Screen-time snacking is characterized by repetitive eating while viewing televisions, phones, computers, tablets, gaming systems, or streaming media. Distracted eating patterns may reduce awareness of fullness signals, impair meal memory, weaken satiety recognition, and increase repetitive intake of calorie-dense processed foods. Visual stimulation, reward anticipation, stress exposure, dopamine signaling, emotional eating cues, and rapid eating behaviors may all contribute to excessive grazing patterns during prolonged screen exposure. Repeated exposure to processed snack foods rich in refined sugars, sodium, artificial flavor compounds, and rapidly absorbed starches may overstimulate reward pathways associated with dopamine and insulin signaling. These eating behaviors may promote unstable blood sugar fluctuations, increased cravings, elevated caloric intake, reduced satiety hormone responsiveness, and impaired appetite regulation. Low-fiber processed foods are commonly consumed during screen exposure because they require little preparation, digest rapidly, and provide short-term sensory reward stimulation. A whole food plant-based dietary pattern emphasizing fiber-rich fruits, legumes, vegetables, intact whole grains, seeds, and polyphenol-rich foods may help support satiety signaling, glycemic balance, microbiome diversity, digestive fullness, and appetite awareness. Soluble fiber and resistant starch compounds may slow gastric emptying, support SCFA production, influence GLP-1 activity, and promote healthier post-meal fullness responses. Whole plant foods also contain water, micronutrients, antioxidants, and phytochemicals associated with metabolic stability and inflammatory balance. Beans, oats, apples, berries, carrots, popcorn without oils, chickpeas, lentils, chia seeds, flax seeds, and cruciferous vegetables provide bulk, fiber, and slower digestive characteristics that may help reduce repetitive snacking behaviors associated with screen exposure. Polyphenol-rich foods including blueberry, strawberry, green tea, cinnamon, broccoli, and kale contain compounds associated with oxidative balance, dopamine regulation support, inflammatory modulation, and gut-brain communication pathways. Meal timing and eating environment patterns may also influence appetite regulation. Consuming meals without screen distraction may improve chewing awareness, fullness recognition, and portion awareness. Hydration status, sleep quality, circadian rhythm regulation, and dietary fiber intake are interconnected with hunger signaling and reward-related eating behavior patterns. Whole plant foods emphasizing fiber density, satiety support, and stable energy release may help support more balanced eating behaviors during work, entertainment, and prolonged digital exposure.