A. PONCE, L. PONCE AND T. FLORES
Amidst the intricate orchestration of plant nutrition, an intriguing phenomenon takes center stage: foliar absorption. This physiological marvel allows plants to directly assimilate essential nutrients through their leaves, bypassing the conventional soil-root route. This innovative nutrient delivery method holds immense potential, particularly for micronutrients like Zinc.
Yet, within this promise lies a challenge. The tenacious wax cuticle layer on leaves can sometimes impede the smooth absorption of Zinc when applied foliarly. This captivating hurdle urges us to delve deeper into the realm of foliar absorption, spurring the quest to uncover strategies that amplify its intrinsic advantages.
Zinc, a pivotal micronutrient, orchestrates a complex symphony of plant processes. From catalyzing enzymes and guiding DNA synthesis to regulating protein creation and shaping growth hormones, its multifaceted role is undeniable. Its scarcity can reverberate through crop yield and quality, underscoring the urgency of optimizing uptake pathways.
Guided by this mission, our research embarks on a significant journey: evaluating the potential of wax cuticle removal to enhance Zinc Sulfate absorption in tomato plants. Amidst the intricate interplay of foliar absorption and its interaction with plant physiology, we strive to unearth insights that could redefine agricultural practices and bolster both yield and quality.
In this pursuit, we invite you to join us in exploring the intricate interplay of plant anatomy, nutrient assimilation mechanisms, and groundbreaking innovation. Together, we aim to unlock the latent capacities of foliar absorption, shaping a future where hardier, more resilient crops thrive.

Comments