Search Results (697)

The rapid growth of the pet-humanisation trend has generated a distinct segment of tourists who regard pets as family members and seek travel experiences that accommodate both human and animal needs. This study examines the causal relationships among service quality, destination image, perceived value, and travel intention among Thai pet-humanising tourists. Using a quantitative approach, data were collected from 280 Thai respondents with experience or interest in pet-friendly tourism and analyzed via Structural Equation Modelling (SEM). The findings indicate that service quality and destination image significantly enhance perceived value, which subsequently exerts the strongest positive effect on travel intention. While service quality directly increases travel intention, destination image demonstrates a significant negative direct effect but a positive indirect effect through perceived value, highlighting a competitive mediation mechanism. By extending value-based behavioural models to this emerging segment, the study suggests that tourism and hospitality operators should prioritise tangible pet-friendly infrastructure and value-enhancing experiences over mere destination image, supporting the strategic development of inclusive pet-friendly destinations. Full article

Bats (Chiroptera) account for approximately 25% of all known mammalian species and provide essential ecological services, including insect regulation, pollination, and seed dispersal. Despite their importance, they face significant conservation threats and persistently negative social perceptions. Owing to their innate immunity and tolerance, bats constitute a particularly efficient natural reservoir for a wide variety of potentially zoonotic viruses. Over the past two decades, bat-associated viruses have been central to multiple outbreaks of emerging infectious diseases. From severe acute respiratory syndromes to filoviral hemorrhagic fevers, bats have consistently acted as key reservoirs in pathogen emergence. This has further damaged the public perception of bats as dangerous animals and vectors of serious diseases, in some cases leading to increased persecution of their populations. However, spillover events should not be attributed to bats, but rather to human-driven environmental changes—including deforestation, land-use transformation, agricultural intensification, urban expansion, biodiversity loss, wildlife trade and research biosecurity—that amplify contact among humans, livestock, and wildlife or their potential zoonotic pathogens. Safeguarding bat populations, minimizing direct interactions with wildlife, and preserving intact ecosystems are critical not only for bat conservation but also for reducing zoonotic spillover risk. Furthermore, it is essential to strengthen social communication regarding the importance of bats, in order to counteract their negative reputation and promote greater public understanding of their ecological value. This article reviews health, sociological, and conservation dimensions of the issue, situating them within a broader context to provide an integrated, multidisciplinary understanding. Potential solutions and priority directions for future research are also discussed. Full article

Acute diarrheal disease (ADD) caused by parasites and Tuberculosis (TB) remain major public health concerns in vulnerable indigenous communities with limited access to sanitation, safe water, and healthcare, and where humans, animals and the environment interact closely. Using a One Health framework, this study investigated TB and Intestinal parasites in human, animal and environmental samples from 15 Wayuu indigenous communities in Manaure, La Guajira. A total of 190 samples, including human sputum and feces, animal milk and feces, soil and drinking water, were analyzed according to sample type, preservation suitability, and availability using parasitological concentration techniques, qPCR for helminth detection, metatranscriptomic sequencing, Xpert ^® MTB/RIF assay, and mycobacterial culture. Mycobacterium tuberculosis was detected in 8.3% of human sputum samples, with no evidence of rifampicin resistance, whereas Mycobacterium bovis was not detected in animal milk. Human fecal samples analyzed by microscopy showed Blastocystis sp. and the Entamoeba histolytica/Entamoeba dispar complex (38.8% each), followed by Giardia (19.4%), Hymenolepis nana and Trichuris trichiura (5.1% each) and Hymenolepis diminuta (1%). Commensal parasites were also identified, with Entamoeba coli (46.9%) being the most frequent species, indicating inadequate sanitary conditions and poor hygiene practices. Co-infections were common in humans (60.2%). In animal fecal samples, strongylids (66.7%), amoebas (16.7%) and Giardia (8.3%) were observed. Giardia sp. was detected in 2.38% of soil samples by microscopy, supporting environmental circulation, whereas no parasites were detected in water sediments. Multiplex qPCR detected Trichuris trichiura DNA in human feces and Trichuris spp. DNA in soil and sheep fecal samples. Metatranscriptomic analysis of 22 human fecal samples revealed a high diversity and frequency of parasitic protozoa (90.9%), with Blastocystis spp. being the most frequent (81.8%). Additionally, reads of free-living amoebae, including Acanthamoeba spp. (10%) and Naegleria spp. (5%) were detected in community drinking water sources. These findings suggest active transmission of TB and parasitic-associated ADD in Wayuu communities and highlight the need for integrated surveillance and culturally appropriate interventions focused on sanitation, hygiene, veterinary services and community health education to improve the living and health conditions of these vulnerable populations. Full article

Globally, mycotoxin contamination of maize is a fundamental concern due to significant economic losses and toxic health effects on humans and animals. This study analyses the perceived effects of mycotoxin contamination and the use of control measures among smallholder maize farmers in South Africa using Mbombela as a case study. A two-stage sampling procedure was used to select 152 registered smallholder maize farmers in Mbombela, South Africa. Data was collected with a structured questionnaire administered by trained enumerators. Descriptive and multiple linear regression analyses were carried out using SPSS (Version 28). The findings revealed that many farmers had a high perception of the effects of mycotoxin contamination, and the most prominent prevention and control practices were good field management, storage of maize in clean, well-ventilated stores, and proper sorting of harvested grains. Multiple linear regression results revealed that farming experience, media exposure, extension visit, mycotoxin-related training, mycotoxin awareness, and perception index significantly influenced farmers’ utilization of mycotoxin prevention and control practices. The study recommended that agricultural professionals develop robust mycotoxin-related training and advisory services to enhance and strengthen farmers’ awareness and perceptions, and to promote the sustained use of effective agricultural practices to combat mycotoxin contamination. Full article

Background: Antimicrobial resistance (AMR) is increasingly recognized as a major public health challenge in Zambia. However, limited evidence exists on the factors driving AMR and antimicrobial use behaviours among cattle farmers. This study explored farmers’ knowledge, attitudes, and practices (KAPs) regarding AMR and antimicrobial use (AMU), and explored factors influencing them. Methods: Data were collected from Namwala, Mpongwe, and Chingola districts between January and April 2024. A total of 377 cattle farmers participated in a structured survey, supplemented by ten focus group discussions (FGDs) and seventeen in-depth interviews (IDIs). Qualitative data were analysed thematically to identify recurring patterns, while quantitative data were summarized using descriptive statistics and analysed using bivariate tests and regression models to assess key associations. Results: Overall, a small proportion of farmers demonstrated high levels of knowledge (33.9%), positive attitudes (40.4%), and good practices (19.6%) related to AMU and AMR, with significant differences observed across districts. Major drivers of AMU included poor implementation of biosecurity measures, limited access to veterinary services, high reliance on non-prescribed antimicrobials, and weak enforcement of regulations governing antimicrobial distribution. Conclusions: This study highlights critical gaps in AMR-related knowledge and widespread irresponsible AMU among cattle farmers in Zambia. Strengthening targeted AMU/AMR awareness campaigns, improving veterinary service infrastructure, and enhancing regulatory oversight on antibiotic distribution are urgently needed to protect both animal and public health. These findings can support policymakers in designing evidence-based interventions to curb AMR in the livestock sector. Full article

Brown algae are important primary producers in coastal ecosystems, where they provide habitat and food for numerous marine species. For humans, they provide raw materials (food, animal feed, and ingredients for pharmaceuticals and cosmetics) as well as ecosystem services such as coastal protection and carbon sequestration. The molecular characterization of brown algae is necessary to understand their role in ecosystems, their biochemical resources, and responses to environmental stresses—knowledge that is crucial for the sustainable use and biotechnological applications of seaweed. Within this context, we analyzed more than 300 primary and secondary metabolites by gas chromatography–mass spectrometry to elucidate the metabolic profiles of seven habitat-forming species of brown algae in the arctic and temperate seas. Metabolite profiles were discussed considering physiological and ecological characteristics of the different algae, thus revealing the taxon-specific biochemical signatures and metabolite patterns contributing to seaweed adaptation to their typical habitats. Three important groups of metabolites representing polyols, phenolic compounds, and organic acids, were analyzed and discussed in more detail. Our study revealed metabolic diversity of species from the same order and genus, thereby indicating a very distinct regulation at the molecular level to meet metabolic needs of the habitat. The knowledge of different compositions of algal extracts can be used to develop specialized applications for humans in cosmetic, medical, or nutritional sectors. Full article

Vaccination is one of the most important measures for infectious disease control. Recently, media-generated concern about vaccine-associated adverse effects has produced a rise in both human and animal “anti-vaccination” movements. This study aimed to understand factors involved in dog owner vaccination decisions and explore whether there has been an increase in titer testing. An online survey targeting dog owners received a total of 2585 responses, which showed 79% of respondents had their dogs vaccinated in the last 12 months. A few owners had never vaccinated their dogs, and 13% of owners used titer testing prior to booster vaccinations. The factors with the strongest positive predictors for vaccination were requirements by third party services (e.g., kennels) and, for a negative response, lack of time. For respondents that had not vaccinated, the factors with the strongest predictive powers to determine if they titer test were education/working in the veterinary industry for a positive response and not having heard of negative side effects after vaccinating for a negative response. Overall, no evidence was found that a rise in anti-vaccination attitudes was pervasive in dog owners; however, the study shows that the veterinary profession has work to do to ensure herd immunity is maintained within dog populations. Full article

Northeast China is one of China’s major commodity grain bases and plays a strategic role in national food security. Against the background of rural population outflow and agricultural modernization, new agricultural business entities (NABEs), including family farms, farmers’ cooperatives, and agribusinesses, have become important actors in reshaping agricultural production organization. Based on registration data for 2014, 2018, and 2023, this study uses kernel density estimation (KDE), standard deviational ellipse (SDE) analysis, spatial autocorrelation analysis, ordinary least squares (OLS) regression, and multiscale geographically weighted regression (MGWR) to examine the spatiotemporal patterns and driving factors of NABEs in Northeast China. The results show that: (1) NABEs expanded rapidly from 2014 to 2023 and became increasingly concentrated in agriculturally advantageous plain areas. (2) Family farms showed the fastest expansion, farmers’ cooperatives had the widest spatial coverage, and agribusinesses were mainly concentrated around transport corridors and market nodes. (3) In terms of industrial structure, crop-production entities remained dominant, followed by animal husbandry entities, while forestry, fishery, and agricultural support service entities accounted for relatively small shares; however, their numbers continued to increase. (4) The OLS results showed that the reclamation rate and road network density had relatively stable associations with the spatial distribution of multiple entity types, whereas economic development, science and technology investment, and fiscal support showed differentiated relationships across entity types and regions. (5) The MGWR results further reveal spatial heterogeneity in the effects of driving factors. These findings provide empirical evidence for type-specific cultivation and differentiated policy support for NABEs in major grain-producing areas. Full article

Recently, the problem of food waste management has attracted the attention of producers, processors, retailers, and consumers due to economic, environmental, food safety, and sustainability consequences, affecting the entire food supply chain. This article reviews data on food waste of animal origin at different stages along the production and transformation systems, from an environmental, economic, or social perspective. Results show differences between developed and developing countries. While in developed countries, most waste occurs at the end of the food chain, in developing countries, most waste occurs in primary production and transportation. Food waste is very expressive in production and retail, but also in final consumption in households and food services. Mitigating measures include upcycling, i.e., recovering valuable food components for industrial use with economic and environmental benefits, and alternatives for food waste reutilization. The role of the consumer is unquestionable, particularly when shopping for food for the household or when consuming food in restaurants or canteens. Hence, it is crucial to understand the behaviours leading to food waste as a way to reduce it and implement strategies to effectively reduce food waste at various levels. The role of education, regulation, and policies is pivotal in achieving minimal food waste. Full article

Zoonotic gastrointestinal parasites such as Toxocara canis and Ancylostoma caninum are a public health concern, particularly in tropical and urban environments. This study evaluated Mexican veterinarians’ perceptions, knowledge, and deworming practices regarding these parasites and their zoonotic risks. A nationwide online survey obtained 717 fully completed responses from veterinarians across all Mexican states, exceeding the required sample size. Inclusion criteria required participants to be active small-animal practitioners with no missing data on core deworming questions; veterinarians working exclusively in pharmacies, feed stores, boarding facilities, dog daycares, or grooming services were excluded. Overall ESCCAP guideline compliance was 34.2%. Compliance was highest in northern states (41.8%) and lowest in southern states (23.5%). Deworming practices in lactating dogs showed uniformly low adherence, and no state reached moderate compliance for puppies aged 1–3 weeks. Compliance with the recommended puppy deworming frequency was notably higher. Compliance with the recommended adult deworming frequency was very low (9.8%), while coprological monitoring was recommended by 43.4% of respondents. Professional formation was the strongest predictor of overall guideline adherence across nearly all criteria. The 16–20-year experience group showed the highest overall compliance. Sex was not a significant predictor of overall ESCCAP compliance; the only significant sex difference was observed for coprological monitoring, where female veterinarians showed higher compliance rates. These findings suggest that academic training, years of experience, and geographic region are independently associated with guideline adherence, underscoring the value of standardized national protocols and continuing education to strengthen zoonotic risk awareness among veterinarians in Mexico. Full article

Cat welfare assessment in Animal-assisted aervices (AAS) is necessary to ensure engagement in AAS does not impair welfare. An initial systematic search conducted according to Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) guidelines revealed a complete lack of studies specifically addressing this topic. Consequently, a second-step search was performed, widened to the existing tools for monitoring cat welfare in general. Three scoping reviews using PRISMA guidelines were performed, focusing on the three principal fields of welfare assessment: health, behaviour, and physiology/endocrinology. Studies published on Scopus in 2011–2026, written in English and assessing feline (Felis catus) welfare were selected. A total of 2728 records were identified, of which 43 met the inclusion criteria (including 7 reviews and 1 scientific report); the methods used to assess cat welfare were summarized and discussed for their potential application in AAS. Although multiple tools are available, most are context- or disease-specific and some are not validated. Approximately half of the studies employed more than one indicator or method, with behavioural parameters being the most frequently used through questionnaires or scores. This work provides a practical framework to support veterinarians, handlers, and researchers in the selection of appropriate tools for cat welfare monitoring in AAS. Full article

This review explicitly focuses on agricultural attachments and executing components that interact directly with soil and crops, rather than the tractor vehicle itself. Operating within complex and variable farmland media environments, the key components of agricultural machinery have long been constrained by bottlenecks such as high-energy draught resistance, severe solid–liquid interfacial adhesion, and intense abrasive wear. Bionic functional surfaces, based on the coupling of micro-geometric morphology and surface-interface physical chemistry, provide a scientific approach to overcoming traditional tribological limitations by reconstructing the contact mechanics and fluid dynamics boundaries at the interface. This paper presents a comprehensive review of the latest research progress regarding bionic functional surfaces in the fields of friction reduction, wear resistance, and anti-adhesion in agricultural machinery. The article systematically categorises typical biological prototypes, such as soil-burrowing animals, aquatic organisms, and plant leaves, alongside their multidimensional feature extraction methods. It provides an in-depth analysis of core interaction mechanisms, ranging from static air cushion effects and dynamic wetting evolution to active electro-osmotic soil detachment, interfacial stress redistribution, and microscopic wear debris capture. Furthermore, it evaluates the efficacy of cross-scale coupled numerical simulation technologies in resolving interfacial interactions. At the engineering application level, this review extensively discusses the field performance of bionic structures in typical operational scenarios, including draught reduction in tillage and land preparation, blockage prevention in seed-metering channels, and low-damage harvesting in agricultural machinery. Finally, countermeasures are proposed to address the fatigue degradation of bionic surfaces under alternating field loads and the barriers to the large-scale fabrication of large-sized components. The paper further highlights the development trend towards the deep integration of bionic tribology with digital twins and intelligent wear-state perception technologies, aiming to provide systematic underlying theoretical and technical references for the research and development of the next generation of intelligent agricultural equipment characterised by low energy consumption and a prolonged service life. Full article

Cooperatives play a significant role within organizational models by providing essential services such as technical support, advocacy, information, knowledge, and guidance, which contribute to the production of high-quality animal products in a safe, efficient, and responsible manner. Furthermore, cooperatives aim to enhance the livelihoods of marginalized populations and address consumer needs. In this context, a study focusing on the status of women’s cooperatives in the Eastern Mediterranean offers valuable insights into women’s participation in economic and social life, as well as their challenges and expectations. This research aims to evaluate the status, perspectives, participation, activities, and expectations of women’s cooperatives in Lebanon and Turkey. The findings indicate that 90% of respondents in Lebanon and 45.5% in Turkey expressed satisfaction with their respective cooperatives. Additionally, 90% of Lebanese respondents and 59.1% of Turkish respondents would recommend that women establish their own cooperatives. The most common motivation for forming cooperatives in both countries was the belief that women are stronger when they collaborate. Furthermore, 75% of respondents in Lebanon and 45.4% in Turkey believe that cooperatives are suitable for conducting business, while those who disagreed emphasized the need for specialized traders to address specific business requirements. Respondents who expressed dissatisfaction with cooperative collaboration often mentioned difficulties in making joint decisions and challenges in group cohesion. These findings underline the importance of cooperatives in enhancing women’s roles in economic activities and the challenges they face in both Lebanon and Turkey. Despite these challenges, women’s cooperatives continue to be perceived as a valuable means of empowerment and a key strategy for fostering collaboration and economic growth. Full article

Dog aggression toward humans represents a relevant public health issue. In Italy, small animal veterinarians are expected to contribute to the early identification of at-risk situations and to aggression prevention. This study aimed to assess, through a nationwide survey, veterinarians’ perception of this role, regulatory awareness, and clinical practices related to dog aggression prevention in Italy. A cross-sectional study was conducted between November 2025 and February 2026 using an anonymous online questionnaire disseminated through provincial veterinary boards to private veterinarians working in small animal practice. A total of 1088 valid responses were analyzed using descriptive, inferential, and multivariable analyses. Almost all respondents reported frequent encounters with aggressive behavior, with more than 60% managing at least five aggressive dogs per year. Although 80% recognized an active preventive role for veterinarians, only 55% were aware of the current Ministerial Ordinance and 19% had ever submitted a report to public veterinary services. Specific training in behavioral medicine was independently associated with greater regulatory awareness and reporting behavior. Strong support also emerged for mandatory owner training and early behavioral assessment. A substantial gap persists between the preventive role assigned to veterinarians and the practical implementation of preventive tools. These findings support the need for strengthened behavioral medicine training and improved integration between private practitioners and public veterinary services. Full article

Tropical regions can vary according to geographical location, climatic conditions, socio-economic characteristics and the diversity of biological resources. In animal production systems in tropical regions, dairy cattle and/or dual-purpose farmers often struggle to maintain accurate records due to a multitude of factors. Low-to-middle-income farmers face challenges including financial constraints, limited access to veterinary services/technical consultation, limited awareness of available technologies, and the inability to implement them. These barriers hinder the adoption of effective herd management practices and preventive health measures to optimize production and health. Without proper record keeping, the limited information available may not accurately reflect the farm situation, and decision making could lead to adverse economic and environmental outcomes. Despite technological advancements that simplify data collection, analysis and interpretation, many tropical farms still encounter significant challenges in adopting these practices. The objective of the present scoping review is to provide an overview of the current status and to highlight the importance and necessity of collecting, maintaining, and interpreting records to achieve sustainable animal production systems in tropical regions. Full article