ENHANCING POTATO 'ATLANTIC' GROWTH AND YIELD THROUGH SHADING NET AND OPTIMIZED WATERING INTERVALS

Аннотация

INTRODUCTION shading nets and optimized watering intervals, Potato ('Solanum tuberosum') is one of the most aimed at enhancing the growth and yield of Potato important staple crops globally, contributing 'Atlantic'. significantly to food security and agricultural economies. Among potato varieties, 'Atlantic' Shading nets provide a protective canopy that stands out for its adaptability to diverse growing reduces the intensity of sunlight reaching the conditions and its suitability for various culinary potato plants. This mitigates heat stress and purposes. However, like many crops, 'Atlantic' minimizes excessive transpiration, thereby potatoes are susceptible to environmental promoting more favorable growing conditions. stressors such as high temperatures and water Additionally, shading nets help maintain soil scarcity, which can negatively impact their growth moisture levels by reducing evaporation, further and yield. supporting plant growth and development. In regions where high temperatures and limited Optimizing watering intervals ensures that potato water availability are prevalent, innovative plants receive adequate moisture without agricultural practices are essential to mitigate excessive waterlogging. By scheduling irrigation at these challenges and optimize potato production. optimal intervals, soil moisture levels can be This study focuses on two such practices: the use of maintained within the ideal range for root growth https://www.theamericanjournals.com/index.php/tajas 1 THE USA JOURNALS THE AMERICAN JOURNAL OF APPLIED SCIENCES (ISSN – 2689-0992) VOLUME 06 ISSUE06 and nutrient uptake, thus maximizing plant vigor Potato 'Atlantic' through the combined use of and tuber formation. shading net and optimized watering intervals involved several key steps designed to evaluate Through field experiments conducted over their effectiveness in mitigating environmental multiple growing seasons, this study aims to assess stressors and promoting optimal plant the combined effects of shading net usage and development. optimized watering intervals on the growth and yield of Potato 'Atlantic'. By evaluating plant Firstly, a suitable experimental site was selected development, tuber yield, and other relevant for the field trials, taking into account factors such parameters, valuable insights can be gained into as soil type, climatic conditions, and availability of the efficacy of these practices in enhancing potato irrigation facilities. The experimental design production in challenging environmental followed a randomized complete block design conditions. (RCBD), with experimental plots divided into treatment groups representing different The findings of this study hold significant combinations of shading net coverage and implications for potato growers, agronomists, and watering intervals. policymakers seeking sustainable solutions to enhance crop resilience and productivity. By The next step involved the installation of shading incorporating shading nets and optimized watering nets over the experimental plots to provide intervals into potato cultivation practices, farmers protection from excessive sunlight and heat stress. can potentially mitigate the adverse effects of The choice of shading net material, density, and climate change and water scarcity while ensuring coverage area was carefully determined based on consistent and reliable yields of high-quality prior research and expert recommendations. The 'Atlantic' potatoes. shading nets were positioned at an optimal height above the potato plants to ensure adequate shading