A survey of US consumers revealed that specific ingredients have a greater impact on purchasing decisions than product brands. The findings indicate that consumers prioritize functional ingredients, suggesting that manufacturers in the functional nutrition sector can capitalize on this trend. Additionally, the research highlights the importance of clinical validation and sustainable sourcing as key factors that can enhance product appeal and consumer trust.

The premium water segment in Canada is evolving to meet changing consumer preferences, emphasizing innovation within the water category. This shift reflects a growing demand for enhanced hydration options, with brands focusing on unique features and health benefits. As consumers seek alternatives to traditional beverages, premium water is redefining choices in the market, highlighting the importance of quality and differentiation in beverage offerings.

Researchers have found ultrashort-chain PFAS in most New Jersey tap water and bottled drinks. Formulated beverages contained approximately 52 times the TFA levels compared to plain bottled water. Additionally, conventional PFAS treatment methods are less effective at capturing these ultrashort-chain compounds than they are for longer-chain PFAS. This raises concerns regarding the prevalence of these substances in commonly consumed beverages.

Eastcoast Beverages, an Australian-owned company since 1965, has launched a new fully automated beverage manufacturing facility in Kulnura, NSW. This development signifies the company's transition into its third generation of operations. The facility aims to enhance production capabilities and maintain the brand's commitment to quality, reflecting the company's long-standing presence in the beverage industry.

Sidel will exhibit at BrauBeviale 2026, taking place from November 10 to 12, 2026, at the Exhibition Centre Nuremberg, Germany. The company will present a comprehensive portfolio of innovative solutions aimed at assisting beverage producers in enhancing their performance, improving sustainability, and futureproofing their operations. Visitors can find Sidel at Booth 759 in Hall 7 during the event.

Clover has introduced a new product, Krush Grapefruit & Blood Orange Fresh Fruit Juice, expanding its juice portfolio. This product aims to cater to consumers who are looking for refreshing options with vibrant fruit flavors. The launch reflects Clover's commitment to enhancing its beverage offerings in response to market demand for fresh fruit juices. The new juice is positioned to attract health-conscious consumers.

Australia is implementing measures to safeguard its citrus industry from Huanglongbing (HLB), commonly known as citrus greening disease. Recent field trials, supported by Hort Innovation funding, have shown promising results in developing virus-based protection strategies. These trials aim to enhance the resilience of citrus crops against HLB, which poses a significant threat to the industry. Continued research efforts are essential for effective disease management.

The study investigated the effects of dielectric barrier discharge (DBD) cold plasma processing on cranberry juice. It focused on the retention of bioactive compounds and the preservation of physicochemical properties, as well as microbial inactivation. Results indicated that cold plasma treatment effectively maintained the quality of cranberry juice while enhancing its safety by reducing microbial load, demonstrating its potential as a non-thermal processing method.

This study presents the YOLOv26-ACearly-ASPPdeep model, designed for the early and accurate detection of citrus diseases and pests in complex orchard environments. The model aims to enhance detection capabilities, particularly for small lesions and subtle early symptoms, which are often overlooked by existing detection systems. Timely intervention is crucial for protecting yields in the citrus industry, highlighting the importance of this research.

The study presents the haplotype-resolved genome of Swinglea glutinosa and conducts a pangenome analysis, revealing insights into resistance against Huanglongbing (HLB), a severe citrus disease caused by Candidatus Liberibacter asiaticus (CLas). The research highlights the genetic diversity and potential resistance mechanisms within Swinglea glutinosa, offering valuable information for breeding programs aimed at developing HLB-resistant citrus varieties to combat this significant agricultural threat.