Adaptations in ancient oasis woodlands of the hyper-arid Tarim Basin, Northwestern China: charcoal and coprolite analyses - Kangkang Li; Konglan Shao; Ying Yang; Gill Plunkett; Robert Spengler; Bing Xu; Yong Wu; Xiaohong Tian; Dong Wei; Chunxue Wang; Huiqiu Shao; Guijin Mu; et al. (Archaeological and Anthropological Sciences, 2026)

Nutrient levels drive the functional trait assembly for periphytic algae colonization in two plateau lakes - Yun Zhang; Bárbara Dunck; Jishu Guo; Wenfang Li; Yihan Zhao; Yanling Li; Yimin Huang; Wen Xiong; Kui Xu (Aquatic Sciences, 2026)

Effects of water table depth and fluctuations on Sphagnum palustre growth and plant community succession in subtropical mountainous Sphagnum peatlands: insights from a microcosm experiment - Ting-Ting Li; Man-Jing Tian; Jie Xu; Lun-Che Wang; Bin-Luo Li; Hui-Hui Sun; Wen-Yi Yang; Zheng-Xiang Wang (Aquatic Sciences, 2026)

Effects of glycyrrhizic acid on growth performance and hepato-intestinal health of American bullfrogs (Aquarana catesbeiana) - Zhixiang Bai; Kesong Chen; Xingye Xu; Han Lin; Jingyang Sun; Hua Li; Yueming Hu; Mengzhen Jiang; Wensen Tan; Yanwen Wu; Yebing Yu; Chun Liu (Aquaculture International, 2026)

The GATA3-RFPL3-ASK1 axis suppresses breast cancer growth and lung metastasis - Kang Li; Chang Liu; Jun-Hui Yin; Yu-Ting He; Zhi-Zhi Xu; Wen-Jing Zhang; Jian-Qi Wang; Lu-Yao Hou; Jing Feng; Le-Min Lin; Xiu-Qing Duan; Yi Zhou; et al. (Apoptosis, 2026)

Pyroptosis as a double-edged sword in colorectal cancer: Molecular mechanisms and therapeutic opportunities - Han-Xi Zhang; Wen-Jing Xu; Yi-Xin Jiang; Lu Li; Bai-Yu Chen; Meng-Yao Cheng; Meng-Yuan Hao; Hang-Shen Han; Hong-Jie Li; Yan-Ge Li; Dong-Dong Wu (Apoptosis, 2026)

Role of POLE2/GINS1-mediated AKT/mTOR pathway in RCC autophagy, proliferation, and metastasis: evidences from bioinformatic, clinical, and experimental data - Yajuan Su; Wentao Wang; Xingyuan Wang; Songlin Xu; Anrui Li; Lichen Teng (Apoptosis, 2026)

PM2.5-bound trace metals in a karst plateau city of Southwest China: seasonal patterns, sources and health risks - Zhenye Zhang; Peng Xu; Yunwu Li; Fang Liu; Xuehai Fei; Aijiang Yang (Air Quality, Atmosphere & Health, 2026)

Construction and Simulation of Global Land Surface Microwave Emissivity Atlas Using FY-3D Satellite Data - Yonghong Liu; Fuzhong Weng; Fei Tang; Yang Han; Qingyang Liu; Rui Li; Yongming Xu; Jun Yang (Advances in Atmospheric Sciences, 2026)

Evaluating the Shanghai Typhoon Model against State-of-the-Art Machine-Learning Weather Prediction Models: A Case Study for Typhoon Danas (2025) - Zeyi Niu; Wei Huang; Yuhua Yang; Mengqi Yang; Lin Deng; Haibo Wang; Hong Li; Xu Zhang (Advances in Atmospheric Sciences, 2026)

Barium transport and isotopic fractionation in plants - Shuming Xu; Congcong Cao; Chao Xiong; Hairun Wang; Ziqian Qiao; Kai Li; Yingzeng Gong; Huimin Yu (Acta Geochimica, 2026)

Determinants of high gas content and restoration of in situ gas content in Permian Wujiaping shale of the eastern Sichuan Basin, China - Linchi Jiang; Jungang Lu; Benjian Zhang; Luchuan Zhang; Xiangdong Yin; Xiao Chen; Haofei Sun; Chang Xu; Lexin Yuan; Yibo Li; Xingcheng Zhu (Acta Geochimica, 2026)

Sources and transportation of mining metals to soil: A case study from the Lala mining area, Southwest China - Fang Yang; Lei Xu; Liang Tang; Li Dai; Xuemin Liu; Tim T. Werner; Lingfei Qu; Xuefeng Liao; Yang Li; Junbo Wang (Acta Geochimica, 2026)

Phosphogypsum and cadmium remediation agents: A synergy for mitigating Cd contamination and CH4 emissions in rice paddies - Wangbiao Lu; Chengling Huang; Weijun Luo; Qi Zhang; Xu Huang; Yongcheng Jin; Chen Yao; Xiaowen Li; Guangneng Zeng; Fang Yang; Liang Tang; Shi-Jie Wang (Acta Geochimica, 2026)

Spatio-temporal variations of heavy metal(loid)s and their influencing factors in surface sediments of Daya Bay, South China Sea - Zeming Wang; Nan Zheng; Man Hao; Yahui Xu; Jinmei Li (Frontiers in Marine Science, 2026)
To elucidate the spatiotemporal dynamics and driving mechanisms of heavy metal (loid)s (HMs) in coastal systems, this study investigated the surface sediments from Daya Bay across four seasons. Results indicated that the average HM concentrations (mg/kg) decreased in the order of Zn (65.35) > Pb (28.66) > Cu (13.19) > As (7.06) > Hg (0.073) > Cd (0.058), with Pb, As and Hg exhibiting significant seasonal heterogeneity ( p < 0.05). The Geo-accumulation Index ( I geo ) and Contamination Factor identified Hg as the dominant contaminant, registering the highest average I geo value of 2.039. Overall, the surface sediments in the study area exhibited a moderate level of cumulative pollution with an average Pollution Load Index (PLI) of 2.48, following a seasonal decline of winter (2.76) > spring (2.49) > autumn (2.39) > summer (2.27). Crucially, Redundancy Analysis revealed that the distribution of Cu, Zn, Cd, and Pb was primarily governed by natural physicochemical binding to fine-grained, organic-rich matrices. In contrast, the accumulation of Hg and As exhibited a stronger dependency on dynamic biogeochemical factors, notably dissolved oxygen and anthropogenic nutrient inputs. These findings highlight the necessity of distinct management strategies that account for the coupling between sediment matrices and water column biogeochemistry.

Formulation and Immunological Assessment of DNA Vaccines Utilising In Vivo–Induced Antigens Against Nocardia seriolae in Hybrid Snakehead ( Channa maculata ♀ × Channa argus ♂) - Xu Kang; Guoquan Chen; Na Li; Yuhao Li; Liqun Xia; Yishan Lu; Ting Huang; Jianlin Chen (Journal of Fish Diseases, 2026)
Nocardia seriolae is the primary cause of fish nocardiosis, and it is urgent to develop an effective vaccine for controlling N. seriolae infection in aquaculture. In our previous study, two potential antigenic proteins, glutamate‐cysteine ligase EgtA (EgtA) and hypothetical protein 6747 (hp6747), were determined via the in vivo–induced antigen technique (IVIAT). A DNA vaccine was aimed to be developed using these two in vivo–induced antigens as candidates for ligation with the pcDNA3.1‐myc‐his‐A plasmid, and their immunological effects were evaluated in hybrid snakehead ( Channa maculata ♀ × Channa argus ♂). Multiple epitopes of the EgtA and hp6747 proteins from N. seriolae were predicted on both T cells and B cells, and the transcription of the EgtA and hp6747 genes was found in the spleen, trunk kidney, muscle and liver in the fish after immunisation with pcDNA‐EgtA and pcDNA‐hp6747 DNA vaccines, respectively. Notably, the serum specific antibody (IgM) titres, as well as LYZ, ACP, AKP and SOD activities, were elevated in the vaccinated fish. Meanwhile, quantitative real‐time PCR analysis demonstrated that the expression levels of several immune‐related genes ( TNFα , CD4 , CD8α , IL‐1β , MHCIIα and MHCIα ) were significantly elevated across the aforementioned tissues in the vaccinated fish. Furthermore, they could provide the relative percent survival (RPS) at 61.04% and 43.73% against artificial challenge with N. seriolae in the fish after immunisation with pcDNA‐EgtA and pcDNA‐hp6747 DNA vaccines, respectively. Taken together, using these two in vivo–induced antigens of EgtA and hp6747 for vaccine development was the ideal strategy for controlling fish nocardiosis in aquaculture.

The antistress compound A outperforms others in boosting growth, antioxidant defence, and resilience to multiple stresses in largemouth bass - Yu Liu; Weiqiang Liu; Baozhou Wu; Haiyue Chen; Shuguang Hao; Long Huang; Yali Wu; Dingze Zhou; Yifei Li; Jie Zhou; Ying Tian; Wangqian Xu; et al. (Journal of Fish Biology, 2026)
The sustainability of Micropterus salmoides (largemouth bass) aquaculture is challenged by environmental stressors, prompting this study to investigate the antistress compounds Antistress Fish and antistress compounds A and B (AscA and AscB) through a two‐phase experimental design. In the initial 30‐day feeding trial, the effects on growth, antioxidant capacity, and immune function were evaluated. Subsequently, stress resistance was assessed through controlled challenges, including high temperature, hypoxia, simulated transport, and pathogen exposure. Results demonstrated that dietary AscA significantly enhanced growth performance, as evidenced by higher weight gain rate, specific growth rate, and average daily gain, along with a reduced feed conversion ratio, compared to the other groups. Both AscA and AscB supplementation increased serum and hepatic activities of alkaline phosphatase (AKP), total antioxidant capacity (T‐AOC), lysozyme (LZM), superoxide dismutase (SOD), and acetylcholinesterase (AChE), while reducing malondialdehyde levels compared to the control group (NC). Hepatic analyses further revealed a significant up‐regulation in the expression of immune‐related genes (Cu/Zn SOD, LZM, immunoglobulin M [IgM]) and a down‐regulation of stress biomarkers (heat shock protein 70, interleukin [IL]‐8, IL‐1β) in AscA‐fed fish. Following exposure to multiple stress challenges—including high temperature, hypoxia, simulated transport, and Aeromonas veronii infection—the AscA group exhibited significantly elevated serum activities of AKP, T‐AOC, SOD, LZM, and AChE, as well as increased hepatic activities of AKP, SOD, LZM, and corresponding gene (Cu/Zn SOD, LZM, IgM) expressions compared to the NC group. Notably, AscA supplementation resulted in the highest survival rates following hypoxia and pathogen challenges, outperforming all other treatments. These findings indicate that dietary AscA and AscB enhance antioxidant capacity, immune responses, and resilience to multiple stressors in largemouth bass, with AscA demonstrating superior efficacy in mitigating aquaculture‐related stress.

Comparative analysis of muscle structure and weighted gene co‐expression network analysis reveals growth mechanisms in fast‐growing and slow‐growing silver pomfret ( Pampus argenteus ) - Chang Li; Chunlai Qin; Xinglong Chen; Xiang Huang; Shangliang Xu; Xiaojun Yan; Jiabao Hu; Yajun Wang (Journal of Fish Biology, 2026)
Silver pomfret is an important economic fish, and the difference in growth rate is closely related to muscle development. The mechanism of muscle development in fast‐growing and slow‐growing groups was analysed by skeletal muscle morphology, texture characteristics and gene co‐expression network. The results showed that hypertrophy was dominant in the fast‐growing group (contribution rate 92.18%), and the muscle fibre diameter and area increased by 3.39 times and 19.94 times, respectively, compared to slow‐growing group, whereas hyperplasia was dominant in the slow‐growing group (contribution rate 82.11%). The muscle texture properties (elasticity 1.12 ± 0.04, hardness 377.5 ± 2.77, cohesion 0.78 ± 0.01) of the fast‐growing group were significantly better than those of the slow‐growing group ( r = 0.05). Based on Weighted Gene Co‐Expression Network Analysis (WGCNA), a total of eight modules were identified to be significantly correlated with growth phenotypes. Among them, the green module (muscle of fast‐growing group, R = 0.99) enriched key genes taf1 and med7 and regulated autophagy, p53 signalling pathway and fatty acid metabolism. The key genes of the blue‐green module (muscle of slow‐growing group, R = 0.89), such as utp6 , are involved in MAPK, mTOR pathway and cell cycle regulation. In liver tissues, the pink module (fast‐growing muscle liver, R = 0.92) gene was associated with Polycomb inhibition complex, whereas the yellow module (slow‐growing muscle liver, R = 0.94) gene was enriched in immune and glucose metabolism pathways. The results showed that the fast‐growing group achieved efficient growth through muscle fibre hypertrophy and metabolism‐signalling pathway synergism, whereas the slow‐growing group relied on hypertrophic and conserved cellular regulatory mechanisms.

Global Potential and Trade‐Offs of Conservation Tillage for Crop Productivity and Ecosystem Services - Wanyang Zhang; Linchuan Fang; Wenju Zhang; Chaoqun Wang; Tianyi Qiu; Xiaokun Li; Min Huang; Bolin Li; Ling Xia; Lai Peng; Yifeng Xu; Xiaoyong Wu; et al. (Global Change Biology, 2026)
Conservation Agriculture (CA) is pivotal to achieve sustainable intensification, yet the global efficacy of its core practice, conservation tillage (CT), remains debated regarding the trade‐offs between crop productivity and ecosystem services across diverse environmental contexts. Here, we conducted a second‐order meta‐analysis, synthesizing 69 published meta‐analyses, to elucidate the context‐dependent drivers regulating the “win‐win” outcomes of CT. Globally, CT reduced greenhouse gas (GHG) emissions by 5%, increased soil organic carbon sequestration by 21%, increased soil fertility by 11%, and reduced soil erosion by 12%, all while maintaining crop yields comparable to conventional tillage. However, CT can also emerge as a partial trade‐off between crop yields and ecosystem services, notably between crop yield and GHG mitigation. These trade‐offs were strongly regulated by climatic and edaphic conditions as well as management intensity. For instance, strong synergies between crop productivity and multiple ecosystem services were more pronounced in (semi‐)arid regions characterized by low temperatures and low precipitation, as well as in coarse‐textured alkaline soils. Furthermore, integrating CT with residue retention and crop rotations maximized these synergies, mitigating potential yield penalties. Collectively, our synthesis demonstrates that context‐specific refinement of CT implementation is essential to reconcile agricultural productivity with ecosystem services, thereby advancing climate‐resilient agricultural systems globally.

Increased Soil Carbon and Nitrogen Stocks Associate With Stronger Calcium–Microbial and Multi‐Trophic Interactions Under Warming - Dan Xiao; Wei Zhang; David R. Johnson; Peilei Hu; Lin Xu; Mingming Sun; Li Tang; Xunyang He; Jie Zhao; Xionghui Liao; Wanxia Peng; Hongsong Chen; et al. (Global Change Biology, 2026)
Converting cropland to planted forests improves soil organic carbon (SOC) and total nitrogen (TN) storage while contributing to climate change mitigation, primarily through the regulation of belowground organisms and mineral protection such as calcium (Ca). However, the mechanistic pathways linking exchangeable Ca 2+ , soil micro‐food web interactions, and nutrient accumulation under warming remain unclear. Here, we investigated their potential roles in driving the accumulation of mineral‐associated organic matter (MAOM), SOC, and TN in planted forests compared with croplands under warming conditions. Planted forests exhibited higher MAOM, SOC, and TN than cropland and had stronger coupling between carbon and nitrogen. Warming increased MAOM, SOC, and TN in planted forests but reduced SOC in cropland. Compared to cropland, planted forests displayed elevated levels of soil exchangeable Ca 2+ , microbial necromass carbon and nitrogen, stronger Ca–microbial and multi‐trophic associations. Warming further amplified positive Ca–microbial (e.g., bacteria and fungi) and cross‐trophic associations (e.g., nematode–bacteria, nematode–fungi, nematode–protist, and omnivore‐predator–bacteria/fungi) in planted forests by increasing plant productivity, litter biomass, and soil exchangeable Ca 2+ , whereas cropland showed limited responsiveness to temperature changes. In planted forests, soil exchangeable Ca 2+ was positively correlated with Ca–microbial and cross‐trophic associations, microbial necromass carbon and nitrogen, and the contents of MAOM, SOC, and TN. These relationships were absent in cropland. Notably, cross‐trophic associations rather than microbial abundance or diversity, with significant modulation by soil exchangeable Ca 2+ , had the strongest positive relationship with MAOM, SOC, and TN accumulation in planted forests. Collectively, our findings lead to the hypothesis that warming promotes SOC and TN storage in planted forests by jointly strengthening exchangeable Ca 2+ , Ca–microbial and cross‐trophic interactions. These results highlight the potential importance of multi‐trophic interactions and Ca‐mediated processes in stabilizing microbial necromass and fostering carbon and nitrogen preservation during vegetation restoration in response to warming.

Grazing Stocking Rate and Rainfall Jointly Regulate Soil Methane Uptake in a Temperate Meadow Steppe, but Do Not Reverse Net Methane Emissions - Tianqi Yu; Yu Zhang; Miao Wang; Chu Zhang; Jiquan Chen; Yuchun Yan; Xu Wang; Changliang Shao; Xiaotao Lü; Hui Li; Linghao Li; Lianhai Wu; et al. (Global Change Biology, 2026)
Grasslands are widely recognized as important sinks of methane (CH 4 ). However, their CH 4 uptake capacity has been increasingly weakened driven by human activities and changes in precipitation regimes. In particular, the rapid expansion of livestock grazing can lead to substantial increases in CH 4 emissions. For the Eurasian grasslands that have been subject to long‐term grazing, how well they currently function and will continue to function as CH 4 sinks under the changing precipitation regimes remains uncertain. Here we conducted an 11‐year grazing‐gradient experiment to assess the combined effects of grazing intensity and precipitation variability on grassland CH 4 fluxes. We measured soil CH 4 uptake in a manipulative grazing experiment in both wet and dry years, estimated livestock‐derived CH 4 emissions, and examined a range of biotic and abiotic drivers, including vegetation attributes, soil properties, and microbial biomass, for short‐ (prior to the onset of the lagged response) and long‐term (the entire experimental period) influences on the dynamics of CH 4 uptake in temperate meadow grasslands. Over the long term, CH 4 fluxes are jointly regulated by precipitation and grazing, with overgrazing amplifying the suppressive effect of rainfall on CH 4 uptake. Soil CH 4 uptake showed a lagged response to grazing, which may have been triggered by extreme rainfall events. While moderate grazing sustained the long‐term CH 4 uptake, it fails to offset livestock‐derived CH 4 emissions. In the short term, CH 4 fluxes are primarily governed by grazing, whereas in the long term they are jointly regulated by precipitation and grazing intensity. These results offer a new perspective for understanding the source–sink CH 4 dynamics of grasslands in the context of ongoing climate change.

Turncoat? Native Nitrogen‐Fixing Legumes Facilitate Plant Invasion via Soil Microbes and Nitrogen Transfer - Zhenwei Xu; Warwick J. Allen; Linwei Wu; Menglong Liu; Yi Hu; Jingfeng Wang; Mingyan Li; Xiao Guo; Weihua Guo (Global Change Biology, 2026)
Nitrogen deposition often promotes plant invasions and can arise from multiple sources. However, it remains unclear whether native legumes facilitate invasive plants directly through biotic nitrogen transfer or indirectly via soil microbial mediation. It is also unknown how exogenous nitrogen addition influences these facilitative effects. To address these questions, we combined evidence from a greenhouse experiment and global meta‐analysis. The greenhouse experiment tested the effects of neighboring plants (a native nitrogen‐fixing legume Albizia julibrissin ; a native non‐nitrogen‐fixing legume Styphnolobium japonicum ; or a conspecific) on the growth of invasive Rhus typhina and its native congener R. chinensis . Within‐pot membrane treatments were used to obstruct microbial and nitrogen movement between focal and neighboring plants, with and without added nitrogen. The total biomass of invasive R. typhina increased when grown with the nitrogen‐fixing legume compared with conspecific neighbors, but not when grown with the non‐nitrogen‐fixing legume. Positive effects of the nitrogen‐fixing legume on R. typhina were suppressed when nitrogen transfer or soil microbial movement was obstructed by membranes. Exogenous nitrogen addition did not alter the growth of invasive R. typhina or its interactions with legumes. The biomass of native R. chinensis did not differ among neighboring plant treatments, indicating that facilitation by legumes favored the invasive species. The global meta‐analysis of 268 effect sizes from 46 studies of the effects of legumes on neighboring plants also revealed that native legumes enhanced invasive plants' performance. Together, our findings recognize nitrogen‐fixing legumes as overlooked facilitators of plant invasion, operating through both nutrient and microbial mediated pathways. These findings highlight a paradox in which native species can act as “turncoats,” accelerating invasion and reshaping plant communities under global change.

Topography‐Mediated Soil Moisture Controls Forest Hillslope‐Scale NO and N 2 O Emissions - Kai Huang; Dongwei Liu; Yihang Duan; Di Wu; Geshere Abdisa Gurmesa; Ronghua Kang; Jingwen Xu; Xue Li; Yuqi Liu; Erik A. Hobbie; Xiaoming Fang; Chenxia Su; et al. (Global Change Biology, 2026)
Temperate forests are key terrestrial carbon sinks, yet their capacity to sequester carbon is often limited by nitrogen (N), a nutrient whose availability is declining in many ecosystems. Among factors contributing to declining N availability, climate‐driven changes in soil hydrology could force N loss via the emission of both nitric oxide (NO) and nitrous oxide (N 2 O); however, forecasting these losses is challenging because they are regulated by soil moisture, a factor that regulates microbial activity and substrate availability but varies significantly across space and time. Here, we ask: how do topography‐driven soil moisture gradients and changes in seasonality (e.g., spring–thaw cycles) mediate hillslope‐scale N emissions? We measured over 2 years of high‐resolution in situ NO and N 2 O fluxes from 16 automated chambers deployed along a topographic gradient in a temperate forest to show that soil moisture gradients governed spatial and temporal patterns of soil N emissions. These gradients produced tradeoffs in process controls, whereby temperature regulated N emissions in drier upper positions, giving way to soil moisture regulating microbial pathways and emissions in wetter downslope positions. We then used these relationships among soil moisture, temperature, and N availability to develop models for predicting hillslope‐scale NO + N 2 O losses. Annual emissions averaged 0.2 kg NO‐N ha −1 (range: 0.1–0.3) and 1.0 kg N 2 O‐N ha −1 (range: 0.7–4.9), with N 2 O showing a stronger response to moisture‐driven changes than NO. The spring freeze–thaw period accounted for 15%–26% of NO and 24%–58% of N 2 O annual emissions, with the highest emissions measured consistently at lower topographic positions. These findings establish topography‐mediated hydrology as a primary control of forest soil N dynamics and gaseous N emissions, reducing uncertainty in forecasts of hillslope‐scale N losses under a changing climate.

Lake Water Depth and Nutrient Gradients Mediate Aquatic Plant Distribution via the Strength of Trait Network Associations - Guixiang Yuan; Huan Long; Jun Liu; Qiling Xie; Yaoxuan Tan; Zihui Hong; Jiahui Yue; Aimin Zhou; Hexuan Zhou; Weilin Xu; Bao Wang; Huanyao Liu; et al. (Global Change Biology, 2026)
Aquatic macrophyte responses and adaptation to water depth and nutrient gradients are of critical importance for understanding the functional ecology of lakes and their restoration when degraded. However, the role of plant trait networks (PTNs), a powerful tool for decoding trait–environment–function relationships, in mediating these adaptations remains unclear, particularly across species and community scales. We conducted cross‐scale PTN analyses at species and community levels for aquatic macrophytes, integrating assessments of phylogenetic signals and hierarchical environmental filtering. At species level, aquatic macrophytes exhibited two complementary PTN‐based adaptive strategies: trait compartmentalization to enhance stress tolerance and trait integration to optimize resource utilization. Notably, local environmental conditions (rather than phylogenetic signals) dominated the pattern of PTN metrics, highlighting the primacy of immediate habitat constraints over evolutionary relatedness in driving species‐specific adaptations. At community level, environmental filtering operated hierarchically, acting sequentially by water depth, nutrient availability, and lake morphology. PTNs further mediated the trade‐off between community diversity and productivity, providing a mechanistic link between abiotic filtering and ecosystem function. Our findings advance network theory in functional ecology by extending its application to aquatic systems, bridging longstanding gaps between terrestrial and aquatic PTN research, and offering actionable guidance for eutrophic lake restoration (e.g., by targeting PTN‐linked core traits related to nutrient adaptation). Overall, our work provides a cross‐scale framework for understanding PTN mediated adaptation of aquatic macrophytes and its implications for ecosystem management.

Characterization of Interlayer Resistivity Responses in Crack-Containing Rock-Like Materials and Analysis of Failure Precursors - Tingye Qi; Hongtao Xu; Guorui Feng; Tian Qiu; Haochen Wang; Linfei Wang; Siyuan Cheng; Xinkai Qi; Lubin Li (Rock Mechanics and Rock Engineering, 2026)

Paralemnanoids A–K, new norsesquiterpenoids and sesquiterpenoids with hepatoprotective activity from the soft coral Paralemnalia sp. - Yanfang Pei; Yuan Zong; Jixiang Xu; Huiyue Hou; Hengyi Xu; Yun Chen; Tianyun Jin; Pinglin Li (Marine Life Science & Technology, 2026)
Eleven nardosinane-type compounds, including a norsesquiterpenoid featuring a novel carbon skeleton designated as paralemnanoid A ( 1 ), and ten additional norsesquiterpenoids identified as paralemnanoids B − K ( 2 − 11 ), were isolated from the South China Sea soft coral Paralemnalia sp.. Comprehensive structural elucidation of compounds 1 − 11 was achieved through an integrated analytical approach, combining including NMR spectroscopy, HRESIMS, single-crystal X-ray diffraction analysis, DP4 + probability assessments, ECD calculations, and literature comparisons. Furthermore, we proposed that the novel poly-isoprenoid scaffold paralemnanoid A ( 1 ) originates from paralemnanoid B ( 2 ) through sequential oxidative modifications followed by non-enzymatic skeletal rearrangements. The hepatoprotective effects of compounds 1 − 11 were assessed through bioassays, revealing that paralemnanoids A ( 1 ) and E ( 5 ) exhibited moderate hepatoprotective activity at a concentration of 20 μmol/L in the zebrafish model. This study expands the chemical diversity of marine-derived nardosinane-type terpenoids and provides new insights into their potential therapeutic applications.

A Causal Association Study Between Brain Imaging Features and the Risk of Large Artery Atherosclerosis: A Two-sample Mendelian Randomization Study - Weiran Li; Jinjian Li; Wei He; Xu Wang; Dexi Zhao (Journal of Molecular Neuroscience, 2026)

Keratinocytes: pleiotropic orchestrators of cutaneous immunity and Inflammation - Emerging therapeutic paradigms in dermatological pathologies - Li Wan; Ziyue Zhou; Qiuyang Chen; Jie Jing; Guangchao Xu (Inflammation Research, 2026)

Correction: Endothelial LRRC8A mitigates pressure overload-induced cardiac hypertrophy by promoting coronary angiogenesis - Lingjun Jie; Baolong Feng; Yufan Zhou; Chan Du; Wenlin Zhou; Ruonan Zhang; Wei Shen; Jiajin Chen; Penglong Wu; Xu Kong; Yuliang Zhan; Meimei Shi; et al. (Angiogenesis, 2026)

Adaptation Mechanisms of Aquatic Animals to Saline–Alkaline Water Aquaculture: Physiological, Energetic and Molecular Perspectives - Yingsha Qu; Huichen Li; Bo Zhang; Hongwu Cui; Jianlei Chen; Yong Xu; Zhengguo Cui; Keming Qu; Hao Li (Fishes, 2026)
Saline–alkaline water constitutes a vital strategic non-traditional fishery resource in China, characterized by high pH values, elevated carbonate alkalinity, and complex ionic compositions. These extreme environmental conditions impose significant stress on aquatic animals, mainly by inducing ionic toxicity and disrupting acid–base regulatory mechanisms. Such disruptions subsequently lead to osmotic imbalance, metabolic dysregulation, and immunosuppression, thus restricting the survival and growth of aquatic species in aquaculture systems. Consequently, the sustainable development of the saline–alkaline aquaculture is imperative for enhancing production efficiency and promoting the utilization of marginal land and water resources. This review comprehensively summarizes the current status of saline–alkaline aquaculture and highlights the stress-inducing impacts of salinity, alkalinity, and specific ionic ratios on teleost fishes and crustaceans. It further explores key adaptive mechanisms, including osmoregulatory and ionoregulatory strategies, bioenergetic trade-offs related to oxygen consumption and ammonia excretion, coordinated antioxidant and innate immune responses, as well as recent findings from multi-omics research. This review aims to offer a scientific foundation for the selection and breeding of saline–alkaline-tolerant strains, the precise regulation of aquaculture water environments, and the development of ecological aquaculture models in saline–alkaline regions, thereby facilitating the sustainable utilization of saline–alkaline land and water resources.

Efficient epigenetic editing of the zebrafish slc45a2 gene using the CRISPR/dCas9 system and tandem guide RNAs - Shen Huang; Mengfan Wu; Yan Huang; You Wu; Jian Xu; Shangqi Li; Linyan Zhou (Frontiers in Marine Science, 2026)
The CRISPR-dCas9 (deactivated Cas9) system is a programmable DNA-targeting tool engineered by inactivating the nuclease activity of the Cas9 protein. This modification enables precise genomic localization without inducing double-strand breaks (DSBs), making it a versatile platform for diverse applications in molecular biology and therapeutics. However, there are relatively few research reports on the application of CRISPR/dCas9 technology in living organisms, particularly in fish. Therefore, this study aims to check whether CRISPR/dCas9 system was able to induce gene silencing via epigenetic gene editing in fish breeding. To visually demonstrate the gene silencing efficiency of CRISPR/dCas9, we specifically selected the key melanogenesis gene solute carrier family 45 member 2 (Slc45a2) as the target and further examined the impact of CRISPR/dCas9 technology on the changes of body color, gene expression and DNA methylation level of the slc45a2 gene. We found that microinjection of CRISPR/dCas9 with gRNAs targeting the CpG island around the transcription initiation site led to a significant reduction in melanin synthesis. This was particularly evidenced by a marked decrease in melanocyte numbers at 7, 45, and 80 days post fertilization (dpf). Moreover, injection of CRISPR/dCas9-gRNA elevated the methylation level of CpG island and inhibited the slc45a2 gene expression at transcription level. Furthermore, the elevation of methylation level of slc45a2 gene resulted in a notable decline of the gene expression of melanin biosynthesis pathway genes of pyrophosphatase (Inorganic) 4A ( pnp4a ), colony stimulating factor 1 receptor a/b ( csf1ra / b ) and tyrosinase ( tyr ) genes. The effects of gene editing were able to sustain to 80 dpf. The findings in fish indicated that epigenetic gene editing technology is efficient for gene silencing, which will lay the foundation for the application and promotion of this technology in aquaculture fish species.

Cost-effective assessment of effluent COD and total nitrogen using routine online monitoring data: a hybrid deep learning strategy - Yongjian Li; Yicao Chen; Jin Xu (Environmental Monitoring and Assessment, 2026)

A Multi-Factor Constrained Autonomous Decision-Making Method for Ship Maneuvering in Complex Shallow Water Areas - Ke Zhang; Jie Wen; Xiongfei Geng; Chunxu Li; Xingya Zhao; Kexin Xu; Yucheng Zhou (Journal of Marine Science and Engineering, 2026)
The navigation of ships in complex shallow water areas is constrained by various factors such as water depth, channel boundaries, and environmental interference. Therefore, it is crucial to improve the adaptability and effectiveness of collision avoidance decisions for ships in complex shallow water scenarios. To address these issues, this paper proposes a multi-factor constrained autonomous decision-making method for complex shallow water vessel maneuvering. Firstly, a digital transportation environment was constructed by combining dynamic and static information, such as water depth, tides, channel boundaries, changes in maneuvering characteristics, and navigation rules, and a navigable water area model that was suitable for shallow water was proposed. Then, considering the constraints of ship maneuverability and the navigation environment, a shallow water ship motion model affected by wind flow was developed. A complex shallow water adaptive maneuvering coupled decision-making method was constructed, considering the influence of ship navigation rules and channel constraints. This method utilizes the Kalman filtering algorithm to correct residuals and predict the maneuvering of the target vessel. Integrated improved heading control and guidance algorithms achieved automatic heading control and future position prediction. Through testing and verification in the complex waters of the Yangtze River estuary, the results show that the autonomous collision avoidance decision-making method proposed in this paper can effectively make collision avoidance decisions in complex multi-ship shallow water areas. This study can provide innovative and practical solutions for the technological development of autonomous ship collision avoidance decision-making.

Endoscopic prediction model for detecting advanced rectal polyps after ileorectal anastomosis in familial adenomatous polyposis: a dual-center retrospective study - Zhilin Liu; Xingjie Gao; Shuling Chen; Linfu Zheng; Binbin Xu; Gaozhen Deng; Wen Wang; Kun Lin; Chushu Li; Zhou Ye; Dazhou Li (Familial Cancer, 2026)

Stochastic Characterization of In Situ Stress Field in Deep Rock Masses Based on Stochastic Stratigraphic Reconstruction Technique - Zhenkun Xie; Shili Qiu; Shaojun Li; Quan Jiang; Dingping Xu; Minzong Zheng (Rock Mechanics and Rock Engineering, 2026)

Repetitive transcranial magnetic stimulation modulates neuroinflammation and cell apoptosis via the interaction between Ifit3 and Stat1 for the treatment of neuropathic pain - Maomao Huang; Fei Xing; Zhangyu Xu; Haiyan Tang; Luting Zhao; Yue Yang; Qi Deng; Ronglan Shi; Lei Li; Jiayi Zhu; Xiaomin Chen; Dan Li; et al. (Inflammation Research, 2026)

Causal relationships between alzheimer’s disease genetics and brain connectivity alterations: a multi-modal mendelian randomization study with transcriptomic validation of 191 rs-fMRI and 635 DTI neuroimaging traits - Junjun Ji; Zhifan Li; Abao Xing; Gang Luo; Xiaobing Zhai; Wei Xu; Junrong Li; Tao Tan; Ruihong Jia; Yan Yan; Xianbin Zhang; Long Wang; et al. (Brain Imaging and Behavior, 2026)

Effect of 6-Month High-Impact and Resistance Exercise on Regional Strength and BMD of Spine: A Clinical Trial Combined with a Finite-Element Study - Pu Duan; Yinxia Nie; Shizhong Liu; Xiaoyu Xia; Rui Xu; Simin Li; Vadim V. Silberschmidt; Lin Meng; Juan Du; Dong Ming (Annals of Biomedical Engineering, 2026)

Foot Progression Angle Modulates Knee Loading During Walking in Individuals with Flexible Flatfoot - Linxiao Shen; Zhenghui Lu; Xin Li; Zifan Xia; Yufan Xu; Chengyuan Zhu; Yang Song; Xuanzhen Cen; Dong Sun; Gusztáv Fekete; Yaodong Gu (Annals of Biomedical Engineering, 2026)

AjFOSL Modulates Cell Cycle-Related Genes Associated with Coelomocyte Regeneration in Apostichopus japonicus Evisceration - Ran Xiao; Yinan Wang; Xiaoli Xu; Jiong Wu; Qiang Li (Fishes, 2026)
Apostichopus japonicus undergoes evisceration in response to adverse environmental stimuli, and its coelomocytes undergo rapid regeneration within 6–24 h to restore innate immune function. FOS, an immediate early gene, regulates cell proliferation and cycle, but its role in A. japonicus coelomocyte regeneration after evisceration is unclear. In this study, AjFOSL from A. japonicus was cloned, which harbors a 609 bp open reading frame (ORF) encoding 202 amino acids (aa) with a conserved bZIP domain and is localized on chromosome 14. It shares 58% homology with FOS from Holothuria leucospilota and Lytechinus pictus. Phylogenetic analysis revealed that AjFOSL clusters closely with FOS from Magallana gigas and Mytilus edulis. Tissue distribution analysis showed that AjFOSL was widely expressed in various tissues, with the highest expression level detected in the tentacles. Temporal expression profiling demonstrated that AjFOSL was significantly upregulated by 1.75-fold at 6 h after evisceration. After AjFOSL knockdown, the peak expression of Cyclin A, Cyclin B, and E2F was delayed and the coelomocyte number was consistently reduced compared with that in the evisceration-only group. The AjFOSL acted as an immediate early response gene and was associated with the regulation of coelomocyte regeneration by modulating the expression of cell cycle-related genes. This study provides novel insights into the molecular associations underlying coelomocyte regeneration and the evolutionary adaptation of FOS genes in echinoderms.

Sequential extraction of carbonate-associated sulfate from calcite and dolomite in carbonate rocks - Chenlu Xu; Leqi Liu; Hongxia Li; Chunfang Cai; Hailin Yang; Hongfeng Lu (Frontiers in Marine Science, 2026)
Carbonate-associated sulfate (CAS)—trace SO 4 2- incorporated into carbonate mineral lattices by substituting for CO 3 2— serves as a valuable geochemical proxy for reconstructing seawater chemistry, redox conditions, microbial sulfate reduction activity, and diagenetic sequences in ancient marine environments, cold seeps, and gas hydrate reservoirs. However, conventional CAS extraction methods, which typically use HCl to digest bulk carbonate samples, yield mixed isotopic and concentration signals from coexisting calcite and dolomite. Therefore, it is difficult to precisely distinguish the sulfur isotopes of CAS in the original sedimentary environment from that resulting from secondary alteration. In order to isolate calcite-hosted CAS (calcite-CAS) from dolomite-hosted CAS (dolomite-CAS), we evaluated six acetic acid leaching conditions in sequence (0.1-0.5 mol/L, 1-2hours). The results indicate that treatment with 0.1 mol/L acetic acid for 1 hour effectively releases calcite-CAS while suppressing dolomite dissolution. When applied to natural carbonate outcrop samples, this approach reveals that the δ³ 4 S values of calcite-CAS are consistently ~8.22‰ higher than those of coexisting dolomite-CAS. Notably, the lowest measured δ³ 4 S Calcite - CAS values are 2-5‰ higher than previously reported bulk CAS data, suggesting that earlier records were biased by the inclusion of dolomite-CAS. We therefore recommend the 0.1 mol/L acetic acid leaching protocol (1 hour) for extracting calcite-CAS from dolomite-bearing carbonate rocks, as this enables more accurate reconstruction of depositional and diagenetic conditions.

Cu-catalyzed deaminative thiocyanation of anilines via nitrate reduction - Yong-Sheng Zhou; Yan Yang; Jing-Yao Zhou; Li-Jun Xu; Yi-Xie Tan; Xin-Chun Zhang; Liang Wang (Molecular Diversity, 2026)

A Framework for Extending Rock Strength Criteria to Anisotropy - Huai-Sheng Xu; Shao-Jun Li; Ding-Ping Xu; Min-Zong Zheng; Quan Jiang; Guang-Liang Feng; Liu Liu (Rock Mechanics and Rock Engineering, 2026)

Glutathione-Modified MoS2 Quantum Dots for Detection of Fe3+ and Ag+ ions in Water and Cell Imaging Applications - Yi Shi; Hongling Ge; Ge Li; Benhua Xu (Journal of Fluorescence, 2026)

Targeting CEBPA/ALOX15B attenuates postmenopausal osteoporosis by inhibiting ferroptosis through the AMPK/mTOR signaling pathway - Tingting Wang; Jingyi Li; Chong Li; Zhifang Wang; Lixia Zhang; Chao Han; Guangzhao Qi; Lijun Xu; Lili Zheng (Inflammation Research, 2026)

PhaGCN_Cluster: A Scalable and Robust Framework for Automated Classification and Discovery of Viral Dark Matter from Metagenomes - Hao-Long Xia; Pei-Yu Liang; Wen-Guang Yuan; Xu-Dong Cao; Yanni Sun; Jing-Zhe Jiang; Li-Hong Yuan (Interdisciplinary Sciences: Computational Life Sciences, 2026)

Research on attention mechanism-based detection methods for household waste in complex scenarios - Zhenfang Xu; Ke Liao; Jiayao Li (Environment, Development and Sustainability, 2026)

Multi-elemental Fingerprinting and Nutritional Provenance of Fuji Apples from Shandong Province of China - Xinyu Li; Shikun Zhang; Yan Xu; Min Ding; Xue Li; Xia Li; Yaxuan Liu; Xuefei Mao (Biological Trace Element Research, 2026)

Digital Twin System for Multi-Scale Motion Prediction of Unmanned Underwater Vehicles - Yingliang Chen; Yijia Luo; Jialin Liu; Jinzhuo Zhu; Yong Zou; Kai Lv; Jinchuan Chen; Baorui Xu; Hongyuan Li (Journal of Marine Science and Engineering, 2026)
Unmanned underwater vehicles (UUVs) play a pivotal role in marine applications such as resource exploration, maritime search and rescue. However, communication signal loss remains a critical bottleneck, constraining UUV autonomous operation and mission reliability across four dimensions: navigation, coordination, monitoring, and planning. To address these challenges in communication-denied environments, this paper proposes a UUV digital twin system utilizing motion prediction technology, such as virtual mapping, prediction, and autonomous decision support. Based on a four-layer architecture—comprising the Physical Entity Layer, Virtual Entity Layer, Twin Data & Connectivity Layer, and Services Layer, the system achieves full-state mapping and real-time visualization. Specifically, a hybrid prediction model integrating Transformer and Convolutional Neural Networks (CNN) architectures is developed to extract multi-scale features for resistance prediction, which serves as the critical basis for UUV motion state forecasting. Experimental validation confirms the system’s capability for real-time resistance tracking and high-precision prediction, providing a robust foundation for autonomous navigation control and energy management. These results advance the development of specialized UUV digital twin systems and establish a robust foundation for their engineering applications.

Biofloc Technology Improves Harmful Nitrogen and Pathogens Control and Enhances Production Performance in Intensive Penaeus vannamei Culture Ponds with Reduced Water Exchange - Shuangyin Li; Hongyu Liu; Yiji Lin; Yucheng Cao; Guoliang Wen; Haochang Su; Xiaojuan Hu; Yu Xu; Keng Yang; Wujie Xu (Fishes, 2026)
This 90-day trial evaluated the integrated benefits of biofloc technology (BFT) in lined ponds for intensive Penaeus vannamei culture, comparing it with a conventional water-exchange (WE) system. The BFT system maintained favorable water quality with a 68.4% reduction in cumulative water exchange. Concentrations of toxic total ammonia–nitrogen (TAN) and nitrite–nitrogen (NO2−-N) were better controlled, and total suspended solids (TSS) stabilized within a beneficial range (150–200 mg L−1). Microbial analysis indicated that BFT significantly increased total bacterial abundance in both culture water and shrimp hepatopancreas while reducing the total Vibrio-to-bacteria ratio in culture water to below 6%, significantly lower than in the WE system (>18%). Moreover, BFT significantly lowered the loads of specific pathogens, acute hepatopancreatic necrosis disease (AHPND)-causing Vibrio parahaemolyticus, and Enterocytozoon hepatopenaei (EHP) in both culture water and shrimp hepatopancreas. Regarding production performance, BFT significantly enhanced shrimp survival rate (82.4% vs. 71.5%), yield (3460 vs. 2948 kg pond−1), and water productivity (0.85 vs. 0.28 kg m−3), while lowering the feed conversion ratio (1.16 vs. 1.33). In conclusion, BFT achieves stable water quality, effective pathogen suppression, and enhanced production efficiency through microbial regulation, offering a viable water-saving, environmentally sound, and disease-resilient strategy for intensive P. vannamei culture.

A Single-Beacon Underwater Positioning Method with Sensor Trajectory Systematic Error Calibration - Yun Ye; Hongyang He; Feng Zha; Hongqiong Tang; Jingshu Li; Kaihui Xu; Yangzi Chen (Journal of Marine Science and Engineering, 2026)
Underwater acoustic single-beacon positioning technology achieves localization by integrating vehicle motion with range measurements acquired from acoustic ranging devices, offering advantages such as system simplicity, flexible deployment, and high cost-effectiveness. However, its accuracy is limited by weak initial observability and degraded observation geometry. To address this, a sensor data correction and collaborative optimization framework is proposed. A hybrid outlier rejection strategy first suppresses acoustic multipath and sensor noise. To compensate for systematic sensor errors ignored in conventional Virtual Long Baseline methods, an affine transformation maps the true trajectory to the sensor-indicated one, reformulating error compensation as a correction to virtual beacon coordinates. To further mitigate the accuracy degradation caused by degenerated geometric configurations, this paper proposes a collaborative algorithm that integrates Chan initialization with affine transformation optimization. This approach formulates the positioning problem as an optimization task, simultaneously estimating the position information and affine transformation parameters through iterative refinement to achieve high-precision localization. The process begins with Chan’s algorithm, which provides an initial estimate from the virtual sensor array. This estimate is then refined under affine constraints to achieve high-precision localization. Experimental results show the method improves positioning accuracy by 36.30% compared to baseline algorithms, demonstrating significant performance enhancement.

Establishment of Ship-Motion-Based Operational Limiting Criteria for Safe and Efficient Offshore Cable-Laying Operations - Xu Han; Zhibo Xu; Xin Li; Wei Shi; Zhipeng Leng (Journal of Marine Science and Engineering, 2026)
As offshore wind projects are located further and deeper in the ocean, time-intensive and costly cable laying plays an increasingly critical role in offshore wind farm construction. Cable laying can be designed and operated based on the critical motions of the laying ship to potentially improve the operational window. However, there is no complete procedure for establishing ship-motion-based operational limiting criteria to ensure sufficient safety while balancing efficiency. This paper proposes a complete algorithm for designing cable-laying operations by employing specific ship-motion characteristics as operational limiting criteria, based on their strong correlation with the dominant structural response, e.g., the minimum effective cable tension. A reduction factor β is introduced as an indicator for limiting criteria selection and value determination. This guarantees operational safety without compromising efficiency. The determined value of the limiting criteria is independent of the applied fitting function used in correlation analysis, thus offering greater adaptability. By dynamically selecting ship-motion indicators across different ship headings, the proposed algorithm extends the operational window by approximately 10% compared to conventional Hs-based limits, while improving utilization in hazardous sea states by approximately 50%. The effects of ship motion statistical description, laying conditions, and fitting strategies on operational windows are also discussed. The proposed algorithm provides an improvement of cable-laying operation design, leading to safer and smarter marine operations in real-time.

Molecular Insights into Exoskeletal Remodeling: Transcriptomic Profiling of the Molting Cycle in the Red Swamp Crayfish Procambarus clarkii - Yunkuan Zhu; Yu Xu; Suwan Lu; Yuning Hu; Hui Xu; Jiajia Li; Hai Lin; Xuguang Li; Zhiqiang Xu (Fishes, 2026)
The molting of crustaceans is accompanied by exoskeleton reconstruction. To reveal the molecular regulation mechanism of exoskeleton remodeling, the transcriptomic profiles of the exoskeleton across the entire molting process in the red swamp crayfish Procambarus clarkii were investigated by RNA sequencing, yielding a total of 7671 differentially expressed genes (DEGs) across five different molting stages. Notably, the key DEGs were those related to cuticular exoskeleton synthesis (cuticular proteins), degradation (chitinase 2, chitinase 10) and hardening (chitin deacetylase 1), and their expression abundance varied by 10-fold or greater across the molting cycle. Analysis of Gene Ontology (GO) and the Kyoto Encyclopedia of Genes and Genomes (KEGG) showed that significantly enriched pathways included the structural constituents of the cuticle, structural molecule activity, chitin binding of chitin metabolism, and hormone biosynthesis. The expression profiles of nine selected molting-related DEGs were further validated via real-time RT-PCR assays. The acquired unique temporal expression patterns involved in exoskeleton remodeling provide a preliminary insight into the regulation of gene expression during the molting cycle in the red swamp crayfish.

Harnessing environmental DNA: revolutionizing holistic monitoring of aquatic biodiversity for fishery management under the One Health framework - Mingyang Zhang; Xinyi Guo; Zhiyong Zheng; Shanglin Yang; Jingyi Li; Jun Lv; Wenyan Xu; Pengsheng Dong (Frontiers in Marine Science, 2026)
Fishery resources are among the most economically valuable assets from aquatic ecosystems, underpinning global food security, nutrition, and livelihoods. However, their sustainable management is increasingly challenged by anthropogenic pressures, including overexploitation, and pollution, which not only deplete stocks, but also compromise the health of human and aquatic organism. In this context, the One Health framework, an integrated approach recognizing the interdependence of human, aquatic organism, and environmental health, provides a critical lens for fisheries governance to ensure long-term resource sustainability. It calls for coordinated surveillance of biological and environmental indicators across trophic levels to anticipate and mitigate risks such as pathogen emergence, biodiversity loss, and fishery resource depletion. Environmental DNA (eDNA) has emerged as a promising exploratory tool in fisheries science and aquatic ecology, offering a non-invasive and system-wide monitoring mean to detect presence and composition of cross-domain organisms (from microbes to aquatic animals) and even inferring relative or absolute abundance. Its ability to simultaneously interrogate multiple components of the aquatic biosphere aligns uniquely with the multisectoral objectives of One Health. As such, eDNA functions not as a standalone solution, but as a synergistic component within integrated assessment frameworks that link ecosystem status, fishery productivity, and public health outcomes. Nonetheless, methodological challenges remain, particularly in designing primers, expanding and curating reference databases, standardizing sampling and bioinformatic protocols, and developing robust quantitative models translating eDNA signals into actionable stock or risk assessments. This review critically examines the applications, limitations, and future trajectories of eDNA technology in fisheries science through the lens of One Health, with emphasis on its potential to inform cross-scale, interdisciplinary strategies for sustainable fishery management.

Mechanism of palmelloid formation induced by polystyrene nanoplastics in Chlamydomonas reinhardtii: a multi-omics analysis - Yingxia Li; Dong Xu; Xiaowen Zhang; Haoming Sun; Wei Zhang; Yanmin Sun; Pengyan Zhang; Lepu Wang; Naihao Ye (Journal of Oceanology and Limnology, 2026)

Associations of adherence to the EAT-Lancet and plant-based diets with mortality and life expectancy: two nationwide cohort studies - Xiaoqin Xu; Jiang Li; Jie Li; Wenqi Shen; Xiao Tan; Fei Xu; Wen Zhang; Ningjian Wang; Yingli Lu; Bin Wang (GeroScience, 2026)

Preparation and Application of Monoclonal Antibodies Targeting IgM in Pearl Gentian Grouper (Epinephelus fuscoguttatus ♀ × E. lanceolatus ♂) - Xiaorui Qian; Jiong Wu; Jiamin Qiu; Yixin Li; Jialin Zhang; Xiaoli Xu; Yinan Wang; Qiang Li (Fishes, 2026)
Viral and bacterial pathogen pathogens cause disease outbreaks that challenge the pearl gentian grouper (Epinephelus fuscoguttatus ♀ × E. lanceolatus ♂) industry’s sustainable development. The lack of monoclonal antibodies (mAbs) targeting serum immunoglobulin M (IgM) in this hybrid grouper impedes the development of non-lethal immunoassays for detecting pathogen infections, as well as research on immune responses following vaccination. We purified serum IgM from hybrid pearl gentian grouper and generated two mAbs—designated 41-H2-E1 and 62-E8-G9—against the purified IgM, finding that mAb 62-E8-G9 specifically recognized the IgM heavy chain, whereas mAb 41-H2-E1 specifically recognized the light chain. In indirect immunofluorescence assays, both mAbs reacted with surface Ig-positive (sIg+) lymphocytes. A double-antibody sandwich ELISA was subsequently established using mAb 62-E8-G9 as the capture antibody and HRP-conjugated mAb 41-H2-E1 as the detection antibody, enabling accurate quantification of serum IgM levels. Significant differences in IgM concentrations were observed between larger and smaller individuals (9.11 μg/mL vs. 3.84 μg/mL, p

Acupuncture was associated with improved functional connectivity of the left hippocampal perceptual subregion in amnestic mild cognitive impairment - Jinhuan Zhang; Juan Ou; Jianxiang Chen; Xiaoming Ma; Xingying Lu; Jiaping Wu; Xinbei Li; Hanqing Lyu; Yongfeng Liu; Jinping Xu (Brain Imaging and Behavior, 2026)

Climate and vegetation-driven variations, ecological thresholds and mechanisms of ecosystem services in China’s drylands - Baolong Ma; Linlin Gao; Yanjun Xu; Xinyue Li; Yang Deng; Haijiang Yang (Environment, Development and Sustainability, 2026)

Bumpless Multi-Mode Control Allocation for Over-Actuated AUV Docking - Peiyan Gao; Yiping Li; Gaopeng Xu; Yuexing Zhang; Junbao Zeng; Yiqun Wang; Shuo Li (Journal of Marine Science and Engineering, 2026)
This paper addresses the multi-phase homing and docking missions of over-actuated autonomous underwater vehicles (AUVs), where switching among forward cruising, reverse braking, and hovering can induce actuator saturation, rate limit violations, and undesirable transients. We propose a unified framework that couples supervisory mode management with mode-driven constrained control allocation solved by a warm-started sequential quadratic programming (SQP) routine. The controllable wrench is modeled by a mode-dependent differentiable map constructed from the actuator models, and the allocator enforces amplitude bounds and per-cycle increment limits while trading off wrench tracking and actuator usage through mode-scheduled weights. To mitigate switching transients, a continuous transition factor is introduced to interpolate the desired wrench and dominant cost weights, and an integrator alignment reset is applied at switching instants to keep the outer-loop proportional–integral–derivative (PID) output continuous. The allocator is further warm-started by projecting the previous solution onto the post-switch constraint box. The framework is integrated into the Mission-Oriented Operating Suite–Interval Programming (MOOS-IvP) autonomy middleware with adaptive line-of-sight (ALOS) guidance and adaptive PID motion control and is validated on the TS-100 AUV in water tank experiments. Comparative results against a PID-only baseline without control allocation and a variant without bumpless switching show reduced roll transients during the reverse-to-hover transition and improved hover-mode depth station keeping while maintaining feasible actuator commands under constraints.

New α-pyranone derivatives from Diaporthe sp. WLM-Y1 - Xiang Li; Xue-Kai Zhao; Xu-Ping Zhang; Wei-Guang Wang; Qian-Qian Yin; Lu Gao (Natural Product Research, 2026)

Simultaneous detection of Mycobacterium tuberculosis complex and rifampin/isoniazid resistance with sanity 2.0 MTBC-MDR: a moderate-complexity automated NAAT - Xichao Ou; Bing Zhao; Hui Xia; Xundi Bao; Dongfang Xu; Qi Ma; Ye Xu; Jingjing Li; Wenzhi Shi; Feina Li; Yajie Guo; Ruida Xing; et al. (World Journal of Microbiology and Biotechnology, 2026)

Tryptophan metabolism alterations in neurological and psychiatric diseases: Molecular mechanisms and pharmacological targets - Yuanyuan Wang; Yuling Chen; Hongtao Li; Jingjing Sang; Chen Chen; Lei Xu; Weiting Zhang; Baichen Xiong; Ruijia Jiang; Xinyu Ren; Yao Chen; Haopeng Sun; et al. (Metabolic Brain Disease, 2026)

Numerical Investigation on the Static Lateral Bearing Capacity and Failure Mechanism of Pile–Bucket Foundation - Mohamed A. Frah; Meijuan Xu; Lichen Li; Wenbing Wu; Maha A. Abusogi; Tasneem Idris; Jingliang Ye; Chunbin Wan; Ruqin Luo (Journal of Marine Science and Engineering, 2026)
The pile–bucket foundation, comprising a bucket attached to a single pile, represents an innovative offshore solution for supporting wind turbines. Previous studies on laterally loaded foundations have primarily focused on single piles and pile–bucket systems; however, the effects of bucket size and loading eccentricity on lateral capacity and soil failure mechanisms remain insufficiently understood. This study investigates the lateral performance of pile–bucket foundations in silty sand under static loading conditions. Seven three-dimensional numerical simulations were conducted to evaluate the influence of bucket diameter, embedment depth, and loading eccentricity. Results indicate that pile–bucket foundations achieve 37–60% higher lateral capacity than single piles and 3–4 times the capacity of standalone buckets. Increasing bucket diameter produces more significant improvements than increasing embedment depth, whereas higher loading eccentricity reduces lateral capacity, ranging from an 8% increase to a 10% decrease relative to a single pile. Increases in loading eccentricity, bucket diameter, and embedment depth shift the rotation center upward by approximately 3–9%, compared with a single pile. At the mudline, the bucket resists up to 75% of the lateral load, while the pile carries up to 92% of the moment. Failure mechanisms are dominated by excessive rotation, including wedge-type failure near the mudline and deep rotational soil flow. Increasing bucket diameter or embedment depth raises bending moments by 5–9%, while higher eccentricity amplifies them by 32–50%. A modified analytical formulation incorporating a correction factor of 1.16 improves the prediction of the rotation center position. These findings provide quantitative guidance for the design and optimization of pile–bucket foundations supporting offshore wind turbines.

Design, synthesis and antitumor activity of triphenylphosphonium-linked derivatives of quinazolinone - Qianqian Wang; Ruofan Chen; Rui Wang; Jianjun Huang; Yinuo Xu; Na Wang; Deshang Li; Chenmeng Xu; Bo Wang; Yi Li; Wim Dehaen; Qiyong Huai (Natural Product Research, 2026)

Skin barrier repair efficacy and safety evaluation of an extract from Gardenia jasminoides J.Ellis - Junzi Dong; Bing Li; Peng Xu; Lingshan Kong; Wenhuan Zhang; Dan Wu; Yuncai Tian; Xiaojiang Wang (Natural Product Research, 2026)

Design of the head assembly scheme for the pressure-retaining drilling tool of the seafloor drill and analysis of the flow performance of the valve assembly - Zhigang Xu; Jialiang Wang; Bo Li; Buyan Wan; Mengfei Yu; Siqi Hu (Marine Georesources & Geotechnology, 2026)

Development of global diffusion filling model for voids filling of Digital elevation models (DEMs) - Guoqing Zhou; Kun Li; Cong Li; Hanwen Gao; Ertao Gao; Xiang Zhou; Jiasheng Xu; Jianjun Chen (International Journal of Remote Sensing, 2026)

Research on detection methods of rice leaf area index based on multi-source UAV remote sensing data - Yihan Wang; Dandan Liu; Teng Long; Junjie Li; Hui Kang; Rongkun Chen; Yibin Luo; Yubin Lan; Zhenjiang Xu; Hong Liu; Haitao Xu; Yongbing Long (International Journal of Remote Sensing, 2026)

MiR-122 activates PI3K/Akt signaling to suppress microglial activation and ferroptosis in ischemic brain injury - Weifeng Shan; Haiyan Lan; Yini Wu; Qiaomin Xu; Genlong Zhong; Xiaofen Li; Jimin Wu (Metabolic Brain Disease, 2026)

Neural dynamics in tinnitus: differential effects of hearing status on temporal brain activity variability - Haoliang Du; Xiaoyun Qian; Xia Gao; Chenjie Yu; Junguo Wang; Ao Li; Yajun Gu; Xu Feng (Brain Imaging and Behavior, 2026)

ATP-citrate lyase is a critical regulator of physiological and pathological angiogenesis - Chong Xu; Ying Lin; Zeyu Wang; Cailin Feng; Lingfeng Luo; Shuai Guo; Han Zhang; Lu Liu; Azhen Fan; Penglong Qi; Dongyang Jiang; Yiming Xu; et al. (Angiogenesis, 2026)

Quantitative Analysis of Frequency–Energy Characteristics of Blast-Induced Vibrations in Deep Parallel Tunnels - Yu Lu; Ben-Guo He; Huawei Xu; Qi Li (Rock Mechanics and Rock Engineering, 2026)

Glymphatic system-dependent mechanisms connecting sudden sensorineural hearing loss to cognitive and emotional impairments - Zi-Huai Fang; Wei-Jie Ye; Shuo Li; Biao Li; Yu-Chen Chen; Richard Salvi; Xiao-Min Xu; Xin-Dao Yin (Brain Imaging and Behavior, 2026)

SIFNet: A spectrum-image fusion neural network in hyperspectral imaging for intelligent quality assessment of crude tea to ensure tea product availability - Dengshan Li; Zhenhao Xu; Rongxi Lin; Yixing Huang; Qin Ouyang; Zhonghua Liu (Computers and Electronics in Agriculture, 2026)

Fusion of multimodal features acquired by custom-developed computer vision and electronic nose equipment for the detection of Huanglongbing at various symptomatic stages - Qian Xu; Youyu Su; Li Sun; Jianrong Cai (Computers and Electronics in Agriculture, 2026)

DRP-Net and clustering algorithm for Stem-Leaf segmentation and phenotypic trait extraction from tomato point clouds - Jiangjun Yao; Zhe Li; Tongtong Huang; Honggang Xu; Xuehan Li; Yiming Li; Ziyi Li; Zuosen Qu; Xinhui Wang; Zhengyan Xia; Pengcheng Nie (Computers and Electronics in Agriculture, 2026)

Mechanisms of phosphorus release from coastal sediments driven by organic matter enrichment at high nitrogen concentrations - Chun-Pu Zhao; An-Hao Wang; Ying Zeng; Wen-Hao Yin; Cheng Luo; Shi-Xia Liu; Miao Liu; Hai-Jun Wang; Xiao-Wen Li; Ji-Lin Xu; Shuo-Nan Ma (Marine Pollution Bulletin, 2026)

Oil retention performance of skirted booms under varying hydrodynamic conditions - Chunling Wang; Tibin Xu; Jiajia Li (Marine Pollution Bulletin, 2026)

Genomic insights into Hypophthalmichthys nobilis in National Fish Stock Farms (NFSF): population structure, adaptive divergence and germplasm conservation - Qianhong Gu; Dengqiang Wang; Weitong Xu; Ziyi Wang; Liang Guo; Hang Sha; Hongwei Liang; Chuangju Li; Xinbin Duan (Aquaculture, 2026)

High breeding potential for growth exists in normal, black, and golden shell lines of tetraploid Fujian oyster revealed through three generations of mass selection - Yuanxin Liang; Qi Li; Xianchao Bai; Geng Cheng; Jianmin Zhou; Rui Xu; Fanzhi Chu; Zhiyang Cui; Chengxun Xu; Wenshu Luo (Aquaculture, 2026)

Dual roles of host proteins in viral defense and evasion: Implications for selective breeding and disease management in groupers - KhaiHang Choong; ZeXin Li; LeongSeng Lim; Annita Seok Kian Yong; Peng Xu; Karsoon Tan (Aquaculture, 2026)

Long-term diurnal temperature variation induces strain-specific metabolic divergence in Ulva prolifera: Biomass prioritization, polysaccharide enrichment, and adaptive trade-offs - Shenyuan Liang; Haojie Li; Han Xu; Dongyi Yang; Hao Zhang; Wenrong Zhu; Nianjun Xu; Yahe Li (Aquaculture, 2026)

Assessing the behavior of Larimichthys crocea during the ascent process of the offshore submersible cage - Jinhuai Ni; Sunzhaocong Lan; Yang Gao; Xiaolong Yin; Kai Zong; Jianpeng Lu; Xu Yang; Fukun Gui; Xunmeng Li; Dejun Feng (Aquaculture, 2026)

Non-invasive early sex identification of hybrid sturgeon (Huso dauricus♀ × Acipenser schrenckii♂) based on multi-view images - He Gao; Qiaokun Liu; Xiao Chen; Rongzhu Zhou; Shanzhong Zhang; Junting Li; Yinhua Zhou; Suxing Fu; Chengjiang He; Tonghan Wu; Siyu Duan; Jia Xu; et al. (Aquaculture, 2026)

A three-dimensional layered model for sea area usage across dimensions of space, functional elements, and time - Saiya Xu; Yanping Li; Qi Yue; Dahai Liu; Heng Hu; Shuo Wang; Yuqing Chen; Yilin Liu (Ocean & Coastal Management, 2026)

Distinct mowing effects on organic carbon storage and dynamics in Spartina alterniflora and Phragmites australis sediments - Yueming Wu; Danqing Sun; Shan Jiang; Beiyun Xu; Jing Liu; Jian Li; Yiyun Wang; Ying Wu (Ocean & Coastal Management, 2026)

Metatranscriptomics reveals system-specific viral adaptive strategies and prokaryotic defense trade-offs across anaerobic digestion systems - Xia Gu; Pingfeng Yu; Xu Duan; Juhong Chen; Yongquan Zhou; Qiwei Jian; Manhong Huang; Gang Xue; Xiang Li (Water Research, 2026)

Enhanced modeling of chlorine-organic reaction kinetics to assess the fate of environmental chemicals in disinfection process - Shuyue Xu; Shangyu Li; Ruixin Liu; Yijun Wu; Jingchang Zhang; Daisuke Minakata; Peizhe Sun (Water Research, 2026)

Irreversible membrane damage resulting from the scaling of calcium sulfate in membrane distillation: Mechanistic duality of sodium chloride as a background electrolyte - Yanhui Zeng; Xinmao Cao; Jie Liu; Senlin Shao; Jiqiang Xu; Kemeng Liao; Jianhua Qiu; Liping Jiang; Weiyi Li (Water Research, 2026)

Lotus-petiole inspired porous zwitterions electrode for efficient electrochemical uranium extraction from seawater - Hao Li; Xingrui Tang; Qiang Xian; Shibing Zuo; Yiyang Zeng; Chen Xu; Jun Wen (Water Research, 2026)

Legacy and emerging per- and polyfluoroalkyl substances (PFAS) in marine food webs from Liaodong Bay: Levels, bioaccumulation, biomagnification and source apportionment - Hongneng Zhu; Guangfu Wu; Chenhe Zhao; Liping Yang; Xiaojing Yang; Xu Zhao; Qingxin Yin; Zhong Li; Hangbiao Jin; Shuyan Zhao; Jingjing Zhan; Lingyan Zhu (Water Research, 2026)

Synergistic water activation on high-entropy alloy oxides enables ultralow-enthalpy solar desalination - Jinchi Li; Aihao Xu; Hongbing Wang; Ben Huang; Liu Yang; Qian Chen; Xinrong Huang; Yingtang Zhou; Xiaoke Li (Water Research, 2026)

Efficient demulsification of emulsified oil wastewater by graft-functionalized β-cyclodextrin flocculants: The effect of charge density, hydrophobicity, and graft chain length - Erming Ouyang; Zhe Hu; Songbiao Xu; Wenjun Yang; Hongwei Yang; Kun Li; Rui Zhao (Water Research, 2026)

Making waves: Beyond adoption of foundation models - charting opportunities and challenges of LLM-Agents for intelligent wastewater treatment plants - Boyan Xu; Ning Fan; Zihao Li; Guangming Xu; Qingxian Su; Zhiguo Yuan; How Yong Ng (Water Research, 2026)

Interfacial electron transfer facilitated the bioreduction of biochar-sorbed organic pollutants: Division-of-labor roles of electroactive structures - Jia Xing; Shaofeng Zhou; Meng Ge; Zhiqiang Sun; Shujie Cai; Yingying Li; Meiying Xu (Water Research, 2026)

How does recreation involvement in urban parks promote restorative effects? - Erkang Fu; Lin Li; Jiawen Zhou; Li Deng; Mingxuan Pu; Peilin Qu; Yijun Xu; Xi Li (Urban Forestry & Urban Greening, 2026)

Raccoon dog parvovirus NS1 protein antagonizes type I interferon signaling by promoting selective autophagic degradation of IRF3 - Wen-yu Cao; Rui-qi Wang; Jin-yang Zheng; Ping Ma; Bo Hu; Cheng-qi Zhang; Ya-jie Sun; Jia-jia Liu; Ding-rui Guo; Zi-han Zhao; Xin Cao; Xue Bai; et al. (Veterinary Microbiology, 2026)

Brucella-infected macrophage-derived microparticles enhance the host anti-Brucella acquired immune response - Yuting Zhang; Jing Yuan; Aodi Wu; Zexuan Wang; Rongrong Ni; Kexin Yan; Xiaoyang Liang; Tao He; Maoyuan Gu; Chuang Meng; Honghuan Li; Changsuo Zhang; et al. (Veterinary Microbiology, 2026)

Development and evaluation of a live-attenuated novel duck reovirus vaccine strain E232-P100 conferring complete protection in ducklings - Siying Fang; Chenchen Xu; Jiabin Zhang; Haiyang Yin; Wenjian Liu; Biao Xu; Jiajia Li; Phoo Eikari Kyaw; Shuhui Liu; Suquan Song; Liping Yan (Veterinary Microbiology, 2026)

Comparative analysis of PRV-induced neuropathology and blood–brain barrier disruption identifies C57BL/6 as the most susceptible mouse model - Tong Xu; Hanyu Li; Baoling Liu; Lei Zhao; Yangming Dai; Xin Wu; Siyuan Lai; Jian-Bo Huang; Ling Zhu; Zhi-Wen Xu (Veterinary Microbiology, 2026)

A study of corner effects on an irregular excavation near existing tunnels and zoned and staged excavation technique: numerical modelling and a case history - Xu He; Xiangsheng Chen; Dong Su; Chang Liu; Yang Li (Tunnelling and Underground Space Technology, 2026)

Experimental and numerical investigation on deformation response of existing tunnels induced by shield under-crossing excavation considering influence of lining stiffness loss and ground void - Zhiguo Zhang; Yinong Hao; Tao Xu; Shaokun Ma; Junjie Li; Yin Ni; Jiaxuan Li (Tunnelling and Underground Space Technology, 2026)

Self-assembly of bioactive peptides: A novel perspective for digestive adaptation and functional food design - Rongbo Pan; Kailin Li; Jiakai Xu; Kuncheng Lin; Xianliang Luo; Baodong Zheng (Trends in Food Science & Technology, 2026)

Strategies for balancing salt reduction and quality assurance in muscle products: Focus on salt alternatives and physical technologies - Ying Yu; Hao Zhang; Wuyun Chen; Ying Li; Sheng Chen; Tingting Zhang; Quanyu Zhang; Yujuan Xu; Xin Du; Xiufang Xia (Trends in Food Science & Technology, 2026)

Consolidation of unsaturated composite foundation with permeable short piles and impermeable long piles - Mengran Wang; Lei Wang; Yongfu Xu; Jinkun Huang; Jie Li; Fanzhi Meng (Transportation Geotechnics, 2026)

Angelicin attenuates sepsis-associated splenic injury by targeting NF-κB/JAK2/STAT3 and PI3K/Akt pathways to inhibit inflammation and apoptosis - Enzhuang Pan; Huilin Sun; Zhihao Ma; Shasha Zhang; Yedan Liu; Zihan Xu; Yusa Li; Xiaomin Jin; Heng Wang; Jingquan Dong (Toxicology and Applied Pharmacology, 2026)

Cuproptosis-mediated mitochondrial dysfunction in cumulus cells inhibits bovine oocyte maturation - Hong Xu; Tian Tian; Yu Wang; Ying Liu; Yuqing Zhang; Jinghong Liang; Wenjie Yu; Qiang Sun; Guangying Zhu; Chang Liu; Mingkai Yu; Shuang Liang; et al. (Theriogenology, 2026)

Seismic response characteristics of inclined locally liquefied sites: A large-scale shaking table test - Xiaoqiang Wang; Junyan Han; M. Hesham El Naggar; Liyun Li; Chengshun Xu; Xiuli Du (Soil Dynamics and Earthquake Engineering, 2026)

Transfer matrix modeling of tunnel with flexible joints subjected to strike-slip fault movements - Linkun Huang; Lianjin Tao; Xu Zhao; Yu Zhang; Bohan Song; Shuya Li (Soil Dynamics and Earthquake Engineering, 2026)

Synergistic regulation of pH and organic materials on nitrate transformation pathways in facility vegetable soils under reductive soil disinfestation - Xiuxian Li; Mengqin Yan; Lingying Xu; Xu Zhao; Yongbo Xu (Soil and Tillage Research, 2026)

Long-term fertilization-induced increases in glomalin-related soil protein depend on phosphorus input and aggregate stability across climatic zones - Hongbo Yang; Guanmo Li; Dong Wu; Qiong Xiao; Xin Li; Yaping Huang; Jeroen Meersmans; Gilles Colinet; Minggang Xu; Wenju Zhang (Soil and Tillage Research, 2026)

Coupled water-energy‑carbon footprints in intensifying agriculture: Mechanisms and spatial dynamics - Haiyan Li; Yaowen Xu; Haichao Yu; Zhaoqiang Zhou; Luchen Wang; Mo Li (Sustainable Production and Consumption, 2026)

Uncovering the indoor health co-benefits of rural residential energy transition in Northern China - Xiao Wu; Yilong Xiao; Yang Xie; Yang Lan; Jiayi Li; Yi Zhao; Meng Xu (Sustainable Production and Consumption, 2026)

Iron plaque in paddy: Formation, properties, functions, and applications - Zhao-Feng Yuan; Tida Ge; Dong-Xing Guan; Bin He; Xiaokai Zhang; Yongfu Li; Zhenke Zhu; Gang Li; Pil Joo Kim; Georg Guggenberger; Minggang Xu; Jianping Chen; et al. (Soil Biology and Biochemistry, 2026)

Frequency and C:N:P stoichiometry of organic inputs determines intensity of net C balance in paddy soils - Ruiqiao Wu; Ze Zhang; Guanjun Li; Xiangxiang Wang; Yunying Fang; Yakov Kuyakov; Xuebin Xu; Jianping Chen; Tida Ge; Zhenke Zhu (Soil Biology and Biochemistry, 2026)

Corrigendum to “Biochar stability assessment by incubation and modelling: Methods, drawbacks and recommendations” [Sci. Total Environ., 664, (2019), pages 11–23] - Lijian Leng; Xinwei Xu; Liang Wei; Liangliang Fan; Huajun Huang; Qian Lu; Jun Li; Wenguang Zhou (Science of The Total Environment, 2026)

Investigating microplastic release from plastic grinder heads during salt grinding - Cihang Yang; Kangti Li; Aoife Gowen; Jun-Li Xu (Science of The Total Environment, 2026)

Local macrophage dynamics–inspired engineering of time-programmed nano-vaccine scaffold for postoperative cancer immunotherapy - Zhenyu Xu; Qian Chen; Mingyu Hao; Yiyang Cao; Xiaoqin Kuang; Chunjiayu Li; Zhihao Liu; Jiawen Xue; Jianing Zhao; Mengwei Zhao; Naicong Cai; Yiqing Li; et al. (Science Bulletin, 2026)

In vivo CAR-T: a paradigm shift in adoptive cell therapy from bench to beside - Yuanting Cai; Huilei Miao; Yuning Wang; Jiatong Ding; Peiwen Ma; Xiaosong Zhong; Yue Bai; Hengjia Tu; Zhongwei Xu; Guo Zhao; Zhangqiang Xiang; Shuhang Wang; et al. (Science Bulletin, 2026)

Bioengineering extracellular vesicles for enhanced therapeutic functionality and clinical potential in the cardiovascular system - Yongtao Wang; Meiyu Hu; Michail Spanos; Shihui Xu; Jiaxin Song; Guoping Li; Dragos Cretoiu; Junjie Xiao (Science Bulletin, 2026)

Lengthening vegetation carbon turnover time across China’s forests - Rong Ge; Xiaoli Ren; Honglin He; Guirui Yu; Li Zhang; Qian Xu; Mengyu Zhang; Shilong Piao; Kailiang Yu; Mathew Williams; Xiaobo Zhu; Shiyong Yu; et al. (Science Bulletin, 2026)

Who is the best allogeneic hematopoietic stem cell transplant donor for severe aplastic anemia? Data from the Chinese Bone Marrow Transplantation Registry Group (CBMTRG) - Zheng-Li Xu; Lan-Ping Xu; Shun-Qing Wang; De-Pei Wu; Xi Zhang; Su-Jun Gao; Ling-Hui Xia; Rui Xi; Jian-Min Yang; Qi-Fa Liu; Ming Jiang; Xiao-Sheng Fang; et al. (Science Bulletin, 2026)

Unified quasi-solid electrolyte design for coupled stabilization of Zn anode and I2 cathode in aqueous Zn-I2 batteries - Meng’an Wang; Tao Li; Shicong Zhang; Hexian Ma; Yang Xu; Yi Shen; Chenyu Wei; Tao Zhang; Tianquan Lin (Science Bulletin, 2026)

Hydrogen sulfide-activatable intermolecular superoxide anion transfer for molecular afterglow luminescence imaging of bacterial resistance - Weina Xu; Weihao An; Zhongkun Wang; Meng Zhao; Qing Li; Qingqing Miao (Science Bulletin, 2026)

Customizable sub-nanometer vertical-step grayscale lithography - Haonan Ma; Shijie Zhao; Xia Liu; Ziying Hu; Xu Han; Hongtao Li; Zeming Jin; Mingdi Zhang; Jixiang Li; Wenke Fu; Yunyun Dai; Yuan Huang; et al. (Science Bulletin, 2026)

Catalysis-inspired d-band center engineering enables hydrogen-suppressed zinc anodes for long-life aqueous zinc-ion batteries - Chunhui Gao; Zhenjing Jiang; Jie Chen; Kaining Zhang; Huijun Yang; Ruwei Chen; Hang Yang; Qingjin Fu; Zheng Li; Nana Xu; Mengran Wang; Bo Hong; et al. (Science Bulletin, 2026)

Spiral-fluorene-integrated sterically shielded multi-resonance TADF emitter: simultaneously achieving narrowband emission and restraining Dexter energy transfer - Jiasen Zhang; Hao Liu; Lin Wu; Kaibo Fang; Deli Li; Denghui Liu; Xuewei Nie; Letian Xu; Zujin Zhao; Wei Li; Ziyi Ge (Science Bulletin, 2026)

Polyphenol-mediated hierarchical porous hydrogel evaporators for accelerated water transport and reduced evaporation enthalpy - Xueqian Zhang; Hongtao Li; Bo Liang; Zikun Zou; Zhen Yang; Shaohui Xiong; Lei Yang; Xu Wang; Yang Chen; Yuanting Xu; Yiwen Li (Science Bulletin, 2026)

Assessing spatial variation in carbon stocks across China’s wetland ecosystems - Bo Peng; Zhiyong Zhou; Li Xu; Nianpeng He (Resources, Conservation and Recycling, 2026)

RBOHC-derived ROS control plant nitrate starvation response via WRKYs-activated expression of high-affinity nitrate transporters - Tian Yuan; Meng-Qi Cui; Chen Xu; Jing-Ying Yan; Wo-Na Ding; Ji-Ming Xu; Yun-Rong Wu; Gui-Xin Li; Yu Liu; Dong Zhang; Chuan-Zao Mao; Moussa Benhamed; et al. (Science Bulletin, 2026)

Four decades of climate-driven changes in Northern Hemisphere surface ozone - Danyuting Zhang; Ke Li; Yang Yang; Xu Yue; Wenju Cai; Hong Liao (Science Bulletin, 2026)

The key predictive factors of arbuscular mycorrhizal fungi community spatial distribution in saline-alkaline meadow soils: Abiotic variables or hosts? - Lin Zhang; Yuqiang Wen; Mengmeng Zhang; Kun Li; Ruotong Wu; Ning Sun; Fuqiang Song; Tianle Xu (Rhizosphere, 2026)

The paleoclimatic footprint in the terrestrial net primary productivity of the northern Tibetan Plateau - Anning Cui; Jianping Zhang; Xingqi Liu; Deke Xu; Hao Li; Baoshuo Fan; Houyuan Lu (Review of Palaeobotany and Palynology, 2026)

The impact of digital transformation on corporate carbon information disclosure: evidence from China's resource-based listed companies - Xiao Tan; Nanxin Li; Xiaoxuan Wu; Antong Li; Daxing Xu; Zhongkui Han (Resources Policy, 2026)

Tracing sediment provenance in Central Jiangsu tidal flat: Quantitative analysis of grain size and geochemical elements - Yanxia Li; Yang Li; Ziyang Zhang; Min Xu (Regional Studies in Marine Science, 2026)

Generating an annual 30 m rice cover product for monsoon Asia (2018–2023) using harmonized Landsat and Sentinel-2 data and the NASA-IBM geospatial foundation model - Husheng Fang; Shunlin Liang; Wenyuan Li; Yongzhe Chen; Han Ma; Jianglei Xu; Yichuan Ma; Tao He; Feng Tian; Fengjiao Zhang; Hui Liang (Remote Sensing of Environment, 2026)

A large-scale framework for deriving tidal flat topography from SWOT data - Hao Xu; Nan Xu; Wenyu Li; Kai Tan; Chunpeng Chen; Huan Li; Lucheng Zhan; Pei Xin; Jiaqi Yao; Peng Li; Zhen Zhang; Haipeng Zhao; et al. (Remote Sensing of Environment, 2026)

Enhancing cloud detection across multiple satellite sensors using a combined Swin Transformer and UPerNet deep learning model - Shulin Pang; Zhanqing Li; Lin Sun; Biao Cao; Zhihui Wang; Xinyuan Xi; Xiaohang Shi; Jing Xu; Jing Wei (Remote Sensing of Environment, 2026)

AgriFM: A multi-source temporal remote sensing foundation model for Agriculture mapping - Wenyuan Li; Shunlin Liang; Keyan Chen; Yongzhe Chen; Han Ma; Jianglei Xu; Yichuan Ma; Yuxiang Zhang; Shikang Guan; Husheng Fang; Zhenwei Shi (Remote Sensing of Environment, 2026)

An integrated atmospheric-topographic correction framework for land surface reflectance estimation using a spatial-spectral Attention U-Net model - Yichuan Ma; Shunlin Liang; Han Ma; Tao He; Xiran Shi; Wenyuan Li; Dejun Cai; Xiongxin Xiao; Shikang Guan; Weiwei Liu; Jianglei Xu; Yongzhe Chen; et al. (Remote Sensing of Environment, 2026)

Phloretin enhances the efficiency of sheep oocyte IVM and early embryonic development by bolstering antioxidant defenses, inhibiting apoptosis, and promoting development - Xu Li; Shuhong Tang; Yinwei Zheng; Ruiguo Zhao; Feifan Xu; Naerhulan Ayiken; Guangdong Hu; Yanping Wang; Weibin Zeng (Reproductive Biology, 2026)

The overlooked role of nitrate in mediating electron transfer and enhancing reactive species generation in TiO2 photocatalytic water remediation - Zheng Hu; Jin Wu; Lingzhi Shen; Zili Lin; Zihong Xu; Zhenjun Xiao; Zheng Fang; Daguang Li; Ping Chen; Wenying Lv; Guoguang Liu (Process Safety and Environmental Protection, 2026)

Treatment of shale gas fracturing flowback fluid using a novel multistage flocculation reactor: Energy-matching mechanism and field validation - Xing Liang; Can Cui; Lulu Xu; Yumin Mu; Gang Jin; Chang Liu; Liang Li; Haijun Zhang; Xiaobing Li (Process Safety and Environmental Protection, 2026)

Mechanistic insights into the naphthalene degradation by biochar-supported nZVI activated persulfate - Xiaoyi Li; Xueqiang Zhu; Damao Xu; Qixiang Zhang; Junheng Kan (Process Safety and Environmental Protection, 2026)

Experimental investigation of hydrogen self-ignition and explosion in confined enclosures: Influence of axial obstruction and ventilation - Ping Li; Yihui Jiang; Di Wu; Jian Guo; Jinwei Xu; Yiwen Xu; Bo Ke; Songlin Zhang; Qiangling Duan (Process Safety and Environmental Protection, 2026)

Fluid flow and CBM productivity-CO2 injectivity evaluations induced by injection pressure and reservoir condition: Implications for CO2-ECBM injection process and drainage degree - Zhonghui Wang; Shoujian Peng; Jiang Xu; Li Jia; Liang Cheng; Jiaxuan Chen (Process Safety and Environmental Protection, 2026)

Study on the performance of sulfonated poly (aryl ether ketone sulfone) organic matrix with enhanced double-free radical eliminating agents - Hongqi Liang; Shuqi Zhao; Ao Qu; Wei Fan; Zhizhuo Liu; Ziyi Wang; Jingmei Xu; Jiaxin Li; Youwei Huang; Yingnuo Liu (Process Safety and Environmental Protection, 2026)

Singlet oxygen-driven degradation of organic pollutants via peroxymonosulfate activation by sulfur-doped MOF-derived catalysts - Huanxuan Li; Chen Liu; Tao Rao; Zhong Zhou; Zhitong Yao; Wei Han; Jingang Huang; Shaodan Xu; Xiuyan Liu (Process Safety and Environmental Protection, 2026)

Real-time gas dispersion model prediction on offshore platforms based on CNN_Transformer model - Haosen Li; Lin Hao; Zhenxing Zhu; Wei Xu; Junjie Feng; Hongyuan Wei (Process Safety and Environmental Protection, 2026)

A 500-year cycle of demographic expansion and contraction in the lower Yangtze and adjacent coastal region during the Holocene driven by East Asian summer monsoon oscillations - Deke Xu; Yuhai Wang; Keyang He; Hao Li; Yajie Dong; Jun Kuang; Zhigang Zhang; Bing Song; Yulong Niu; Guoping Sun; Yonglei Wang; Jiatong Lu; et al. (Quaternary Science Reviews, 2026)

Synchrony of prehistoric agricultural evolution and drought events in the North China Plain - Yanpeng Li; Shengrui Li; Hai Xu; Keliang Zhao; Guanhan Chen; Yaping Zhang; Jiacheng Ma; Junchi Liu; Yong Ge; Yan Zheng; Xinying Zhou; Xiaoqiang Li (Quaternary Science Reviews, 2026)

Viscoelastic characteristics and static-load bruising mechanism of mature blueberries modeled via improved burgers model and VE-FEM - Changsu Xu; Huaiyi Liao; Junxiu Liu; Xinzhi Liu; Yunwu Li; Shoutai Li (Postharvest Biology and Technology, 2026)

Chemical and transcriptomic profiling of the fruit cuticle for winter jujube cultivars with contrasting rates of water loss - Junqing He; Suile Li; Minqi Zhou; Yanli Wang; Fengyi Zhang; Yongli Du; Yang Zhang; Matthew A. Jenks; Xiaojing Xu (Postharvest Biology and Technology, 2026)

The Role of N-Glycosylation in Maintaining Self-Incompatibility Stability of Apple S-RNase - Ya Xu; Chenxi Shi; Shengyuan Wang; Linguang Li; Wei Li; Fuli Huang; Buhang Zhang; Qisheng Yao; Tianzhong Li (Plant Science, 2026)

Brassinosteroids and TaGSK3 coordinate phosphorus uptake and low-phosphorus tolerance in wheat through overlapping and independent pathways - Pengcheng Wang; Jialiang Zhang; Chen Yang; Yaxin Niu; Junzhe Wang; Wanquan Ji; Yan Li; Xiaoming Wang; Shengbao Xu; Xue Shi (Plant Science, 2026)

Subspecies-specific epigenetic remodeling drives differential cold adaptation in geng/xian rice - Dong-Ao Li; Xiao-Long Xu; Yu-Hong Luo; Zu-Wen Zhou; Yong-Qing Qian; Qian Tang; Xi-Tong Zhu; Jia-Ming Song; Ling-Ling Chen (Plant Science, 2026)

The transcription factor BRN2 confers cadmium tolerance by regulating SAM1 expression in Arabidopsis - Su Li; Jing Huang; Jia Qi Li; Chuan Jin Shan; Ren Fang Shen; Da Li Zeng; Jin Chen; Xian Jiao Guan; Xiao Fang Zhu; Ting Wu Liu; Yong Gang Xu (Plant Science, 2026)

The biosynthesis and signaling regulation of strigolactones in plants - Tingshan Yao; Xiaofeng Xu; Rangjin Xie; Changyong Zhou; Dandan Li (Plant Science, 2026)

SiGSTU18 positively regulates saline-alkali tolerance in foxtail millet through glutathione metabolism and glutamic acid-mediated alleviation of oxidative stress and ion toxicity - Yun Li; Yuxue Zhao; Fuxing Xiang; Fangying Chen; Yanrui Xu; Xiaohu Lin; Jihan Cui; Yucui Han (Plant Science, 2026)

Tamarisk miRNA target genes TcSPL5 and TcNAC1 mediate the post-transcriptional responses of salt stress - Yang Zheng; Junwen Wang; Meng Xu; Mu Cao; Shaoyan Jiang; Jianwen Wang; Li-an Xu (Plant Science, 2026)

Genome-wide identification of the laccase gene family in wheat (Triticum aestivum L.) during Fusarium pseudograminearum infection - Li-Yu Chen; Yi Diao; Ju-Hong Ma; Xiang-Xue Zhang; Rui Li; Yan Liu; Hong-Tao Tang; Zhi Wang; Sha Gao; Rui-Huan Xu; Zhen-sheng Kang; De-Jun Han; et al. (Plant Science, 2026)

Antagonistic bacterium BY-S1 induces resistance to tobacco black shank: Integrated insights from defense response and metabolic profiling - Yu Zhang; Yushuai Zhang; Mengze Li; Yuwei Zhang; Xianglong Li; Tengfei Liu; Hang Wang; Zicheng Xu; Jiayang Xu; Wei Jia (Pesticide Biochemistry and Physiology, 2026)

Resistance risk and molecular mechanism of strawberry wilt pathogen Fusarium oxysporum f. sp. fragariae to Fludioxonil - Yinkai Liu; Xiaolei Yang; Yige Li; Shengxue Li; Siyu Sun; Huiqing Xu; Ziyang Zhang; Xiaoru Yin; Yiqiang Cai; Guilin Sheng; Yingchun Shen; Jidong Xu; et al. (Pesticide Biochemistry and Physiology, 2026)

Oxidized- and hydroxylated-pennogenin saponins from the rhizomes of Paris fargesii and their hemostatic activity - Ling-Ling Yu; Lijin Jiao; Yan-Xi Li; Xu-Hong Li; Shan-Shan Ling; Long-Gao Xiao; Rui-Qi Liu; Wei Ni; Huan Yan; Yunheng Ji; Hai-Yang Liu (Phytochemistry, 2026)

Taxonomical and functional microbial community profiling in Fusarium wilt-resistant and susceptible banana plants - Shazma Gulzar; Yaxing Xu; Chunxia Huang; Xiaoquan Li; Weiyou Zou; Yue Meng; Rahat Sharif; Zuxiang Su; Chunxiang Xu (Physiological and Molecular Plant Pathology, 2026)

Aziridine-ring-opened azicemicins with ferroptosis inhibitory activity from the Kibdelosporangium phytohabitans XY-R10 - Yongqi Tian; Junliang Zhang; Xuan Chen; Dengwei Zhang; Zengzhi Liu; Lisheng Li; Ying Xu; Yong-Xin Li (Phytochemistry, 2026)

A numerical simulation investigation into the hydrodynamic behavior of propellers considering the effects of longitudinal vibration of the shafting system - Yakun Lu; Changlin Meng; Donghua Wang; Zhixiang Li; Yibin Guo; Bin Chen; Mingming Wang; Jiapeng Yu; Hanzhang Xu; Wanyou Li (Ocean Engineering, 2026)

Experimental study on dynamic response of offshore wind turbine structures under asymmetric wave and wind loads - Zhang Xiao-ling; Zhou Guang-li; Zhang Bing-jie; Xu Cheng-shun (Ocean Engineering, 2026)

Experimental and numerical simulation study on drag reduction performance of cross-medium bionic leading-edge propellers - Wenkai Tan; Yujie Liu; Fapeng Zhang; Qing Li; Zehua Xu; Anling Li; Qiang He (Ocean Engineering, 2026)

Flow field characteristics and structural optimization of oscillating nozzles - Lidong Li; Yan Xu; Zhenchao Zhao; Jiaxiang Wang; Yuejuan Yan; Jinglong Zhang; Sen Li; Wei Wu (Ocean Engineering, 2026)

Rapid hydrodynamic prediction of an offshore shellfish farm under extreme ocean conditions using support vector regression - Hui Yang; Jun Wang; Yihong Li; Yingchao Ma; Zhijing Xu (Ocean Engineering, 2026)

Impact performance of assembled aluminum alloy-concrete-carbon steel double-skin tubular column - Wengang Xu; Jigang Zhang; Qingfeng Yan; Wenli Chen; Zaixian Chen; Wei Li; Yun Niu; Zhaolong Li (Ocean Engineering, 2026)

Decentralized cooperative collision avoidance strategies for conventional and intelligent ships in mixed scenarios - Bowei Xu; Neng Guo; Junjun Li (Ocean Engineering, 2026)

Ship trajectory prediction model based on CovTE-BiLSTM with spatiotemporal feature coupling - Fangbing Xiao; Tianxiang Xu; Xiufeng Zhang; Weifeng Li (Ocean Engineering, 2026)

Adaptive fuzzy control for coordination of heterogeneous nonlinear multi-agent systems with stochastic hybrid-order dynamics - Hejing Li; Xiaoting Xu; Liyan Qiu; Bo He (Ocean Engineering, 2026)

The reconstruction of the destroyed city floods of the Daming Prefecture during Ming Dynasty - Tianyu Du; Xueyan Ren; Junxia Yan; Yuecong Li; Yuejie Wu; Mingxia Xie; Shaoqing Guo; Wei Lv; Nan Yang; Qinghai Xu; Bing Li; Huayong Li (Palaeogeography, Palaeoclimatology, Palaeoecology, 2026)

Biochar modulates the effects of microplastics on the rhizosphere microbiome of Solidago canadensis L. in a Cd-polluted soil - Mingwei LI; Yanna ZHAO; Yuhuan SUN; Guangjian XU; Yinfa MI; Jiao SUN; Fayuan WANG (Pedosphere, 2026)

Rice2035: A decadal vision for rice research and breeding - Hong Yu; Yongxin Xu; Zhoulin Gu; Kejian Wang; Tong Zhang; Qian Qian; Jiayang Li (Molecular Plant, 2026)

Interfacial adsorption mechanism of xanthan gum pre-assembled with calcium ions as an efficient depressant for Cu-S flotation separation under low-alkaline - Hulin Gao; Jian Liu; Jiamei Hao; Meiguang Jiang; Xu Bai; Da Li; Rong Huang (Minerals Engineering, 2026)

Corrigendum to “Sources of organic carbon and environmental response characteristics in the mangrove region of Trat Province, Thailand, over the past 1,019 years” [Mar. Environ. Res. 213 (2026) 107628] - Yuanqin Xu; Ping Li; Jie Liu; Wei Gao; Wenjie Yu; Yao Zhang; Somkiat Khokiattiwong; Narumol Kornkanitnan (Marine Environmental Research, 2026)

Driving mechanisms of distinct seasonal phytoplankton dynamics in a low-latitude basin revealed by multi-platform observations - Weinan Li; Edward A. Laws; Luping Song; Yichong Wang; Zengchao Xu; Chao Xu; Yibin Huang; Feipeng Xu; Lizhen Lin; Wupeng Xiao; Xin Liu; Haili Wang; et al. (Marine Environmental Research, 2026)

Marine oil film identification based on GLOH, K-Means and adaptive threshold - Jin Xu; Min Cheng; Xiaoguang Mou; Zekun Guo; Yuanyuan Huang; Bo Li; Sihan Qian; Bingxin Liu; Peng Liu (Marine Environmental Research, 2026)

Effect of the hydrodynamic wedge on the intervening liquid film between a bubble and a particle and the implication on froth flotation - Saiwei Li; Luyang Chen; Zhiqiang Sun; Xu Liu (Minerals Engineering, 2026)

Effect of Staphylococcus xylosus and Lactiplantibacillus plantarum inoculation on in-bag dry-aged beef: Physicochemical characteristics and in vitro digestion properties - Zili Yang; Conggui Chen; Baocai Xu; Huiting Luo; Peijun Li (Meat Science, 2026)

Corrigendum to “Mitigating natural hazards through optimization of China’s ecological conservation redline: a case of Zhejiang Province” [Landsc. Urban Plan. 266 (2026) 105537] - Haoxuan Xia; Wenze Yue; Tianyu Wang; Changjia Li; Jiren Xu (Landscape and Urban Planning, 2026)

Molecular composition determines the nitrogen isotopic signatures of dissolved organic matter - Zhenwei Yan; Yu Xin; Yuanbi Yi; Penghui Li; Wenqi Xu; Wanqing Xu; Youping Zhou; Chuanlun Zhang; Ding He (Marine Chemistry, 2026)

Chironomid larvae bioturbation accelerates sediment carbon release and greenhouse gas emissions in macrophyte-dominated and algae-dominated shallow lakes - Mengyu Sun; Mingjie Li; Ying Zhang; Yaling Su; Wenming Yan; Di Xu; Chengpeng Lu; Kuanyi Li; You Zhang (Limnologica, 2026)

Enhanced removal of sulfamethoxazole in a layered intimately coupled photocatalysis and biodegradation system encapsulated in calcium alginate - Yifeng Xu; Zhixin Li; Benquan Mao; Linchuan Fang; Lai Peng (Journal of Water Process Engineering, 2026)

Study on scale-up laws of the multi-stage enhanced flocculation reactors: Correction of inlet pipe diameter on scaling-up effects - Can Cui; Xing Liang; Lulu Xu; Hu Wang; Huiyu Zhang; Zhimin Yang; Xiaobing Li (Journal of Water Process Engineering, 2026)

Inhibition mechanism of micro-nano bubbles on green algae in bloom water: A case of Chlorella pyrenoidosa - Xinrui Yu; Tianzhi Wang; Zhitao Li; Hongkui Zhang; Yajie Xu; Soon-Thiam Khu (Journal of Water Process Engineering, 2026)

Effects of alkaline pretreatment on side-stream enhanced biological phosphorus removal and recovery process - Ruoyu Wu; Dongqi Wang; Yufan Wu; Lu Qin; Xiaonian Feng; Yi Xiao; Yanzhe Gong; Guangxiang Duan; Jiayu Bi; Zhiqiang Xu; Yuan Guo; Jiake Li; et al. (Journal of Water Process Engineering, 2026)

Enhancement of methane production in anaerobic digestion via modified oil sludge-derived biochar additive: Mechanisms of electron transfer, proteins cleavage and microbial synergy - Shuocheng Shao; Kaiyi Zhang; Can Xu; Shufei He; Mingsheng Li; Likui Feng; Zhelu Gao; Zixuan Zhao; Qingliang Zhao; Liangliang Wei (Journal of Water Process Engineering, 2026)

The happiness effect of farmers' e-commerce participation: Evidence from China rural revitalization survey - Jiabin Xu; Mingqian Zhao; Jingjing Wang; Tianyi Wang; Cuixai Li (Journal of Rural Studies, 2026)

Functional analysis of chitinase genes in Lasioderma serricorne reveals their roles in molting and larval-pupal metamorphosis - De-Qian Liu; Jia-Yu Zhang; Kang-Kang Xu; Can Li; Fang-Hao Wan; Guy Smagghe; Wen-Jia Yang (Journal of Stored Products Research, 2026)

Metagenomic insights into diet-mediated gut microbial plasticity and functional adaptations in the tobacco beetle Lasioderma serricorne (Coleoptera: Ptinidae) - Junaid Zafar; Shuhao Zhang; Zhanpeng Zhu; Ziling Wan; Yanqing Li; Ang Li; Ling Huang; Xuewei Zhang; Chen Peng; Shuai Zhong; Fengliang Jin; Xiaoxia Xu (Journal of Stored Products Research, 2026)

Microstructural changes, water migration, and oil release in Camellia oleifera seeds during microwave vacuum drying - Jianan Gao; Guangfei Zhu; Guangyue Ren; Jian Li; Yongli Zhang; Jianfang Shi; Wenchao Liu; Linlin Li; Xu Duan (Journal of Stored Products Research, 2026)

Effects of host switching on population rejuvenation and transgenerational fitness in the parasitoid wasp Habrobracon hebetor - Yao Huang; Jintao Wen; Chunlin Tian; Ang Li; Xu Yang; Guowei Li; Siqing Jiang; Yi Mao; Maofa Yang (Journal of Stored Products Research, 2026)

Warming shifts priming effects from negative to positive: New insights into carbon cycling in aquaculture waters - Ping Jiang; Xinyi Wang; Xuedong Zheng; Hao Yang; Y. Jun Xu; Yiwen Zhang; Yang Wang; Yifei Zhang; Wenjun Yang; Chen Ye; Siyue Li (Journal of Hydrology, 2026)

Three-dimensional WFAM for unsaturated hydraulic conductivity measurement: Theoretical derivation and numerical validation - Xiao-kang Li; Yuan-ming Lai; Xu Li; Wen-zhen Tang; Qin-guo Ma; Xiao-xiao Luo; Lun-yang Zhao (Journal of Hydrology, 2026)