒介导的塑料圈功能转变
Water Research
IF12.4
Single-Cell Sequencing Reveals That CD4+ T Cells Eliminate Senescent Prostate Epithelium to Delay Progression of Benign Prostatic Hyperplasia
单细胞测序揭示CD4+ T细胞通过清除衰老的前列腺上皮来延缓良性前列腺增生的进展
Aging Cell
IF7.1
Exploiting the gut microbiota of aquatic animals as indicators of microplastic pollution using interpretable machine learning models
利用可解释机器学习模型，将水生动物肠道微生物组作为微塑料污染的指示指标。
