Paleontology—the study of prehistoric organisms, how they evolved, and what environments they lived in—can be a crucial source for understanding climate change as a whole. By studying prehistoric climates, researchers can deduce how animals in the past reacted to these climate shifts and whether they survived or went extinct. Unfortunately, various stereotypes and biases against the study of prehistoric climates, formally known as paleoclimatic studies, and the question of reliability from proxy data and climate models restrain the field’s potential to help create sufficient emergency measures for a swiftly-changing planet. This paper reviews why paleoclimatic data is assumed irrelevant in professional and public spaces and questions this skepticism. By creating a bridge between climate-caused extinction-level events and modern phenomena, we can determine the consequences of global warming that could have a destructive impact on the planet in the future.

This article explores internal controls and financial performance of selected savings and credit cooperative societies in Moyo district, Uganda. Utilizing both qualitative and quantitative methodologies, a descriptive cross-sectional research design was employed. The population consists of 56 participants. Data was collected with surveys and interviews. Findings revealed that internal controls are the pillar of any financial institution and SACCOs are not excluded and good financial performance is the motive for having good internal controls implemented in the SACCOs. In spite of the role played by internal controls, SACCOs have continued to face challenges relating to liquidity, profitability, efficiency; in terms of cost per borrower, and alleged malpractices. The above challenges could be attributed to weak internal control system, as this sets a base for misappropriation of organization’s resources. It is on this note that the study calls for the implementation of a systematic risk assessment process that identifies, assesses, and mitigates risks. Regularly update risk assessments to adapt to changing circumstances. More so, there is need to maintain effective internal control communication and proper flow of information down, across, and up within all sections of the organization. This includes clear communication of roles and responsibilities. Invest in continuous training and education for SACCO staff and members to ensure they have a strong understanding of internal controls, ethics, and risk management. Develop and regularly update comprehensive policies and procedures that clearly outline internal control processes, responsibilities, and expectations. This can serve as a guide for staff and members and ensure consistency in control activities. Keywords: Credits, Cooperative societies, Financial performance, Internal controls, Savings.

This paper examines the impact of social media on the homogenization of pop music, arguing that platforms like Spotify, YouTube, and TikTok contribute to narrowing creative possibilities within the genre. By analyzing the role of algorithms, audience behavior, and industry practices, the study highlights how social media’s emphasis on viral content and mass appeal stifles artistic diversity and innovation. Algorithms prioritize music with broad, mainstream appeal, creating a feedback loop that reinforces popular trends while marginalizing experimental or niche genres. Audience engagement further drives this homogenization, as artists increasingly tailor their work to fit algorithmic preferences and audience expectations. Industry practices, particularly the focus on producing “TikTok-friendly” hits, exacerbate this trend by favoring formulaic production over creative risk-taking. The research underscores the implications of these dynamics for global music culture, where the pressure to conform to a globalized pop standard threatens to erode local musical traditions. The paper concludes by advocating for strategies to preserve artistic diversity, including alternative distribution models, support for independent artists, and developing algorithms that promote a broader range of musical expressions.

We investigate whether regional social capital is associated with a company’s discretionary disclosures of non-GAAP earnings. The US county level social capital is used to capture the informal supervisory instrument of regional social capital. The two dimensions of social capital, dense networks and strong norms in regions with high social capital, cause reciprocity, integrity, and organizational citizenship. Using a panel of US companies, we find that companies located in regions with high social capital (1) are more likely to disclose non-GAAP earnings, and (2) their non-GAAP earnings disclosures have higher quality. These findings are robust to controlling for demographic features, substitute proxies for regional social capital, and using two-stage least squares and propensity score matching approaches. Furthermore, we implement a mediator analysis and show that companies in high social capital regions have lower costs of equity capital because they are more likely to disclose non-GAAP earnings, and their disclosures are of higher quality. Overall, the findings indicate that the informal institutional factor of regional social capital is associated with the crucial voluntary disclosure tool of managers’ non-GAAP earnings.

The objective of the research was to evaluate the productive and physicochemical performance of trout (Oncorhynchus mykiss) in two seasons of the year. The months of April-June for the rainy season and July-September for the dry season in the Junín region of Peru were considered. The productive performance variables were: length, live weight, carcass weight and yield; on the other hand, the physicochemical variable (pH, water retention, humidity, ash, ethereal extract and protein). The results indicate that no differences (p>0.05) were found between the rainy and dry seasons for: length (cm), moisture (%), ash (%), ethereal extract (%) and protein (%). On the contrary, differences (p<0.05) were found between the rainy and dry seasons for live weight (g) with 239.37 g and 186.30 g respectively, as well as differences for carcass weight (g) in the rainy (186.30 g) and dry (140.77 g) seasons; likewise, differences were found for carcass yield (%), with 88.17 % and 86.89 % for the rainy and dry seasons, respectively. It is evident that in the rainy season there is an increase in their productive behavior. In terms of physicochemical performance, both seasons do not influence the chemical characteristics

Pathogenic Escherichia coli (E. coli) is a significant foodborne pathogen that poses a serious global public health risk. These pathogenic strains of E. coli can be found in various environments such as soil, water, livestock, livestock products, and humans. This review aims to evaluate the role of livestock and the environment as potential sources and reservoirs of pathogenic E. coli in Malaysia over the past two decades. A systematic search was conducted on PubMed, Scopus, Web of Science, and Google Scholar databases using standardized keywords (Escherichia coli, Livestock, Abattoir workers, Farm workers, and Malaysia) to identify relevant original research articles published between 2001 and 2023 and our systematic review protocol was published in Prospero (Registration number: CRD42023433199). A total of 20 eligible articles were included in this review. The prevalence of multi-drug resistant E. coli among livestock production system and the environment, ranged from 4% to 100%. E. coli strains isolated from livestock production systems and environment in Malaysia exhibited high potential for pathogenicity, with diverse enterotoxins, genes associated with antimicrobial resistance, and virulence factors. Phylogroup B and D were noted among the E. coli isolates indicating that the strains in Malaysia are highly virulent and extra-intestinal. High levels of resistance to antimicrobials particularly ESBL and colistin which are last resort antimicrobials were noted. Butchering or processing of livestock, contamination of plants via contaminated waterways or livestock manure are the main sources and reservoir for E. coli to spread in Malaysia. Continued surveillance, monitoring and a comprehensive 'One Health' approach are recommended to effectively prevent and control livestock drug-resistant E.coli strains throughout the country.

Phytogenic feed additives (PFA) have been studied in many poultry researches primarily as growth promoters due to the growing interest in using natural products in farming. However, few researchers opted to study Piper betle and Alpinia galanga as growth promoters in broilers despite these plants' abundance of beneficial phytoconstituents. Thus, this narrative review aims to provide insights to the readers on the characteristics and properties of Piper betle and Alpinia galanga to be used as growth promoters. This article also reviewed previous research on supplementing Piper betle and Alpinia galanga in broiler in-vivo studies. Issues and knowledge addressed in this review article help poultry researchers and industry to explore the potential of Piper betle and Alpinia galanga to improve the performance of poultry flocks in the future.

This study aims to understand the preliminary results of integrating sheep farming in combination with adopting biogas technology in organic rice farming (ORF) systems in upland areas. The research was conducted in upland areas in Grabag Subdistrict Magelang Regency, Central Java Province (UPL1) and Kertasari Subdistrict, Tasikmalaya Regency, West Java Province (UPL2), Indonesia. At each upland area, a demo plot with a 17 m3 digester has been established, and 120 sheep were introduced. A combination of sheep and beef cattle manure was used as a biogas substrate. The soil sample of one and three-year conversion of ORF was collected, and macro and micro minerals were analyzed. The biogas quality was analyzed, including dry matter (DM), nitrogen (N), carbon (C) and nitrogen-ammonia (N-NH3). The greenhouse (GHG) emissions, including methane (CH4), carbon dioxide (CO2), and nitrous oxide (N2O), were measured. The results indicated that C-organic content at three-year conversions of ORF in UPL1 was much lower (P<0.05) than the one-year conversion. The average CH4, CO2, and N2O contents in UPL1 were 661, 477.3, and 0.16 mg/m2/day, respectively. The average CH4, CO2, and N2O contents in UPL2 were 3328, 3038 and 2.42 mg/m2/day, respectively. In UPL1, the proportion of CH4 was 52.5 %, CO2 was 47.4 %, and N2O was 0.01 % while the proportion of CH4 was 57.9 %, CO2 was 42.0 %, and N2O was 0.01 % in UPL2. To conclude, integrating sheep farming in combination with adopting biogas technology in the ORF system improves manure management and provides organic fertilizer, which subsequently reduces the use of artificial fertilizer and avoids GHG emissions.v

ABSTRACT This study examines the diplomatic and political efforts made by Florence to establish a significant institutional presence in Constantinople. It explores Florence's diplomatic relations with the Byzantine Empire, which are analysed in three distinct phases: the first, from the aftermath of the Fourth Crusade in 1204; the second, from 1421 to 1434, following the arrival of the Medici; and the third, from 1434, including the Ecumenical Council, to the fall of Constantinople in 1453. The research aims to provide an historical narrative and a comprehensive study of the origins and development of political contacts between Florence and the Byzantine Empire, an enquiry into the Florentine privileges granted in 1439, and a critical discussion of the genuine presence of a Florentine colony in the Byzantine capital.

AIM: To assess whether there is a possible causal link between the intake of cheese and the risk of diabetic retinopathy (DR) utilizing a two-sample Mendelian randomization (MR) analysis. METHODS: The research data were obtained from summary statistics of genome-wide association studies (GWAS). Genetic loci closely related to cheese intake were extracted as instrumental variables (IVs), and DR was the outcome variable. The data were extracted from individuals of European ethnicity. The data of cheese intake consisted of 451 486 samples with 9 851 867 single nucleotide polymorphisms (SNPs), while the DR data consisted of 206 234 samples with 16 380 446 SNPs. Sixty-one genetic loci closely related to cheese intake were selected as IVs. MR analysis was performed by inverse-variance weighted (IVW) method and MR-Egger regression respectively. The causal relationship between cheese intake and DR was evaluated using odds ratios (ORs) and 95% confidence intervals (CIs). Egger-intercept test was used to test horizontal pleiotropy and sensitivity analysis was performed by leave-one-out test. RESULTS: The P value of the IVW method was less than 0.05, indicating a significant negative correlation between cheese intake and DR. MR-Egger regression showed that the intercept was 0.01 with a standard error of 0.022, and a P-value of 0.634, indicating no evidence of horizontal pleiotropy affecting the IVs related to the exposure factors. Besides, heterogeneity tests confirmed the absence of heterogeneity, and the “leave-one-out” sensitivity analysis demonstrated that the results were stable. CONCLUSION: Cheese intake is causally negatively correlated with the occurrence of DR, and cheese intake could reduce the risk of DR.