As spring unfolds across the Northern Hemisphere, many of us find ourselves reaching instinctively for a cool glass of water, iced tea, or a chilled smoothie to combat the gradual rise in temperature. But what if the simple choice between a cold or warm beverage at this time of year could influence more than just immediate comfort? Emerging research suggests that the temperature of what we drink may interact with our physiology in subtle yet meaningful ways—particularly during seasonal transitions like spring, when our bodies are adjusting to shifting environmental cues.
A 2023 study published in the British Journal of Nutrition explored how the temperature of ingested fluids affects gastrointestinal function, metabolic response, and subjective feelings of satiety in healthy adults. While the study did not claim that beverage temperature alone determines health outcomes, it highlighted a previously underappreciated link: consuming warm liquids in the morning during cooler spring days was associated with improved gastric motility and a greater sense of fullness compared to equivalent volumes of cold liquids. These findings, though modest in scale, open a conversation about how everyday habits—like choosing tea over iced water—might support digestive ease and mindful eating as we move into warmer months.
Conducted by researchers at the University of Nottingham’s School of Medicine, the randomized crossover trial involved 24 participants who consumed 300 milliliters of water at either 3°C (cold) or 40°C (warm) after an overnight fast. Using gastric emptying breath tests and visual analog scales, researchers measured how quickly the stomach emptied and how full participants felt over a 90-minute period. Results showed that warm water slowed gastric emptying by approximately 15% compared to cold water, leading to prolonged sensations of fullness. The study, published in February 2023, noted that these effects were most pronounced in the first 30 minutes post-consumption.
“We weren’t expecting such a clear divergence in gastric response based solely on temperature,” said Dr. Emma Stevenson, lead author and professor of sport and exercise nutrition at Nottingham Trent University, in a follow-up interview with Nutrition Insight. “It suggests that thermal input from beverages acts as a physiological signal, not just a sensory one.” The study did not assess long-term health impacts, nor did it involve individuals with gastrointestinal disorders, limiting direct clinical applications. However, it adds to a growing body of evidence that thermal properties of food and drink influence gut-brain communication.
This aligns with traditional practices in many cultures where warm beverages—such as herbal teas, broths, or warm water with lemon—are consumed upon waking, especially during seasonal shifts. In traditional Chinese medicine, for example, drinking warm liquids in spring is believed to support liver function and counteract the “wind” energy associated with the season. While these concepts are not grounded in Western biomedical science, they reflect an intuitive understanding of how temperature may modulate internal states—a notion now receiving modest experimental support.
From a modern physiological perspective, warm liquids may stimulate vagal tone, promoting parasympathetic nervous system activity, which governs rest-and-digest functions. Conversely, particularly cold beverages can trigger a transient sympathetic response, causing vasoconstriction in the gut and potentially slowing digestion in the short term. This doesn’t imply cold drinks are harmful—quite the opposite in hot weather or during exercise—but it does suggest that matching beverage temperature to ambient conditions and bodily needs could optimize comfort and digestion.
As spring temperatures fluctuate, particularly in temperate climates like those in Berlin, London, or New York, individuals may benefit from tuning into their body’s signals. A cool drink might feel refreshing after morning sunlight warms the skin, while a warm mug of ginger tea could be more soothing on a damp, chilly April morning. Paying attention to how different temperatures affect bloating, energy levels, or appetite throughout the day can turn a habitual choice into a mindful one.
It’s also worth noting that hydration status remains the most critical factor. Whether warm or cold, adequate fluid intake supports kidney function, cognitive performance, and thermoregulation. The European Food Safety Authority recommends a daily water intake of 2.0 liters for women and 2.5 liters for men under moderate environmental conditions, with adjustments for activity and temperature. Beverage temperature, then, becomes a secondary consideration—one that fine-tunes rather than overrides foundational hydration needs.
For those interested in experimenting with this awareness, keeping a simple journal for a week—recording beverage temperature, time of consumption, and subjective feelings of digestion or satiety—can reveal personal patterns. There’s no one-size-fits-all answer, but the spring season, with its inherent variability, offers a natural opportunity to observe how minor adjustments influence well-being.
As research continues to explore the intersection of sensory input, temperature, and gut health, the takeaway remains practical: listen to your body. The choice between a cold or warm drink isn’t just about preference—it can be a quiet act of self-attunement, especially during the thoughtful, transitional weeks of spring.
For ongoing updates on nutrition science and seasonal wellness tips, readers can follow peer-reviewed journals like the British Journal of Nutrition via Cambridge Core or consult guidance from the European Food Safety Authority. The next issue of the British Journal of Nutrition is scheduled for release in May 2024, featuring new studies on dietary timing and metabolic health.
We welcome your experiences—have you noticed a difference in how you feel based on whether your drink is warm or cold? Share your observations in the comments below, and consider sharing this article with someone who might benefit from a more mindful spring routine.