Does opercular shortening influence seaward migration success of stocked Atlantic salmon (Salmo salar) smolts? - Martin H. Larsen; Kim Birnie-Gauvin; Henrik Baktoft; Søren T. Thomassen; Kim Aarestrup (Fisheries Research, 2026)

Growth estimates from integrated analysis of tag-recapture and direct aging data for dolphinfish (Coryphaena hippurus) - Wessley Merten (Fisheries Research, 2026)

Rebuttal to the Response by Abass et al. - Adrian C. Pinder; Rajeev Raghavan; Steven J. Cooke; J. Robert Britton (Fisheries Research, 2026)

Industry-sourced approaches to diamond-backed terrapin bycatch reduction in the North Carolina commercial blue crab fishery - Brett Wilson; Joseph Facendola; Amanda Southwood Williard (Fisheries Research, 2026)

Responsible restocking to aid recovery of an iconic sciaenid fishery: A case study of Mulloway (Argyrosomus japonicus) - Alistair Becker; Julian M. Hughes; Ashley M. Fowler; Matthew D. Taylor (Fisheries Research, 2026)

Quantifying depletion rates of benthic macrofauna from the Danish Seine – A ‘low impact’ mobile bottom-contacting fishing gear - Katrina Bromhall; Ciarán McLaverty; Ole R. Eigaard; Tim J.G. Wilms; Thomas Noack; Finbarr G. O’Neill; Grete E. Dinesen (Fisheries Research, 2026)

Rebuttal to the response by Millar and Broadhurst - Bent Herrmann; Juan Santos; Manu Sistiaga; Jure Brčić; Junita D. Karlsen; Valentina Melli; Antonello Sala; Tiago Veiga-Malta; Jesse Brinkhof; Andrea Petetta; Mengjie Yu; Mark J.M. Lomeli; et al. (Fisheries Research, 2026)

Correction to “Mechanisms of Fish Intestinal Damage Under Environmental Stress: Insights From Carbonate Saline–Alkali Water Perspective” (Reviews in Aquaculture, 2026)

Monoterpenes: Functional Additives for Reducing Antibiotics in Aquaculture - Danilo Vitor Vilhena Batista; Barbara Silveira Souza; Caio Francisco Santana Farias; Ana Paula de Souza; Alexandre Vaz da Silva; Emilly Monteiro Lopes; Elenice Martins Brasil; Maurício Laterça Martins; José Luiz Pedreira Mouriño; Marco Shizuo Owatari (Reviews in Aquaculture, 2026)
Aquaculture is a rapidly growing industry that supplies fish for global consumption. However, the intensive production practices have resulted in disease outbreaks, largely driven by the misuse of antibiotics. Natural alternatives, such as monoterpenes, which are biocompounds derived from essential oils obtained from plants like thyme and oregano, are being investigated for their antimicrobial properties. Research has shown that monoterpenes can effectively reduce mortality rates in aquaculture, providing a sustainable solution for disease management without the negative environmental impacts associated with antibiotics. This approach has the potential to promote healthier and more environmentally friendly fish production. Monoterpenes have demonstrated promising results in enhancing fish resistance to pathogens, which could potentially reduce the reliance on antibiotics in aquaculture. However, the economic feasibility of incorporating these compounds into fish diets has not been thoroughly examined, which may hinder their widespread adoption. Clear economic data is essential to evaluate the costs and benefits of using monoterpenes in aquaculture, as uncertainties regarding financial returns could discourage producers and investors. Without this information, the market acceptance of aquafeeds containing monoterpenes may be limited, affecting the progress of cleaner and more sustainable fish farming practices. This review aims to address the gaps in knowledge regarding the widespread use of phytobiotics, specifically focusing on monoterpenes and their impact on the aquaculture industry. It will delve into their mechanisms of action, effectiveness in protecting aquatic animals, and recent developments in combating bacterial infections, while also discussing the risks posed by antimicrobial resistance.

Toxicological Insights Into Multiple Pesticide Exposures in Red Swamp Crayfish ( Procambarus clarkii ): Molecular Mechanisms, Risk Assessments, and Future Perspectives for Aquaculture - Dan‐Dan Bian; Zi‐Yi Xing; Shuang‐Gui Dai; Xiang Lu; Dai‐Zhen Zhang; Bo‐Ping Tang; Bao‐Jian Zhu; Qiu‐Ning Liu (Reviews in Aquaculture, 2026)
The rice–crayfish integrated system (RCIS) is vital to Asian aquaculture, yet its sustainability is threatened by a critical paradox: pesticides used in rice cultivation jeopardize the health of the red swamp crayfish ( Procambarus clarkii ) and the safety of its products. This review systematically synthesizes evidence establishing oxidative stress as the central hub linking pesticide exposure to multilevel toxicity in P. clarkii . We delineate how pesticides dysregulate key pathways (PI3K/AKT/mTOR, MAPK, NF‐κB), triggering apoptosis, metabolic disruption, and immunosuppression. A pivotal mechanism involves pesticide‐induced gut microbiota dysbiosis, which diminishes beneficial short‐chain fatty acids and enriches pathogens, thereby amplifying intestinal barrier damage and host vulnerability. These interconnected processes collectively stunt growth and heighten susceptibility to pathogens like white spot syndrome virus (WSSV). Beyond organismal effects, we evaluate environmental pesticide fate and propose a novel risk assessment framework integrating these sublethal endpoints. Our proposed mitigation strategies include eco‐friendly pesticides, ecological engineering, and microbiome‐directed interventions. We advocate for future research prioritizing multi‐omics and mixture toxicity assessment. By deciphering this toxicity cascade and translating insights into practice, this review aims to protect the productivity, ecological integrity, and food safety of integrated aquaculture systems for long‐term sustainability.

Macro‐Hybrid and Micro‐Hybrid of Fish - Qizhi Liu; Anmin Liao; Min Tao; Qinbo Qin; Kaikun Luo; Chun Zhang; Shi Wang; Yi Zhou; Fangzhou Hu; Yude Wang; Chang Wu; Wuhui Li; et al. (Reviews in Aquaculture, 2026)
This study reviews the progress in fish breeding, focusing on distant hybridization and gynogenesis, and introduces the theory of macro‐hybrid and micro‐hybrid. The macro‐hybrid refers to the allo‐progeny derived from distant hybridization, including the allo‐progenies. The micro‐hybrid refers to the auto‐progenies derived from distant hybridization or heterologous sperm‐induced gynogenesis, which possess a genome derived predominantly from the maternal but contain DNA fragments originating from the paternal. Macro‐hybrids induce significant phenotypic changes, while micro‐hybrids improve growth rate and stress resistance. Both hybridization and gynogenesis exhibit high selective pressure. This review elucidates how selective pressures (homozygosity + heterologous sperm + cold/heat shock) of the heterologous sperm‐induced gynogenesis contribute to the generation of effective genetic variations. The study also presents the technologies of macro‐hybrid and micro‐hybrid. In macro‐hybrids of distant hybridization, parental chromosome numbers are closely matched, enabling the formation of fertile allo‐diploid and allo‐tetraploid strains. In micro‐hybrid of distant hybridization, equal or differing chromosome numbers between parents yield fertile auto‐tetraploid and auto‐diploid strains. In micro‐hybrid of heterologous sperm‐induced gynogenesis, equal or different chromosome numbers between parents yield auto‐diploid strains. The integration of heterologous sperm‐induced gynogenesis, back‐cross, and self‐cross strategies can address the issue of all‐female progeny resulting from gynogenesis. A series of auxiliary breeding techniques is established to support the macro‐hybrid and micro‐hybrid breeding. Case studies of superior fish strains developed through macro‐hybrid and micro‐hybrid breeding are presented. The establishment of macro‐hybrid and micro‐hybrid theory and breeding technologies holds significant value for fish breeding.

The Genus Aeromonas in Aquaculture: A Comprehensive Review of Prevalence, Virulence, and Antibiotic Resistance With an Emphasis on Key Pathogenic Species - Luo‐tao Tao; Dong‐peng Gao; Yi‐ling Liu; Wu‐wen Sun; Xiao‐feng Shan (Reviews in Aquaculture, 2026)
In the burgeoning global aquaculture sector, safeguarding water quality and mitigating the impact of aquatic pathogens are paramount to maximizing industry profitability and ensuring the safety of aquatic products. Among the myriad bacterial species impacting aquatic ecosystems, the genus Aeromonas emerges as a particularly influential player in both natural and aquaculture settings. This ubiquitous group of bacteria not only precipitates a range of diseases in aquatic organisms, compromising aquaculture productivity and product quality, but also harbors zoonotic potential, posing a threat to human health. Furthermore, the rampant use of antibiotics in aquaculture has precipitated a concerning trend of Aeromonas resistance to multiple classes of antimicrobial agents, exacerbating the challenges associated with disease prevention and control. This review endeavors to comprehensively explore the prevalence, virulence determinants, and the evolving landscape of antibiotic resistance in Aeromonas within the context of aquaculture. By synthesizing and critically appraising the extant literature on Aeromonas , we aim to provide a robust scientific basis for the management of aquatic diseases and antimicrobial resistance, offering strategic insights for the sustainable advancement of the aquaculture industry.

Stress Nutrition in Aquatic Animals: From Definition to Practice - Jian Zhang; Qianwen Ding; Ruobing Lou; Yuanpei Zhang; Yuanyuan Yao; Yalin Yang; Zhen Zhang; Chao Ran; Zhigang Zhou (Reviews in Aquaculture, 2026)
Aquaculture faces numerous challenges, with stress being one of the major issues that lead to growth loss, metabolic disorders, weakened immunity, redox imbalance, and organ damage in aquatic animals. Nutritional intervention is one of the effective strategies to address these problems. Traditional research has primarily focused on the impacts of a single stressor on specific aspects of particular aquatic animal species. However, in practical scenarios, aquatic animals are often simultaneously exposed to multiple, overlapping stressors. Thus, it becomes crucial to investigate the specific role of nutrients in anti‐stress and to consider their synergistic effects when used in combination. Nevertheless, some nutrients have overlapping functions or differences in the degree of treatment. Thus, it is necessary to synthesize the existing nutritional research on stress alleviation in order to provide more precise and economical nutritional strategies. This paper reviews the research progress in stress nutrition in aquatic animals, including the classification of stressors, stress response processes and their combined effects, as well as the development of nutritional strategies offering new perspectives for managing stress in aquaculture. It defines stress nutrition from the perspective of essential nutrients, conditional essential nutrients, and homeostasis regulation of gut microbiota, emphasizing the dynamic adjustment of nutritional requirements in response to various stressors. Additionally, it also provides an in‐depth discussion of the research progress, challenges, and future prospects in this field. Continued exploration in this field will reduce stress‐associated losses in aquaculture and promote the efficiency of food supply by this important agricultural sector.

Current and Future Approaches to Determining Amino Acid Requirements in Crustaceans - Adam Yeap; Chris G. Carter; Basseer Codabaccus; Quinn P. Fitzgibbon; Gregory G. Smith (Reviews in Aquaculture, 2026)
Nutrition is crucial in aquaculture, with feed ingredients and manufacturing being one of the largest expenditures. The effectiveness of a feed in promoting animal growth and health is dependent on ingredients with appropriate nutritional profiles. Proteins are a costly component of aquaculture feeds; moreover, dietary crude protein requirements for crustaceans can be high, sometimes exceeding 50% of the diet. As proteins are composed of amino acids, understanding species‐specific amino acid requirements is essential for developing cost‐effective, customised commercial feeds. Several methods have been used to determine crustacean amino acid requirements, each with advantages and limitations. Given the varied feeding behaviours between crustacean species, some methods may only be appropriate for certain species. In this review, we propose the Requirements by Ration Level approach as the most suitable method for developing factorial models for feed formulation. This method considers amino acid intake, retention, and loss, whilst integrating digestibility, growth, and chemical composition. It is reliable, accurate, and addresses concerns of amino acid balance changes previously raised in the literature. By using a broken convex curve model instead of a broken line model, more realistic predictions are produced, reflecting dynamic conditions and transitions towards the plateau where the amino acid requirement is met. Additionally, technological advancements have allowed complementary studies in omics, nutritional physiology, and true protein. This review highlights various methods for determining amino acid requirements and demonstrates how the Requirement by Ration Level approach can produce consistent results across experiments, reducing experimental repetition and advancing our understanding of amino acid requirements.

Cover Image - Qizhi Liu; Anmin Liao; Min Tao; Qinbo Qin; Kaikun Luo; Chun Zhang; Shi Wang; Yi Zhou; Fangzhou Hu; Yude Wang; Chang Wu; Wuhui Li; et al. (Reviews in Aquaculture, 2026)
The cover image is based on the article Macro‐Hybrid and Micro‐Hybrid of Fish by Shaojun Liu et al., https://doi.org/10.1111/raq.70106 . image

Impacts of Salmonid Fish Production on River Water Quality: A Critical Appraisal of the Evidence - Anna N. S. Michalopoulou; Nic R. Bury; Robert A. Holland; Imogen Speck; Tim Sykes; Gail Taylor; Marc G. Dumont; Kelvin S.‐H. Peh (Reviews in Aquaculture, 2026)
Rivers are recognised as providing valuable goods and services to society, and as hotspots of global biodiversity. Fish farming is an economically important activity associated with river systems; however, the effects of this industry on river health are not entirely understood. Studies evaluating interactions between freshwater fish farms and rivers are limited; therefore, we conducted a systematic review and an appraisal of evidence quality to assess the impacts of salmonid fish farming on river water quality. The review revealed that two main types of water quality indicators are generally applied: physicochemical and biological. The response variables used to determine the effects of fish farm effluent on water quality vary considerably, yet most studies indicate that aquaculture negatively affects the environment. Overall, we highlight the knowledge gaps, including a lack of studies in freshwater aquaculture hotspots. The effects of fish farming on bacterial communities are also not clear due to limited research on these bioindicators. We suggest improvements in study design, including thorough consideration of confounding factors, and the provision of background information on the fish farms.

Economic Viability of Aquaponics Across Global Climate Zones: A Meta‐Analytical Assessment - Ewumi Azeez Folorunso; Radek Gebauer; Jan Mraz (Reviews in Aquaculture, 2026)
Aquaponic systems are emerging as sustainable agricultural solutions that conserve water and recycle waste, enabling food cultivation in urban, rural, and arid regions. They are increasingly advocated across diverse contexts, yet adoption remains limited due to concerns about economic viability stemming from huge capital investment and low profitability. In this study, we employed a metadata analysis to assess the influence of climate zones and system configurations on the profitability of soilless systems. Our findings informed the development of a data‐based support tool—APECO—presented as a prototype that uses compiled metadata. Productivity in tropical climates (Aw and Am) was associated with lower energy and labor costs, which corresponded with comparatively better outcomes than temperate regions in terms of breakeven price, net return, and payback periods. However, these patterns should be interpreted with caution due to dataset imbalance, as approximately one‐third of studies were conducted in the Aw climate zone, while data from other zones were sparse. Profitability also appeared to vary between configurations, but the observed divergence between coupled (revenue‐linked) and decoupled (cost‐linked) aquaponics should be regarded as preliminary, given that only 9% of the dataset represented decoupled systems. Plant revenue and fish yield were most strongly associated with net returns across climates, suggesting that context‐specific productivity gains may play an essential role in shaping profitability. We introduced APECO as a proof‐of‐concept calculator designed to integrate system‐specific metadata with user inputs; however, as it has not yet been validated with real‐world data, its use should be regarded as illustrative, pending empirical validation.

Diversification of Aquaculture Production in Relation to Global Change: The Case of the Domestication of Indigenous Euryhaline Catfish Species (Siluriformes) in the Mekong River Delta, Viet Nam - Nguyen Tinh Em; Nguyen Thanh Phuong; Bui Thi Bich Hang; Duong Thuy Yen; Le Quoc Viet; Do Thi Thanh Huong; Vo Nam Son; Huynh Viet Khai; Nguyen Hong Quyet Thang; Nguyen Tan Tai; Fabrice Teletchea; Frédéric Clota; et al. (Reviews in Aquaculture, 2026)
The Mekong River Delta, the heart of Vietnam's aquaculture industry, is facing many challenges due to climate change, particularly salinity intrusion. In this context, this review aimed to assess the potential of indigenous euryhaline catfish species to diversify fish farming, strengthen food security, and build resilience in the region. Among the 1219 fish species recorded in the Lower Mekong Basin, 176 belong to the order siluriformes. Using a selection framework based on biological, ecological, market demand, and Aquaculture Readiness Levels criteria, 18 euryhaline catfish species were selected and analysed, with Pangasius krempfi , Pangasius mekongensis , Mystus gulio , and Plotosus canius emerging as the most promising candidates. These selected species are currently in the early phases of domestication and face key challenges. Of the four species, P. krempfi and P. mekongensis show high market value but are hindered by unreliable seed supply and significant knowledge gaps in breeding and other farming protocols. M. gulio appears as a promising candidate with already established reproduction techniques, though improvements in grow‐out practices are required, while P. canius requires further research on artificial breeding and feeding optimization. For future developments, it is crucial to establish standardized hatchery protocols, broodstock management, improved farming practices, and species‐specific formulated feeds. Additionally, as native species are locally consumed, implementing market‐driven strategies is essential to increase profitability and ensure long‐term sustainability.

Correction to “Recent Advances in the Functional Roles of Non‐Coding RNAs in Pancrustacea” (Reviews in Aquaculture, 2026)

Cover Image - Jian Zhang; Qianwen Ding; Ruobing Lou; Yuanpei Zhang; Yuanyuan Yao; Yalin Yang; Zhen Zhang; Chao Ran; Zhigang Zhou (Reviews in Aquaculture, 2026)
The cover image is based on the article Stress Nutrition in Aquatic Animals: From Definition to Practice by Zhigang Zhou et al., https://doi.org/10.1111/raq.70091 . image

Welfare Indicators for Aquaculture Research: Toolboxes for Five Farmed European Fish Species - Chris Noble; Wout Abbink; René Alvestad; László Ardó; Marie‐Laure Bégout; Nina Bloecher; Erik Burgerhout; Josep Calduch‐Giner; Mauro Chivite‐Alcalde; Petr Císař; Evan Durland; Åsa M. Espmark; et al. (Reviews in Aquaculture, 2026)
Refining approaches to measuring, monitoring and appraising animal welfare in aquaculture research is key to (i) protecting and optimizing it, (ii) documenting the severity of how and when it deviates, and (iii) ensuring good scientific quality, reliable results and reproducibility, amongst other factors. However, different fish species and life stages can have varying welfare needs and assessing their welfare can be challenging. An array of welfare indicators (WIs) can be utilized when documenting fish welfare, and there is currently little consensus on which WIs are most applicable to the key fish species used in European aquaculture research. The aim of this review is to propose updated, fit for purpose and comprehensive WI toolboxes for aquaculture research involving Atlantic salmon ( Salmo salar ), rainbow trout ( Oncorhynchus mykiss ), European seabass ( Dicentrarchus labrax ), gilthead seabream ( Sparus aurata ), and the common carp ( Cyprinus carpio ). Where possible, these toolboxes will also include life‐stage considerations. It also provides information on utilizing WIs in deciding humane end‐points as well as information on how to sample different types of indicators. The review closes with information on how digitalization can affect the collection, collation and analysis of WI data in aquaculture research, including both practical and theoretical considerations. The toolboxes incorporate a range of WIs that go beyond those required for legally safeguarding fish welfare in both laboratory and operational experimental facilities in the current European 2010/63/EU Directive on the protection of animals used for scientific purposes and its amendment, the Commission Delegated Directive (EU) 2024/1262.

Mechanisms of Fish Intestinal Damage Under Environmental Stress: Insights From Carbonate Saline–Alkali Water Perspective - Jia Rui Cui; Qi Fang Lai; Yue‐Hong Li (Reviews in Aquaculture, 2026)
The intestinal tract is an important functional organ in fish, as it plays a key role in digestion and absorption, mucosal immunity, endocrine function, and metabolism. Therefore, damage to this organ greatly impacts fish health. This injury is usually associated with a poor aquaculture water environment, stressful conditions, and pathogen presence. In this review, in light of gut injury being a common pathology in aquaculture, we have summarized the current understanding of the intestinal damage of fish caused by carbonate water stress, and the mechanism of intestinal tissue damage caused by carbonate saline water stress, including the intestinal barrier function of fish and the role of various cells and molecules involved in the occurrence and development of diseases. Comparative data on carbonate stress responses across different teleost lineages (such as the Cyprinidae and Perciformes) have been integrated. The review also covers current methods for treating intestinal damage in fish, including dietary interventions, medications, and probiotics. Our findings highlight the need for more in‐depth research in this area to better understand the mechanisms underlying the occurrence of intestinal tissue damage in fish in carbonate‐based saline waters and to develop effective preventive and therapeutic strategies. Improved development of saline–alkaline waters and research into new treatments are essential for the sustainability of aquaculture and the health and productivity of farmed fish.

Maladaptation to Climate Change Poses a Threat to Future Aquaculture Production - Lynne Falconer; Megan Rector; Suleiman O. Yakubu; Ramón Filgueira; Audun Iversen; Eirik Mikkelsen; Matthew Sprague; Elisabeth Ytteborg (Reviews in Aquaculture, 2026)
As the effects of climate change become more prominent and impacts intensify, the aquaculture sector must make decisions on adaptation strategies and implement actions that will reduce risks and increase resilience. However adaptation is complex, and there can be many consequences of action or inaction. One of the major risks is maladaptation, when an action that is introduced to minimize a negative effect makes the situation worse, increases vulnerability, or has other undesirable impacts. This study considers how climate change maladaptation can occur across six defined Aquaculture Maladaptation Outcomes: (1) Increased emissions of greenhouse gases, (2) Negative impact on farmed species, (3) Negative ecological or environmental impact at local, regional or international scale, (4) Negative social impact on individuals, communities, or the global population, (5) Negative economic impact on individuals, companies, or the global food market and (6) Reduced adaptive capacity of aquaculture systems. The study further explains that maladaptation could arise through different routes, often unintentionally and could occur at all stages in the production line and associated supply chain (e.g., feed production), such as the farm‐level or industry‐wide scale, threatening future food production and sustainability of the sector. The distinction between adaptation and maladaptation is not always clear, changing over time and influenced by different factors, so the adaptation‐maladaptation continuum is also discussed, as is the need for trade‐offs. Finally, seven recommendations are outlined to help advance adaptation to climate change in aquaculture.

Phage‐Host Interactions in Flavobacterium Pathogens and the Potential of Phage‐Based Disease Control in Salmonid Aquaculture - Lotta A. I. Landor; Valeria Ruffo; Lotta‐Riina Sundberg; Lone Madsen; Mathias Middelboe (Reviews in Aquaculture, 2026)
A major bottleneck to the projected expansion of the aquaculture industry is disease outbreaks caused by bacterial pathogens. Fish diseases caused by Flavobacterium pathogens are persistent in salmonid aquaculture, and treatment is limited to antimicrobials, which contaminate the aquatic environment and promote antimicrobial resistance. Bacteriophages (phages) are viruses that naturally kill bacteria, and Flavobacterium ‐infecting phages have shown promise in preventing and controlling disease and biofilm formation in aquaculture. This review compiles current knowledge on Flavobacterium ‐phage interactions and applications. We outline the diversity and distribution of Flavobacterium hosts and phages, and discuss the connection between the type IX secretion system, the gliding motility machinery, phage susceptibility, and host virulence. While there is still much to learn about phage resistance mechanisms, the frequent observation that phage resistance is associated with loss of pathogen virulence points to phages as a promising avenue for future pathogen control. Phages infecting Flavobacterium hosts also show persistence to environmental and storage conditions, making them potentially suitable for the development of phage products. Finally, we assess the remaining challenges concerning regulation of phage products, manufacturing at scale, as well as unresolved research questions that need to be addressed to supply the aquaculture industry with alternative treatment and prevention methods in the future.

Revisiting Small‐Scale Aquaculture ( SSA ) - Liliana Sierra Castillo; Halley E. Froehlich; Jono R. Wilson; Jessica A. Gephart; Erendira Aceves‐Bueno; Steven D. Gaines (Reviews in Aquaculture, 2026)
Aquatic foods are a vital source of nutrition, yet growing demand and stagnant wild‐capture fisheries have positioned aquaculture as essential to meeting global food needs. Despite this, aquaculture's diverse forms remain poorly understood, particularly small‐scale aquaculture (SSA). Unlike small‐scale fisheries (SSF), which are widely recognized in policy and research, SSA lacks consistent definitions and is often conflated with SSF or defined narrowly by physical metrics like farm size. This limits its visibility in policy and development efforts, overlooking critical social, economic, and governance dimensions such as ownership, labor, and market orientation. Through a systematic review of 83 studies across 24 countries, we analyze SSA across ecosystems (freshwater, brackish, marine) and species groups (finfish, invertebrates, seaweed) to identify trends in production characteristics, yield reporting, and social dimensions. We find freshwater SSA dominates the literature, while marine SSA, especially mollusk farming, is significantly underrepresented. SSA exhibits wide variation in yields, farm sizes, ownership, and management structures, indicating that existing classification frameworks are insufficient. We propose a context‐sensitive, social‐ecological classification system that integrates production metrics with governance and socioeconomic characteristics. To guide application, we offer two policy frameworks, one for regions with existing SSA definitions, recommending participatory revision and expanded data collection; and one for regions without definitions, advocating for a stepwise approach to characterization. Our findings underscore the need for more inclusive, adaptable classifications to improve SSA's visibility in global food policy and unlock its full contributions to sustainable development, equity, and local livelihoods.

Interactions Between Crabs and the Environment: Progress and Prospects From a Behavioral Perspective - Boshan Zhu; Dapeng Liu; Fang Wang (Reviews in Aquaculture, 2026)
As ecosystem engineers, crab behaviors not only reflect the physiological state and welfare of individuals but also act as regulators influencing the function and stability of aquaculture systems. However, research on the behavioral responses of cultured crabs to environmental factors remains incomplete, and studies on how their behaviors affect the environment are even more limited. To enhance productivity, welfare, and environmental sustainability and provide theoretical support for the optimization of crab culture systems, it is essential to clarify the interactions between the behavior of crabs and the environmental factors. This review synthesizes and summarizes the major environmental factors, physical (temperature, substrate and shelter, sound, hydrostatic pressure), chemical (dissolved oxygen, ammonia, pH, pollutants, salinity), and biological (prey, conspecifics, polyculture species, pathogens), and their impacts on various behavioral patterns of crabs, including feeding, foraging, grooming, mating, aggressive, territorial, burying, burrowing, sheltering behavior, and cannibalism. Decoding sensory processing and behavioral mechanisms in crabs is pivotal for breakthroughs in intelligent and welfare‐oriented crab culture. Additionally, we summarize the disturbances caused by crab behaviors—such as burrowing, feeding, and social interactions—on substrate water characteristics, microbial composition, and polyculture species. Based on these insights, we list future research and applications in crab behavior, including precise behavioral monitoring, group behavior evaluation, and aquaculture environmental management. We hope this review will encourage greater attention to the behavior of cultured animals, promoting the application of behavioral studies in crab culture and providing theoretical support for the industry's high‐quality development.

Issue Information (Reviews in Aquaculture, 2026)

From Traditional Machine Learning Models to Multimodal Large Models: A Review of Aquaculture - Sitao Liu; Zhuangzhuang Du; Guangxu Wang; Pan Zhang; Wenkai Xu; Jiaxuan Yu; Daoliang Li (Reviews in Aquaculture, 2026)
With the rapid development of the global aquaculture industry, smart aquaculture has become increasingly essential for maintaining a stable supply of aquatic products. Traditional machine learning models frequently exhibit limited semantic understanding and insufficient scalability in complex, high‐dimensional environments. In contrast, multimodal large models integrate multi‐source information, significantly enhancing semantic depth, environmental adaptability, and natural interaction. This review explores recent research progress and future application prospects in the transition from traditional machine learning models to multimodal large models in aquaculture. The literature search was conducted using the Web of Science, Scopus, and Google Scholar databases. Based on literature from the past decade, this review summarises the evolution from traditional machine learning models to multimodal large models, emphasizing their recent advantages in integrating multi‐source data such as images, sensor readings, videos, audio, and text. By analyzing the current status and limitations of traditional machine learning in water quality monitoring, biomass estimation, behavior analysis, and health assessment, this review offers a comparative perspective on the potential of multimodal large models in critical aquaculture domains including sustainable water management, precision feeding, abnormal behavior detection, disease diagnosis and prevention, intelligent breeding, energy management, and embodied intelligent robotics. Multimodal large models still face several challenges, including data acquisition in aquaculture, enhancement of model performance, security and data governance in digital twin systems, and the advancement of industrial technologies. The review suggests that multimodal large models are poised to become key technological enablers in advancing aquaculture toward greater precision, sustainability, and automation.

Fatty Acid Oxidation Metabolites in Aquatic Animals: Metabolic Pathway, Dynamic Remodeling, and Functional Implications - Zengqi Zhao; Baolin Li; Shunlang Wen; Jianlong Du; Xiuwen Li; Bingyuan Yang; Kangsen Mai; Qinghui Ai (Reviews in Aquaculture, 2026)
As fundamental components of metabolic networks, metabolites act as both energy carriers and signaling molecules, orchestrating a wide range of physiological functions. Consequently, the abundance of metabolites within tissues and cells is typically under tight regulation, with any perturbation of this metabolic equilibrium frequently triggering diverse stress responses and diseases. Recent studies demonstrated that nutritional, environmental, and pathogenic stimuli factors during aquaculture may lead to the remodeling of the fatty acid oxidation pathway in aquatic animals, altering the abundance of fatty acid oxidation‐related metabolites and subsequently triggering stress response cascades. Thus, elucidating the functional roles and regulatory mechanisms of these metabolites is critical for developing targeted strategies to mitigate these stress responses. However, the current progress of research on metabolites related to fatty acid oxidation in aquatic animals is not well summarized. Therefore, in this study, we characterize the fundamental pathways of fatty acid oxidation in aquatic animals and summarize the mechanisms by which these metabolic pathways respond to diverse aquaculture‐related stressors. Furthermore, we systematically elucidate the mechanisms through which these metabolites mediate their regulatory functions, highlighting the distinct physiological roles of the key metabolites. Additionally, we provide our perspectives on the potential applications and future research priorities of fatty acid oxidation‐related metabolites in aquaculture. This review contributes to a better understanding of the dynamics and functions of fatty acid oxidation‐related metabolites in aquatic animals and will facilitate the development of metabolites‐based therapeutic strategies, thereby increasing the sustainability of aquaculture.

Advancing Non‐Contact Fish Phenotyping via Optical Sensing: Toward Precision Aquaculture - Kai Lin; Shiyu Zhang; Wei Wang; Tian Dong; Wen Ding; Chenfan Geng; Yihang Lu; Hongxia Hu (Reviews in Aquaculture, 2026)
Non‐contact fish phenotyping has become an essential strategy for precision aquaculture, enabling accurate, high‐throughput, and non‐invasive trait measurement. In this review, a digital phenotyping framework is summarized, including application‐driven trait definition, multimodal data acquisition (2D, 2.5D, and 3D imaging), and automated phenotypic analysis based on computer vision and deep learning. According to current research paradigms, optical phenotyping applications are systematically categorized into three major domains: morphological, behavioral, and appearance‐based phenotyping. Multimodal optical sensing systems now support high‐throughput morphological, behavioral, and appearance‐based phenotyping, enabling applications ranging from biomass estimation and intelligent feeding control to selective breeding, product quality evaluation, species identification, and disease diagnosis. Despite rapid methodological progress, most existing studies remain confined to laboratory or semi‐controlled environments, and large‐scale implementation in commercial production systems is still limited. Key challenges persist in underwater image degradation, posture‐induced measurement uncertainty, data heterogeneity, model generalizability, computational constraints, and the integration of phenotypic and genomic data for precision breeding. Finally, future development pathways are discussed, including efficient and flexible data acquisition platforms, lightweight and real‐time processing, transfer and few‐shot learning, multimodal data fusion, novel phenotype quantification, and standardized open datasets. Based on a comprehensive analysis of over 100 studies, this review maps the current technological landscape and proposes pathways toward scalable, intelligent phenotyping systems that can improve fish welfare, enhance breeding efficiency, and promote sustainable aquaculture management.

Reproductive Biology of Crabs: Molecular and Physiological Insights and Implications for Aquaculture - Shaharior Hossen; Mengqian Zhang; Bihui Chao; Ye Yuan; Waqas Waqas; Sudipta Kumar Nag; Mhd Ikhwanuddin; Hongyu Ma (Reviews in Aquaculture, 2026)
Crab aquaculture is becoming increasingly important for global food security and economic growth, yet the complexities of crab reproduction present significant challenges. The reproductive physiology of crabs is a critical factor in the sustainability and productivity of crab aquaculture. This review comprehensively explores recent advances in the molecular and physiological mechanisms underlying crab reproduction, with a focus on both male and female reproductive systems. Specifically, the review examines the molecular mechanisms of spermatogenesis and oogenesis, with an emphasis on identifying key genes involved in these processes. Key topics include the genetic and molecular regulation of gonadal development, sex determination, reproductive pathways governed by hormonal and molecular factors, the regulatory role of microRNAs in reproduction, anti‐bacterial mechanisms in reproduction, and the use of transcriptomics and proteomics to uncover reproductive mechanisms. Special attention is given to recent advances in reproductive biotechnology and their practical implications for aquaculture. Male reproductive physiology is discussed in depth, covering seminal plasma composition, sperm morphology, sperm transport, spermatophore formation, the molecular regulation of the acrosome reaction, and sperm quality. Additionally, the review examines the impacts of environmental stressors, such as pollutants and climate change, on reproductive success. By identifying critical research gaps and proposing future directions—including genome editing and germplasm banking—this review aims to bridge knowledge gaps and offer actionable insights for improving reproductive performance in crab aquaculture. These advancements might be applicable for molecular breeding, monosex crab production, sustainable seed production, broodstock management, and enhancing the resilience of crab farming systems globally.

Review on Cryoprotectant Utilization in Grouper Sperm Cryopreservation - Nur Efah Binti Arsin; Wahidatul Husna Zuldin; Ivan Koh Chong Chu; Norfazreena Mohd Faudzi; Nur Nashyiroh Izayati Mastor; Julian Ransangan (Reviews in Aquaculture, 2026)
Cryopreservation of fish sperm is a key technique for enhancing aquaculture productivity, maintaining genetic diversity, and ensuring reliable seed supply. This review highlights recent advances in cryoprotectants use, particularly, the synergistic roles of natural and synthetic cryoprotectants, including their interplay as permeating and nonpermeating agents, in optimizing sperm viability. Groupers ( Epinephelus spp.), important in Southeast Asian aquaculture, present challenges due to their protogynous hermaphroditism and limited sperm availability. This review discusses how cryoprotectants combinations such as DMSO with trehalose or sucrose improve membrane integrity, post‐thaw motility and fertilization outcomes. Natural cryoprotectants offer promising alternatives with reduced toxicity, though their mechanisms require further investigation. By comparing protocols across fish species, this review identifies knowledge gaps and proposes future directions for efficient cryopreservation in marine aquaculture.

Unmarked Escapees Undermine Policy and Public Trust in Chilean Salmon Aquaculture - J. Andrés Olivos; Ivan Arismendi; Seth M. White; Thomas P. Quinn; Eva B. Thorstad; Brooke E. Penaluna; Doris Soto (Reviews in Aquaculture, 2026)

Antibiotic Alternative Strategies Against Aeromonas hydrophila Infections: New Trends and Advances - Shengping Li; Jing Dong; Shun Zhou; Bo Cheng; Xiaohui Ai (Reviews in Aquaculture, 2026)
Aeromonas hydrophila ( A. hydrophila ), an opportunistic pathogen widely distributed in aquatic environments and foods, is a serious threat to aquatic animals and even human health. Driven by the A. hydrophila diseases, various prevention and treatment strategies have gradually emerged. In this study, we reviewed the advances in the prevention and treatment of A. hydrophila diseases, including antibiotics, plant extracts, essential oils, phages, antimicrobial peptides (AMPs), probiotics, vaccines, disinfectants, and combination therapy. Although many prevention and treatment studies have been reported, A. hydrophila infection remains a problem. Therefore, we summarized some reports with significant in vivo therapeutic effects against A. hydrophila infections and provided several suggestions to help translate reported tools into clinical applications, and further predict potential artificial intelligence‐ and synthetic biology‐based prevention and control strategies in the future. As a result, this review provides a reference for the clinical prevention and treatment of A. hydrophila infections and research ideas for researchers in the future.

No Free Lunch: Sustainable Aquaculture Requires Recognizing Past Science, Improvements, and Comparative Assessment - Halley E. Froehlich; Jessica A. Gephart; Gage Clawson; Julia L. Blanchard; Timothy E. Essington; Christopher D. Golden; Benjamin S. Halpern; Ronald W. Hardy; Rosamond L. Naylor; Max Troell (Reviews in Aquaculture, 2026)

Correction to “The Growing Importance of Aquaculture: The Case of Norwegian Salmon” (Reviews in Aquaculture, 2026)

The Current State of Research on Pejerrey ( Odontesthes bonariensis ) Physiology and Challenges for Aquaculture Development - Alejandro S. Mechaly; Leandro A. Miranda; Juan I. Fernandino; Luis F. Canosa; Juan I. Bertucci; Paula Vissio; Daniela I. Pérez Sirkin; María P. di Yorio; María R. Perez; Gabriela C. López; Pedro Gómez‐Requeni; E. Mayra Toledo‐Cuevas; et al. (Reviews in Aquaculture, 2026)
Pejerrey is a native fish of the Pampas with relevance in aquaculture and sport fisheries. This review integrates current knowledge on the biology, culture, and physiological adaptations of this species, emphasizing its potential for sustainable aquaculture. From a biological perspective, pejerrey exhibits a unique combination of genotypic and temperature‐dependent sex determination, making it a prime model for studying sex determination in vertebrates. From an aquaculture standpoint, many of the potential limitations of pejerrey farming have been addressed by focused research, such as the low batch fecundity, poor synchronization of maturation, and limited sperm availability are now almost completely mitigated by advances in photothermal and hormonal manipulation of maturation and broodstock husbandry. Osmoregulatory studies confirmed that pejerrey is a euryhaline species, thriving in brackish water, which enhances survival and stress tolerance across all life stages, resolving early misconceptions of pejerrey as a strictly freshwater fish. With survival under control, the low growth rate is now the next research challenge, although it is compensated for by the quality and high market value of the fish. Triploidy induction, interspecific hybridization with the Patagonian pejerrey, and thermal treatments for sex control offer promising avenues for growth improvement through reproductive suppression or monosex culture. The sequencing of its genome paves the way for genetic improvement via genomic selection and gene editing. Ongoing nutritional studies are key to optimizing diets, enhancing growth rates, and improving reproductive success. Further investigations on these and other areas should help realize the aquaculture potential of this economically significant species.

Global Warming Affects the Pathogenesis of Important Fish Diseases in European Aquaculture - George Rigos; Francesc Padrós; Maria Constenla; Ana Jerončić; Dimitra Kogiannou; Sofia Consuegra; Mikolaj Adamek; Ivona Mladineo (Reviews in Aquaculture, 2026)
Global warming remains a neglected environmental challenge for the sustainability of primary production, particularly aquaculture, which is highly susceptible to the spread of established pathogens and the induction of emerging infectious diseases under warming conditions. Over the past decade, Europe has experienced dramatically high temperatures that may impact both farmed fish and their pathogens in a largely unpredictable manner. While, in general, warming may boost the rate of disease transmission and its virulence by increasing pathogens' fitness in weakened hosts, some diseases characteristic of cooler environments may become rare. Field data is still largely fragmented, but in vitro experiments reveal that almost 28 microbial diseases in European finfish farming could be facilitated by climate warming. Innovative mitigation tools, such as fish selective breeding, epigenetic programming, the development of new vaccines, and alternative treatments, may prove essential in coping with the effects of rising water temperatures on fish diseases in Europe.

Interferon‐Like Signaling Pathway in Crustaceans: Structure, Immune Function, and Prospects for Disease Control in Aquaculture - Yue Hou; Qianqian Li; Haoyang Li; Jianguo He; Chaozheng Li (Reviews in Aquaculture, 2026)
Emerging evidence has revealed the existence of an interferon‐like signaling pathway in invertebrates that is functionally analogous to the vertebrate cGAS‐STING‐IFN‐ISG axis and central to antiviral defense. Crustaceans, as one of the most economically significant taxa in global aquaculture, provide a valuable model for uncovering innate immune mechanisms relevant to host‐pathogen interactions and disease management. In shrimp and other crustaceans, key components homologous to vertebrate interferon signaling molecules, such as the cGAS‐like receptor, STING, IRF, interferon functional analog (e.g., Vago), JAK/STAT, and various interferon‐stimulated genes (ISGs), have been identified and functionally characterized. These discoveries have led to the delineation of a conserved signaling cascade that triggers broad‐spectrum, sequence‐independent antiviral responses and contributes to antibacterial immunity. This review summarizes recent progress in understanding the interferon‐like pathway in crustaceans, with an emphasis on signal transduction mechanisms, the structural and functional roles of core components, and the molecular interplay between host immunity and viral pathogens. In addition, we discuss the pathways relevance to antibacterial defense and explore its practical applications in aquaculture, including selective breeding for disease resistance and immunotherapeutic development. Comparative analysis with vertebrate interferon signaling highlights both conserved features and crustacean‐specific adaptations. Finally, we identify key knowledge gaps and outline future research directions aimed at leveraging this pathway to enhance health management in aquaculture systems.

Recent Advances in the Functional Roles of Non‐Coding RNAs in Pancrustacea - Shumin Xie; Lihan Wang; Mengqiang Wang; Zhe Qu; Zhenmin Bao (Reviews in Aquaculture, 2026)
Non‐coding RNAs (ncRNAs), including small ncRNAs (e.g., miRNA, siRNA, piRNA), long ncRNAs (lncRNAs), and circular RNAs (circRNAs), do not encode proteins but play crucial roles in gene regulation, growth, development, metabolism, and immune responses in metazoans. Pancrustacea is the largest clade of the phylum Arthropoda, including many important species such as shrimps, crabs, and insects. In recent years, an increasing number of ncRNAs have been identified and found to play diverse roles in a variety of biological and physiological processes of different species. Thus, this review summarizes the involvement of various ncRNAs in critical biological processes such as molting, metamorphosis, growth, reproduction, and immunity in pancrustaceans. It highlights how miRNAs regulate molting and metamorphosis through pathways involving ecdysteroids and sesquiterpenoid hormones, and discusses the regulatory functions of lncRNAs in muscle growth, wing development, and sexual differentiation. Moreover, the involvement of ncRNAs in immune responses against viral and bacterial infections is also reviewed, revealing their potential to improve pathogen resistance. These insights into ncRNA‐mediated gene regulation in pancrustaceans provide a foundation for future research and applications in aquaculture and breeding improvement, disease prevention and control, and ecological conservation.

Embracing Holistic Formulation Strategies to Maximise Positive Outcomes in Aquaculture Nutrition - Artur N. Rombenso; Brett D. Glencross; Kyla Zatti; Helen Ann Hamilton; Luiz H. David; Ha H. Truong; Cedric J. Simon (Reviews in Aquaculture, 2026)

Marine archaea and their functional networks in oceanic biogeochemical cycling - Sameer M. Sheikh; Ujban Md. Hussain; Payal D. Umare; Divya L. Jethani; Satyendra K. Prasad (Discover Oceans, 2025)

Reproductive biology, embryonic and larval development of the Black Sea urchin, Stomopneustes variolaris (Lamarck, 1816) (Echinodermata: Echinoidea) - S. R. Radhika Rajasree; M. Gobalakrishnan (Discover Oceans, 2025)

A comprehensive review of developments and challenges in the 6G internet of things - Aarti; Swathi Gowroju; Syed Immamul Ansarullah (Discover Networks, 2025)

Assessing the effects of ocean acidification on larval Mediterranean mussels (Mytilus galloprovincialis) and California mussels (Mytilus californianus): growth, survival, and microbiome community composition - Jordan L. Chancellor; Nathan Churches; Emily Aguirre; Diane Kim; Ian Jacobson; Andrew Y. Gracey; Sergey V. Nuzhdin (Discover Oceans, 2025)

Decomposition of Spartina alterniflora (smooth cordgrass) in coastal Louisiana brackish marshes influenced by a freshwater siphon - Aine O’Nuanain; Allison Benelli; Joseph Winston; Erick M. Swenson; Paola C. López-Duarte; Brian J. Roberts; Michael J. Polito (Discover Ecology, 2025)

Symbiodiniaceae-Roseibium exhibit synergistic growth effects without B12 supplementation - Emily G. Aguirre; Marissa J. Fine; Tingting Xiang; Carly D. Kenkel (Discover Oceans, 2025)

First record of shell-carrying crab Conchoecetes pembawa McLay & Naruse, 2019 (Crustacea: Brachyura: Dromiidae) from India - Krupal Patel; Jigneshkumar N. Trivedi; Santanu Mitra (Discover Oceans, 2025)

Spatial patterns of marine litter on the Arabian Gulf’s major offshore sea turtle nesting islands - Rommel H. Maneja; Jeffrey D. Miller; Ace Vincent B. Flandez; Joselito Francis A. Alcaria; Jinoy Gopalan; Abdulrahman Jukhdar; Abdullajid U. Basali; Ali Qasem; Diego Lozano-Cortés (Discover Oceans, 2025)
Marine litter poses growing risks to the Arabian Gulf’s major turtle nesting islands, yet its composition and fine-scale distribution have never been quantified. We combined two complementary surveys on Jana and Karan Islands—the region’s largest hawksbill ( Eretmochelys imbricata ) and green turtle ( Chelonia mydas ) rookeries. First, 988.3 m 2 of 0.75 m × 0.75 m photo-quadrats (June 2017) recorded litter cover and item counts across 587 grid nodes; second, 4050 m 2 of 5 m × 5 m ground quadrats (October 2020) measured marine litter count and mass across beach, vegetation-line and vegetation-within zones at 18 shoreline stations. Photo quadrats showed that plastics, styrofoam, and wood dominated stranded items. A total of 32 litter groups were observed with highest contribution by debris count from plastic drinking bottles (63.6% at Jana; 42.9% at Karan) and by litter mass from processed wood (69.5% at Jana; 68.8% at Karan). Fishing-related litter comprised 8.5% by mass and 10.4% by count at Jana Island, and 16.2% by mass and 11% by count at Karan Island. Jana Island had a higher number of plastic bottles than Karan Island. Vegetation-line plots retained roughly twice the debris density and mass of both open-beach and interior plots ( p < 0.001). These patterns indicate that macroplastic accumulation already overlaps with core nesting habitat at the external fringe of the vegetation line and is likely to generate additional pressures such as microplastic deposition in nests and ingestion by adults and hatchlings. Continued monitoring, together with seasonal clean-ups and studies on interacting stressors, would guide adaptive management of the Gulf’s primary turtle rookeries.

Flow-CoDel: per-flow active queue management for balanced delay and drops in bufferbloat mitigation - Morteza Seyyed Ashrafi; Ali Ghiasian (Discover Networks, 2025)

Decadal changes in the fish assemblage structure and function within an insular coral community - Cassandra de Alba-Guzmán; Alma Paola Rodríguez-Troncoso; Amílcar Leví Cupul-Magaña; Fabián Alejandro Rodríguez-Zaragoza; Rafael Andrés Cabral-Tena; José de Jesús Adolfo Tortolero-Langarica (Discover Ecology, 2025)

Editorial Board (Applied Soil Ecology, 2025)

Extreme rainfall shifts the drivers of Zea mays yield across a tillage-intensity gradient - Jacob R. Hopkins; Alison E. Bennett (Applied Soil Ecology, 2025)

On-site detection platform for total microbial activity assessment in environmental solid samples - Joana Macagno; Federico Schaumburg; Maia R. Lescano; María Lucila Satuf; Claudio L.A. Berli (Applied Soil Ecology, 2025)

Microbial drivers of soil organic carbon formation from aboveground residue decomposition in desert ecosystems - Mengfei Cong; Zhihao Zhang; Akash Tariq; Corina Graciano; Jordi Sardans; Weiqi Wang; Yanju Gao; Xinping Dong; Guangxing Zhao; Jingming Yan; Josep Peñuelas; Fanjiang Zeng (Applied Soil Ecology, 2025)

Microbial life-history strategies drive soil carbon stabilization under balanced organic substitution: Trade-offs between yield- and acquisition-oriented metabolisms - Yapeng Jiao; Yuhan Jiang; Peng Qi; Mengdi Wang; Yamin Peng; Conghui Liu; Jiaqi Hao; Jianglan Shi; Xiangtian Meng; Xiaohong Tian (Applied Soil Ecology, 2025)

Waste wood in agroforestry systems improves phallus dongsun yield by regulating soil bacterial interactions and improving soil properties - Wei Ge; Yang Gui; Guosheng Zhu; Wanbing Huang; Biao Li; Hongyu Liu; Yingying Lu; Qingcheng Liu; Chunbo Dong; Yanfeng Han (Applied Soil Ecology, 2025)

Distinct nitrogen application strategies and straw incorporation modulate carbon mineralization rate and SOC dynamics by regulating soil microbiome composition - Muhammad Irfan; Yiliu Wang; Solomon Yokamo; Yifan Wang; Muhammad Ahmed Akram; Dianjun Lu; Xiaoqin Chen; Huoyan Wang (Applied Soil Ecology, 2025)

Filling materials govern bacterial diversity, network complexity and functionality via aggregate restoration in reclaimed mine soils - Mingcong Li; Na Li; Chenxing Liu; Xiangyu Min; Zheng Gao; Yanjiang Cai (Applied Soil Ecology, 2025)

Microecological mechanisms of Trichoderma harzianum loaded-biochar in alleviating continuous cropping obstacles of Rehmannia glutinosa: Remodeling rhizosphere microbial communities and reducing allelochemical accumulation - Tao Gan; Zhaofeng Yuan; Williamson Gustave; Changcheng Lou; Xinyu Zhao; Hanbo Chen; Xiaokai Zhang; Feng He (Applied Soil Ecology, 2025)

Effects of 41-year of continuous cotton cropping under different fertilization, tillage, and cover cropping regimes on fungal soil communities - Tina S. Wadhwa; Facundo Lussich; Alexis E. Gallegos; Debasish Saha; Shawn P. Brown (Applied Soil Ecology, 2025)

Long-term per- and polyfluoroalkyl substances (PFAS) exposure causes selective changes in the rhizosphere bacterial community - Yared H. Bezabhe; Winnie Nassazzi; Savita Tapase; Lutz Ahrens; Jana Jass (Applied Soil Ecology, 2025)

Oasis process increases the diversity and network stability of microorganisms in the plastisphere - Yixue Huang; Yihu Niu; Kejie Yin; Xinyu Ma; Xiaonan Sun; Gangjun Wang; Peryzat Abay; Xinmeng You; Ruixi Li; Lu Gong (Applied Soil Ecology, 2025)

Ageing conditions of tire wear particles alter the effects of their leachates on soil - Yanjie Zhu; Shin Woong Kim; Sofia Barili; Gulshat Abdullayeva; Yaqi Xu; Matthias C. Rillig (Applied Soil Ecology, 2025)

Native earthworms maintain their environmental functionality following deforestation - Tangjun Xu; Yu Fang; Hongyi Liu; Gaoji Zhang; Yufeng Zhang; Xiaoming Zou; Manuel Delgado-Baquerizo; Honghua Ruan (Applied Soil Ecology, 2025)

Space and soil drive differences in the rhizosphere microbial composition and co-occurrence network of Thymus mongolicus in Northern China - Wentao Mi; Hao Zheng; Ting Yuan; Weibo Ren; Feng Yuan; Yaling Liu (Applied Soil Ecology, 2025)

Environmental preferences and interspecific interactions of autotrophic microorganisms in dryland agroecosystems soils - Boyuan Liu; Fang Kang; Zicun Zheng; Lang Liu; Jing Xu; Ziyang He; Keyu Fa (Applied Soil Ecology, 2025)

Strategic fertilization enhances crop quality index via changes in soil microbial generalist communities - Haosheng Du; Yaoyao Tong; Hongwei Liu; Zhaofeng Yuan; Haoqing Zhang; Xianqing Zheng; Yangwu Deng; Ming Chen; Tida Ge (Applied Soil Ecology, 2025)

Shift in tree species from coniferous to broadleaf reduces soil organic matter stabilization in the short term - Anna Kellerová; Veronika Jílková (Applied Soil Ecology, 2025)

Di(2-ethylhexyl) phthalate reduces the ginsenoside content in Panax ginseng root exudates by disrupting rhizosphere microbe-mediated soil nitrogen cycling - Lu Yu-Shun; Li Shan-Shan; Sha Ji-Yue; Chen Jian-Bo; Huo Xiao-Hui; Xu Yan-Yang (Applied Soil Ecology, 2025)

Drilosphere aging dynamics: carbon source shifts and microbial assembly processes drive fluctuations in bacterial diversity - Ziqi Huang; Yafen Wu; Mengyao Guo; Jia Cao (Applied Soil Ecology, 2025)

Impacts of tetracycline-lead co-contamination on soil ecosystem functions and remediation using green-synthesized iron-graphene oxide nanocomposites - Moses Akintayo Aborisade; Huazhan Long; Hongwei Rong; Fang Zhang; Akash Kumar; Andrew Ndudi Efomah; Belay Tafa Oba; Olaide Ayodele Oladeji; Oluwaseun Princess Okimiji; Francois Nkinahamira; Pamphile Ndagijimana; Ghazanfar Mehboob; et al. (Applied Soil Ecology, 2025)

Grassland degradation indirectly impacts soil carbon and nitrogen by altering nematode communities in permafrost area - Kunhe Liu; Lile He; Bo Fan; Yuzhang Li; Yuting Lan; Mengke Si; Bencuo Li; Yongsheng Yang; Ten Tse; Tsering Choekyi; Xiaowei Guo; Yigang Hu; et al. (Applied Soil Ecology, 2025)

DOM from eco-friendly fertilizers increases soil potential pathogen risk and shapes specific microbial populations under sprinkler and drip irrigation - Jinluo Fan; Rui Song; Heng Luo; Haijun Wu; Dongming Wu; Jun Wang; Yanqun Guo; Shuailing Hou; Mingguang Luo; Guoliang Ren; Hui Deng; Jiwei Luo; et al. (Applied Soil Ecology, 2025)

Properties of the techno-humus systems at a former cooking plant site drives the diversity of fungal and bacterial soil communities - Alexis Durand; Gabin Colombini; Françoise Watteau; Anne-Fleur Wolff; Sonia Henry (Applied Soil Ecology, 2025)

Rhizosphere effect under drought stress: To explore its influence on microbial regulation of the soil carbon cycle - Yifan Wang; Wenjing Li; Hengfang Wang; Guanghui Lv (Applied Soil Ecology, 2025)

Biological soil disinfestation based on in situ crop residue retention enhances ecosystem multifunctionality and promotes soil health: Evidence from a 4-year study - Mengyuan Song; Xingqun Liu; Jiafan Li; Zhicheng Xue; Qiannan Zhang; Lihong Gao; Yongqiang Tian (Applied Soil Ecology, 2025)

Influence of agricultural practices on nitrogen-cycling microbial communities and their interaction with mycorrhizae in Argentine Puna soils - Keren Hernández Guijarro; Fernanda Covacevich; Graciela Caruso; Darío Carlos Castro; Sergio Enrique Feingold (Applied Soil Ecology, 2025)

Promoting N2O consumption in vegetable soils: An optimized nitrogen combined with biochar strategy traced by dual isotopocule method - Shangjie Gao; Xingren Liu; Zihan Xu (Applied Soil Ecology, 2025)

Effects of vertical dispersal on subsurface soil microbial communities - Youqian Li; Yifan Wang; Haifeng Lu; Meng Na; Jihai Zhou; Shangqi Xu (Applied Soil Ecology, 2025)

Greenhouse cultivation induced soil profile acidification, altered carbon sequestration and bacterial communities in natural barren land: A case study on the Qinghai-Tibet Plateau - Shuo Wang; Shuailin Li; Kai Zhang; Xiuli Zeng; Takuma Koyama; Arthur Lewis; Wantai Yu; Qiang Ma (Applied Soil Ecology, 2025)

HPMO colonization of Salicornia europaea is shaped by environmental factors beyond associated microbiome and plant-derived antimicrobials - Sonia Szymańska; Marcin Sikora; Edyta Deja-Sikora; Aleksandra Szydłowska-Czerniak; Alicja Tymczewska; Agnieszka Ludwiczak; Zbigniew Strzelecki; Andrzej Araźny; Marcin Gołębiewski; Katarzyna Hrynkiewicz (Applied Soil Ecology, 2025)

Soil nematode communities reveal the benefits of protected area in the Himalayas: A comparison of Dachigam National Park and Pir-Panjal Mountain range - Shahid Afzal; Sandip Mondal; Wasim Ahmad (Applied Soil Ecology, 2025)

Decreased nematode energy flow triggers soil microbial necromass loss in degraded grasslands - Yang Hu; Mengfei Cong; Tianle Kou; Han Yan; Yuanbin Jia; Xinya Sun; Haolin Zhang; Bicheng Zhang; Yubin Wang; Hongtao Jia; Shaoshan An (Applied Soil Ecology, 2025)

Litter-mediated shifts in microbial communities along an altitudinal gradient enhance humification-driven soil organic carbon accumulation - Xiaojun Qi; Yiting Wang; Mengyao Zheng; Zhiyue Liu; Yanbo Ren; Yuan Li; Tong Jia (Applied Soil Ecology, 2025)

Plant diversity rather than soil microbial diversity drives the recovery of ecosystem multifunctionality during land restoration after rubber clearance - Qiang Lu; Xiaoqiang Lu; Xinli Chen; Xia Mao; Beibei Zhang; Jiaqi Li; Yan Liu; Xiangxiang Fu (Applied Soil Ecology, 2025)

Climate and soil nutrients jointly affect the variations in microbial nutrient limitation with elevation in sedge peatlands - Tao Zhang; Yimeng Wang; Ming Wang; Shengzhong Wang; Guodong Wang; Meiling Zhao; Jingci Meng; Yusong Yuan; Nanlin Hu (Applied Soil Ecology, 2025)

Temperature and rainfall mediate soil-plant microbiome assembly in tropical rubber plantations - Yaqing Wei; Xicai Zhang; Wentao Peng; Zhixiang Wu; Guoyu Lan (Applied Soil Ecology, 2025)

Cold-based glaciers and underlying permafrost: A possible new habitat for fungi - Gianmarco Mugnai; Ciro Sannino; Luigimaria Borruso; Daniele Andreani; Dario Battistel; Benedetta Turchetti; Pietro Buzzini; Mauro Guglielmin (Applied Soil Ecology, 2025)

Molecular and morphological identification methods show contrasting trends in soil fauna diversity along land-use intensity gradients - Julia Köninger; Lukas Beule; Maria Tsiafouli; Julia Seeber; Helene Blasbichler; Jose Paul Sousa; Pedro Martins da Silva; Jan Frouz; Katarina Hedlund; Alberto Orgiazzi; Maria Jesús Iglesias Briones; Anton Potapov (Applied Soil Ecology, 2025)

Early-stage reclamation of open-pit mines in arid and semiarid regions: A tri-tiered evaluation of soil bacterial communities, functional genes, and physicochemical properties - Xuefeng Hu; Zhiwei Gao; Zhaohui Wu; Xianxian Zhang; Ziye Wang; Duanyin Zhang; Wenfang Gao; Meiqing Jia; Guodong Han; Guogang Zhang (Applied Soil Ecology, 2025)

Instant organic carbon addition regulating microbial-mediated P mobilization in calcareous soil: An incubation experiment - Yi Peng; Gu Feng (Applied Soil Ecology, 2025)

The CAZyme family regulates soil organic carbon accumulation under amendments application in saline-alkali soil - Xiaolong Bai; Jinmin Wu; Bangyan Zhang; Yuyi Li; Feng Tian; Hui Zhao; Bin Wang (Applied Soil Ecology, 2025)

Crop rotation enhances soil microbial network complexity and functionality: a meta-analysis - Weibo Kong; Yufei Yao; Liping Qiu; Mingan Shao; Xiaorong Wei (Applied Soil Ecology, 2025)

Winter cover crops alter nematode community composition and soil health dynamics in corn-soybean systems - Jerry Akanwari; Md Rashedul Islam; Ping Liang; Tahera Sultana (Applied Soil Ecology, 2025)

Inoculation dose and strain identity shape dark septate endophyte effects on plant-soil nutrient stoichiometry in ecological restoration - Shiwei Guo; Mingyi Li; Roujia Kang; Wennian Xu; Haoji Jia; Dong Xia; Daxiang Liu (Applied Soil Ecology, 2025)

Plastic film mulching in fallow period increased winter wheat yield and altered soil microbial community structure in the Loess Plateau of China - Huan Wang; Jun Fan; Ming'an Shao (Applied Soil Ecology, 2025)

Vertical variation of E. coli O157:H7 survival in a black soil column under freeze-thaw cycles conditions - Jiawen Lu; Jinhua Ma; Guangze Lyu; Xinran Lin; Jiayang Hu; A. Mark Ibekwe; Jincai Ma (Applied Soil Ecology, 2025)

Effects of manganese oxide amendments: Mitigating methane emissions without altering methanogenic archaeal community structure in anaerobic paddy soils - Wei Fu; Yinping Bai; Dahang Liao; Faqin Dong; Huai Chen; Junkang Guo; Jiangbo Hai; Juanli Yun; Jing Huang; Rongping Zhang; Gang Yang (Applied Soil Ecology, 2025)

Straw-mediated CH4 production via distinct methanogenic pathways in two paddy soils - Wanyu Shen; Yang Ji; Zhongjun Jia; Qiong Huang; Xiaoli Zhu; Jing Ma; Zhenke Zhu; Tida Ge; Guangbin Zhang; Hua Xu (Applied Soil Ecology, 2025)

Human traffic intensity alters the soil microbial community composition, diversity, and structure in subtropical urban green spaces - Abdul Baess Keyhani; Wei He; Mingjun Teng; Zhaogui Yan; Monira Fayaz; Zhaohui Peng; Yangyang Zhang; Safir Ahmad Tamim; Xiuyuan Wang; Zemin Han; Pengcheng Wang (Applied Soil Ecology, 2025)

Comparison of Lycium barbarum and Chenopodium glaucum litter decomposition reveals differential impacts on fusarium abundance and microbial community structure under field conditions - Chuanji Zhang; Zhenyu Cheng; Xiaoqi He; Meiyun Pu; Junjie Li; Ziyu Liu; Xiaomin Wang; Yurong Bi; Liguang Wang; Xiaofan Na (Applied Soil Ecology, 2025)

Partial wool organic fertilizer substitution mitigate ammonia and nitrous oxide emissions and facilitate savoy cabbage growth - Jiahui Wang; Cun Sun; Shuyan Li; Yixun Shi; Hui Li; Jingchen Song; Jing Yuan; Wenhai Luo; Guoxue Li; Wen Liu; Guoxiang Bu; Hongbin Wang; et al. (Applied Soil Ecology, 2025)

Shifts in biogeochemical cycles driven by soil microbial functional genes due to habitat fragmentation in urban remnant forests - Jingyi Yang; Mengli He; Bingxia Zhang; Minglu Guo; Linfeng Zhou; Jingrong Yin (Applied Soil Ecology, 2025)

6PPD and 6PPD-Q in terrestrial environments: Environmental fate, ecological effects, and mitigation approaches - Hifza Iqbal; Xinwei Shi; Weitao Liu; Abdul Mateen Baig; Hamra Tariq; Aurang Zeb; Sheharyar Khan; Yuebing Sun; Jing An (Applied Soil Ecology, 2025)

Mycorrhizal tree type effects on microbial necromass deposition to soil organic carbon pool in rhizosphere - Yang Yang; Junxiao Pan; Xinyu Zhang; Yingchao Yu; Shuang Liu; Xuefa Wen; Zeqing Ma (Applied Soil Ecology, 2025)

Soil clay content determined the temperature response of N2O emissions derived from denitrification - Lixin Jia; Hanhan Yang; Yong Li; Zhangliu Du; Xiaotang Ju; Yue Li; Di Wu (Applied Soil Ecology, 2025)

Polyethylene microplastics modulate zinc oxide nanoparticle toxicity: Effects on nutrient dynamics and rhizosphere bacterial community in pakchoi - Kun Zhang; Junrui Bai; Jiayi Wang; Jie Guo; Hongda Sun; Jinshan Liu; Kadambot H.M. Siddique; Hui Mao (Applied Soil Ecology, 2025)

Synergistic effects of biochar and organic fertilizer on root exudates, microbial community, and yield in dry direct-seeded rice - Xiaoqiang Cao; Deping Liu; Jilong Liu; Lingling Zhang; Mo Li; Guoxin Shi; Hui Liu; Hao Wang; Weili Sun (Applied Soil Ecology, 2025)

Editorial Board (Aeolian Research, 2025)

Quantifying the impact of fire events on dust emission potential from partially vegetated dunes in the southwest Kalahari - Rosemary A. Huck; Giles F.S. Wiggs; David S.G. Thomas; Natasha S. Wallum (Aeolian Research, 2025)

Corrigendum to “Off-season wind-induced soil erosion from potato fields under varying bedding preparations”. [Aeolian Res. 74 (2025) 101000] - Matt Ball; Guillermo Hernandez-Ramirez; Willemijn Appels; Sheng Li; Rezvan Karimi Dehkordi (Aeolian Research, 2025)

Analyzing the development of two regional dust storms on Mars using MRO-MCS and Perseverance observations - Anirban Mandal; Jagabandhu Panda (Aeolian Research, 2025)

Dust emission forecasting using time series spatial data and machine learning algorithms - Maryam Sanisales; Zahed Rahmati; Ali Darvishi Boloorani (Aeolian Research, 2025)

Land cover, drought, and dust emission in arid Succulent Karoo shrublands - Heleen C. Vos; Johanna R. von Holdt; Helga van der Merwe; Igshaan Samuels; Ute Schmiedel; Norbert Jürgens; Juliane Krenz; Mmoto L. Masubelele; Bavisha Koovarjee; Wolfgang Fister; Frank D. Eckardt; Clement Cupido; et al. (Aeolian Research, 2025)

On the chronology and development of Europe’s tallest aeolian landform: the Sarykum dune complex in the North Caspian region - Dmitry Zastrozhnov; Andrey Zastrozhnov; Sergei Medvedev; Idris Idrisov; Viktor Spiridonov; Dmitry V. Nazarov; Anna A. Cherezova (Aeolian Research, 2025)

Spatiotemporal variations in aeolian sediment source fingerprinting using geochemical tracers and a Bayesian mixing model - Kazem Taherinezhad-Javazm; Kazem Nosrati; Peter Fiener (Aeolian Research, 2025)

Atmospheric dust: cluster based frequency and intensity projections in Central Asia under SSP scenarios - Ali Mozhdehi Fard; Parya Broomandi; Mehdi Bagheri; Nick Middleton; Dorna Gholamzade Ledari; Aram Fathian; Sadjad Shafiei; Michael Leuchner; Jong Ryeol Kim (Aeolian Research, 2025)

Spatial and temporal variability of surface dust concentration in western Crete (Greece) – Development of a monitoring network - Simon Bitzan; Fabian Kirsten; Georgios E. Christidis; Pagona Makri; Kerstin Schepanski (Aeolian Research, 2025)

Spatiotemporal dynamics and evolution of wind-sand along the Jiangjunmiao-Naomaohu Railway: Insights into patterns of wind-sand hazards based on a two-year field monitoring and mitigation exploration - Yupeng Shen; Lin Wang; Jamlick Kariuki; Xuedong Zhang; Zhisheng Liu; Yunxi Han; Dongtao Zhang; Shunyuan Zhong (Aeolian Research, 2025)

Estimation of secondary dune density in the hinterland of the Taklimakan Desert - Mingyu Wang; Huoqing Li; Yongqiang Liu (Aeolian Research, 2025)

Validation of a 10-meter wind in simulating a dust event in northwestern Iran mountains (October 28–31, 2017) - Elham Mobarak Hassan; Mahnaz Karimkhani; Noushin Khoddam; Jeff Sepehri (Aeolian Research, 2025)

Changes in aeolian saltation cloud properties with wind speed and ripples - Madeline M. Kelley; Ian J. Walker; Mark Schmeeckle; Christy Swann; Ron Dorn; Micheala Roberts; Patrick O’Brien (Aeolian Research, 2025)

The influence of foredune geometry on wind flow quantified from computational fluid dynamics simulations - Saeb Faraji Gargari; Derek Karssenberg; Gerben Ruessink (Aeolian Research, 2025)

Arid Shrubland: A growing dust source? - Heleen C. Vos; Emanuel Vogel; Johanna R. von Holdt; Wolfgang Fister; Frank D. Eckardt; Janine I. Gugger; Eliane C. Hofstetter; Nikolaus J. Kuhn (Aeolian Research, 2025)

Off-season wind-induced soil erosion from potato fields under varying bedding preparations - Matt Ball; Guillermo Hernandez-Ramirez; Rezvan Karimi Dehkordi; Willemijn Appels; Sheng Li (Aeolian Research, 2025)

Field measurement of glyphosate and AMPA in the deposited sediment on the central-semiarid region of Argentina - F. Avecilla; J.E. Panebianco; L.A. de Oro; V.C. Aparicio; M.J. Mendez (Aeolian Research, 2025)

Provenance of sediments in a deep-sea core offshore Kangaroo Island spanning the last 125 ka - Jan-Berend W. Stuut; Patrick De Deckker; Rick Hennekam (Aeolian Research, 2025)

Enhancing wind erosion hazard assessment: a novel framework combining integrated land susceptibility to wind erosion (ILSWE) index and machine learning algorithms (case study: Saravan area, Southeast Iran) - Mojtaba Mohammadi; Hamid Gholami; Aliakbar Mohamadifar; Yougui Song; Dimitris Kaskaoutis (Aeolian Research, 2025)

Luminescence dating and the sedimentary pattern of loess on the Tibetan Plateau - Qiufang Chang; Xiaodong Miao; Xingjun Xie; Zhongping Lai (Aeolian Research, 2025)

Origin and Late Pleistocene to early Holocene activity of the Albany Pine Bush dune field, New York, northeastern USA - S.A. Wolfe; D. Franzi; B. Carl; N. Ferguson; B. Woronko; D. Chmielowska-Michalak; G. Pantoja; M. Schaarschmidt; O.B. Lian; A. Gontz; N. Gifford (Aeolian Research, 2025)

Grain size analysis and sedimentological characteristics of wind-blown sands: a case study of Barchan dunes in the Erg of Tabas, central Iran - Haniyeh Ghayeni; Mohammad Khanehbad; Alireza Rashki (Aeolian Research, 2025)

Simulation of aerodynamic entrainment of sand particles on an up-sloping bed using the discrete element method - Xiaolan Yu; Zhengshi Wang; Shuming Jia (Aeolian Research, 2025)

Editorial Board (Advances in Water Resources, 2025)

Well-balanced physics-based finite volume schemes for Saint-Venant–Exner-type models of sediment transport - Raimund Bürger; Enrique D. Fernández-Nieto; Jose Garres-Díaz; Jorge Moya (Advances in Water Resources, 2025)

The acoustic-doppler current profiler (ADCP): A comprehensive tool for river hydromorphodynamics monitoring - G. Fleit; M. Muste; S. Baranya; D. Kim; A. Whaling; T.O. McAlpin; H. You (Advances in Water Resources, 2025)

Establishing coastal water level magnitude-duration-frequency curves for infrastructure design - Meraj Sohrabi; Hamed Moftakhari; Hamid Moradkhani (Advances in Water Resources, 2025)

A novel stress-sensitive permeability model for deformable porous media based on fractal geometry - Peng Xu; Chenhao Li; Zhiqiang Li; Shuxia Qiu; Mingxiu Zhan (Advances in Water Resources, 2025)

A novel hybrid framework for combining process-based models with machine learning for streamflow prediction - Xiaolei Jiang; Leyi Hu; Xiaolei Fu; Hoshin Gupta; Yueping Xu; Chuancheng Zhao; Gengxi Zhang; Miao Lu (Advances in Water Resources, 2025)

Managing groundwater extraction to desalinate residual saltwater in coastal subsurface reservoirs: Transient behaviors and environmental implications - Yunhai Fang; Lei Ma; Tianyuan Zheng; Jian Luo; Huan Wang; Jiazhong Qian; Xilai Zheng; Marc Walther (Advances in Water Resources, 2025)

Statistical determination of representative elementary volume for petrophysical properties of vesicular basalts - Foojan Kazemzadeh Haghighi; Achyut Mishra; Jay R. Black; Edward M. Hinton; Ralf Haese (Advances in Water Resources, 2025)

A closed-form solution for pre-asymptotic dispersion with transient velocity - Sabrina N. Volponi; Rajitha Senavirathna; Timothy R. Ginn (Advances in Water Resources, 2025)

Flooding, nonlinear scaling and Jensen’s inequality: Analyzing changes in inundation extent with river discharge nonstationarity - Anupal Baruah; Gilbert Hinge; Supath Dhital; Berina Mina Kilicarslan; Omar Wani (Advances in Water Resources, 2025)

Atmospheric aridity perturbs critical soil moisture thresholds of plant water stress over Indian biomes - Anoop Sampelli; Ajinkya Khandare; Ramana Muvva Venkata; Subhankar Karmakar; Subimal Ghosh (Advances in Water Resources, 2025)

Bifurcation of Amazonian meandering rivers, interaction of main and side channels - Christian Caballero; Lucas Dominguez-Ruben; Alejandro Mendoza; Jorge D. Abad; Moisés Berezowsky (Advances in Water Resources, 2025)

Real-time monitoring of dissolved toluene biodegradation in column experiments using spectral induced polarization - Yalin Song; Xiaoqing Shi; André Revil; Qilin Wang; Xinqiang Du; Jichun Wu (Advances in Water Resources, 2025)

Unravelling the role of pocket geometry in the entrainment of coarse sediment particles: Insights from IMU-based analysis - Xin Lu; Bruce W. Melville; Asaad Y. Shamseldin; Lu Wang; Yifan Yang; Yushu Xie (Advances in Water Resources, 2025)

Residual dynamics in hydrological models: insights from a large sample of catchments and models - Luca Lombardo; Simon Michael Papalexiou; Cyril Thébault; Martyn P. Clark; Richard M. Vogel; Alberto Viglione (Advances in Water Resources, 2025)

A theoretical coupled model for describing porous medium surface clogging process - Hexuan Zhang; Mingjian Hu; Yaozu Zhang; Ru Qu; Siyang Wang (Advances in Water Resources, 2025)

Characterization of temporal nonstationary random soil moisture perturbation fields - Ching-Min Chang; Chuen-Fa Ni; Chi-Ping Lin; I-Hsian Lee; Wei-Cheng Lo (Advances in Water Resources, 2025)

Experimental and numerical model studies on flood inundation and drainage processes in a generalized urban street - Jiheng Feng; Junqiang Xia; Boliang Dong; Xiaojie Wang; Roger A. Falconer (Advances in Water Resources, 2025)

Measurement as functional minimization: An image-based method for river surface velocity and discharge estimation - Kailin Huang; Lionel Pénard; Hua Chen; Chong-Yu Xu (Advances in Water Resources, 2025)

Regionalizing hydrologic information for runoff predictions beyond continental boundaries using machine learning - Mohamed M. Fathi; Ayman G. Awadallah (Advances in Water Resources, 2025)

A stochastic framework for mapping probable locations of discrete subsurface conductive pathways facilitating mass migration - Ahmad H. Askar; Jeremy T. White; Brioch Hemmings (Advances in Water Resources, 2025)

Numerical investigation and stochastic modeling of particle bridging under various flow, pore, and particle properties - Laurez Fogouang Maya; Laurent André; Cyprien Soulaine (Advances in Water Resources, 2025)

A generalized analytical model for tidal wave propagation in multilayered, horizontally heterogeneous leaky aquifer systems - Chao Zhuang; Desheng Bao; Long Yan; Hongbin Zhan; Yun Yang; Qiaona Guo; Walter A. Illman; Zhifang Zhou; Jinguo Wang (Advances in Water Resources, 2025)

Simplified theoretical analyses of lagging Darcy flow and land subsidence in a groundwater pumping system of three horizontal layers: An elastic thin plate approach - Jun-Hong Lin; Chih-Yu Liu; Chien-Chung Ke; Ying-Fan Lin (Advances in Water Resources, 2025)

How to improve numerical modelling of gravel replenishment with non-uniform sediment? Proof of concept with a comprehensive experimental dataset - Junjian Deng; Guillaume Brousse; Magali Jodeau (Advances in Water Resources, 2025)

Corrigendum to ‘Pore-scale insights into CO₂-water two-phase flow and implications for benefits of geological carbon storage’ [Advances in Water Resources 191 (2024) 104780] - Jingrui Liu; Kang Duan; Qiangyong Zhang; Yang Zheng; Hongsheng Cao; Ying Zhang (Advances in Water Resources, 2025)

Corrigendum to “Effects of wettability heterogeneity on multiphase flow: From pore-scale mechanisms to cross-scale insights” [Advances in Water Resources 199 (2025) 104956] - Jingrui Liu; Kang Duan; Rihua Jiang; Qiangyong Zhang (Advances in Water Resources, 2025)

A generalized moving least squares-enhanced Lagrangian particle method for anisotropic dispersion in heterogeneous porous media - Jiayu Fang; Mohammad Z. Al-Hamdan; Xiaobo Chao; QiZhi He (Advances in Water Resources, 2025)

Comparative predictions of solute transport with hydraulic tomography in a laboratory sandbox aquifer: the importance of the injection data - Huiyang Qiu; Jie Zhang; Yuanzheng Zhang; Yang Song; Tianning Li; Bernard Konadu Amoah; Rui Hu; Yong Huang (Advances in Water Resources, 2025)

Migration mechanisms of oil-water-sand three-phase flow in unconsolidated sandstones during water flooding: An image analysis approach resilient to threshold interference - Maozhu Li; Yiqiang Li; Zhipeng Wang; Xinji Du; Lei Wang; Jinxin Cao; Zheyu Liu (Advances in Water Resources, 2025)

A novel BMA-PMOSO model for optimal design of groundwater remediation systems under multi-source uncertainties - Qiankun Luo; Yun Yang; Yong Zhang; Jianfeng Wu; Jichun Wu (Advances in Water Resources, 2025)

Can runoff modeled at coarse resolution simulate floods at finer resolutions? A case study over the Ohio River Basin - Tara J. Troy; Naresh Devineni; Carlos H.R. Lima; Upmanu Lall (Advances in Water Resources, 2025)

Pore-scale investigation of drying dynamics and salt precipitation forms in porous media - Bowen Zhang; Budi Zhao; Zhonghao Sun (Advances in Water Resources, 2025)

Bed roughness in gravel-bed rivers: Channel-scale responses to flow and sediment dynamics - Danrlei de Menezes; Ana Luiza Oliveira Borges (Advances in Water Resources, 2025)

Experimental and numerical studies on the transport mechanism of clay particles in porous media considering double layer forces - Xiaoyi Zhao; Xiangjun Pei; Xiaochao Zhang; Mao Qiu; Renji Zhang (Advances in Water Resources, 2025)

Impact of porous media heterogeneity on convective mixing in a Rayleigh–Bénard instability - Rima Benhammadi; Juan J. Hidalgo (Advances in Water Resources, 2025)

Effects of disconnected fluid interfaces on pressure drops for liquid-liquid-gas three-phase flow in porous media - Jiafan Guo; Zhechao Wang; Liping Qiao; Hao Feng (Advances in Water Resources, 2025)

Experimental study on the generalised evolution characteristics of bedload clusters - Q.S. Yin; Y. Xiao; J.W. Li; X. Liu (Advances in Water Resources, 2025)

Transfer learning of neural surrogates on multifidelity groundwater simulations - A. Chiofalo; V. Ciriello; D.M. Tartakovsky (Advances in Water Resources, 2025)

Evaluating existing flow theories for modelling macropore flow through unsaturated soils: A numerical study - Anoop Pandey; Richa Ojha (Advances in Water Resources, 2025)

A pore-scale numerical study of measuring residually trapped CO2 using partitioning tracers - H. Gao; N.K. Karadimitriou; D. Zhou; M. Fazio; H. Steeb; A.B. Tatomir; M. Sauter (Advances in Water Resources, 2025)

A simplified integrated asset model for predicting liquid loading in gas wells with aquifer water influx - Zakarya Belimane; Mohamed Riad Youcefi; Abderrahmane Benbrik; Ahmed Hadjadj (Advances in Water Resources, 2025)

Experimental assessment of the effect of porous groin on flow hydrodynamics in a meandering compound channel - Hosna Shafaei; Kazem Esmaili; AliAsghar Beheshti (Advances in Water Resources, 2025)

The pore-network-continuum modeling of two-phase flow properties for multiscale digital rocks - Bowen Shi; Jianqi Rong; Han Jiang; Bo Guo; S. Majid Hassanizadeh; Chao-Zhong Qin (Advances in Water Resources, 2025)

Upscaling nature-based solutions for reducing risk from natural hazards: From process to practice - Amanda Tritinger; Sydney Crisanti; Steven P. Bailey; Jacob F. Berkowitz; Elizabeth S. Godsey; Burton C. Suedel; Jeffrey K. King (Advances in Water Resources, 2025)

Two-phase flow dynamics in 3D fractures: Influence of aperture, wettability, and fluid properties from Lattice Boltzmann Simulations - F.F. Munarin; P. Gouze; F. Nepomuceno Filho (Advances in Water Resources, 2025)

Competitive dissolution of binary minerals in porous media: A lattice Boltzmann study - Wenxin Yang; Hai Sun; Lei Zhang; Gloire Imani; Dongyan Fan; Junjie Zhong; Yongfei Yang; Jun Yao (Advances in Water Resources, 2025)

Scale-adaptive expected mass fraction framework for contaminant dilution mapping in coastal waters - Morena Galešić Divić; Vladimir Divić; Darko Koračin; Roko Andričević (Advances in Water Resources, 2025)

Effects of geochemical reactions on flow properties during compressed air energy storage in aquifer - Shida Zheng; Jinsheng Wang; Chengzhi Wang; Jiawei Liu; Rui Zuo; Guanlan Wu; Xiaofan Yang; Minghao Pan; Hao Wang; Guangrong Hu (Advances in Water Resources, 2025)

Predicting evaporation and heat transfer of a coupled surface/subsurface problem using a simplified one-region model - Thomas Doury; Pierre Horgue; Romain Guibert; Jean Raymond; Gérald Debenest (Advances in Water Resources, 2025)

Statistical integro-differential fracture model (Sid-FM) for isolated fractures with variable apertures and lengths - Daniel Stalder; Shangyi Cao; Daniel W. Meyer; Patrick Jenny (Advances in Water Resources, 2025)

Comparative pore and continuum-scale modeling of evaporation in mixed wettability porous media - Ayomikun Bello; Abdolreza Kharaghani; Evangelos Tsotsas (Advances in Water Resources, 2025)

HydroStartML: A combined machine learning and physics-based approach to reduce hydrological model spin-up time - Louisa Pawusch; Stefania Scheurer; Wolfgang Nowak; Reed M. Maxwell (Advances in Water Resources, 2025)

Spatial delineation of the compound flood transition zone using deep learning - Farnaz Yarveysi; Francisco Gomez Diaz; Hamed Moftakhari; Hamid Moradkhani (Advances in Water Resources, 2025)

Anisotropy of two-phase relative permeability in porous media and its implications for underground hydrogen storage - Ruichang Guo; Hongsheng Wang; Reza Ershadnia; Seyyed A. Hosseini (Advances in Water Resources, 2025)

Submergence ratio and spacing between in-stream obstructions determine capture and accumulation of drifting particles in rivers - Hojung You; Rafael O. Tinoco (Advances in Water Resources, 2025)

Influence of froude number on the development and evolution of secondary flows in a sharply curved bend: An experimental and numerical study - Chengwei Hu; Yujiao Liu; Minghui Yu (Advances in Water Resources, 2025)

Modeling hydro-thermal processes in fractured geothermal reservoirs using embedded discrete fracture model (EDFM) and MRST - Tongchao Nan; Tianwei Hu; Zichen Wang; Jiangjiang Zhang; Jina Yin; Yifan Xie; Jichun Wu; Chunhui Lu (Advances in Water Resources, 2025)

Modeling tracer dispersion in a coupled system composed of a proppant-packed hydraulic fracture and a tight porous medium - Morteza Dejam (Advances in Water Resources, 2025)

Monitoring drywell infiltration dynamics using time-lapse electrical resistivity tomography - Z. Moreno; L. Netzer; U. Nachshon; D. Kurtzman; Y. Livshitz; T. Kamai (Advances in Water Resources, 2025)

Hydrothermal evolution of high-latitude frozen soil during freeze-thaw cycles - Jiao Huang; Xiabing Yue; Xueying Wang; Hongwei Zhang (Advances in Water Resources, 2025)

Advanced numerical investigation of flow field and morphological evolution around tandem piers - Suniti Kumari; H.L. Tiwari; Rutuja Chavan (Advances in Water Resources, 2025)

Semi-analytical solutions for nonequilibrium transport and transformation of PFAS and other solutes in heterogeneous vadose zones with structured porous media - Sidian Chen; Bo Guo (Advances in Water Resources, 2025)

Pore-scale imaging of hydrogen and methane storage in fractured aquifer rock: The impact of gas type on relative permeability - Sojwal Manoorkar; Gülce Kalyoncu; Hamdi Omar; Soetkin Barbaix; Dominique Ceursters; Maxime Latinis; Stefanie Van Offenwert; Tom Bultreys (Advances in Water Resources, 2025)

Multi-scale visualization of desorption in clay-coated microfluidic channels: Effect of flow dynamics and porous geometry - Negar Razaghi; Mohaddeseh Mousavi Nezhad; John Bridgeman (Advances in Water Resources, 2025)

Estimating the full anisotropy of the covariance function in geostatistical inversion using the pilot-point ensemble Kalman filter - Janek Geiger; Michael Finkel; Olaf A. Cirpka (Advances in Water Resources, 2025)

A semi-analytical solution for seepage field and soil deformation induced by coupled pre-excavation dewatering and groundwater recharge with a suspended waterproof curtain considering delayed phreatic surface response - Weitao Yang; Liang Xiao; Guoxiong Mei (Advances in Water Resources, 2025)