International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 11 | Nov 2025
p-ISSN: 2395-0072
www.irjet.net
E-Commerce Website for the Growth of Plants and Gardening Arya Pakhale, Anshul Mahurkar, Rajvi Choudhary,Tanishq Larokar Department of Computer Science and Engineering Guru Nanak Institute ofEngineering and Technology Rashtrasant Tukdoji Maharaj Nagpur University Dahegaon, Kalmeshwar Road, Nagpur-441501 ----------------------------------------------------------------------------***----------------------------------------------------------------------------Abstract- This paper explores the design, development and implications of an e-commerce website specifically targeted toward plants and gardening. With the rise of digital commerce, niche platforms focusing on sustainable lifestyle products, such as gardening, have emerged as significant growth area. The paper presents the motivation for such a system, discusses relevant technologies, analyses user adoption factors, and highlights the potential for integrating smart recommendations and eco-friendly supply chains. Additionally, it identifies future opportunities for IoT integration, AI-based plant disease detection, and sustainability-focused digital commerce.
Keywords - E-commerce, Gardening, Plant Growth, Sustainable Lifestyle, Web Development I. INTRODUCTION The rapid expansion of e-commerce over the past decade has transformed the global retail landscape, making digital platforms the primary mode of purchasing for millions of consumers. While sectors such as electronics, fashion, and household goods have fully embraced online retail, the horticulture and gardening industry has been comparatively slower in adopting digital transformation. Factors such as the perishable nature of plants, variability in regional climates, and limited technological adoption by local nurseries have contributed to the fragmented and largely offline nature of this sector. As urban populations grow and interest in sustainable living increases, the demand for accessible, high-quality gardening products continues to rise. This creates a substantial opportunity for specialized digital platforms that can connect customers with reliable plant sources, tools, and expert guidance. Urban consumers often encounter significant challenges when attempting to purchase plants and gardening tools. Traditional nurseries frequently lack product standardization, inventory visibility, and expert guidance for plant care, leading to suboptimal purchasing decisions. Additionally, customers residing in metropolitan or semi-urban regions may face restricted access to diverse plant varieties due to limited nearby nurseries. Conversely, small and medium-scale plant v endors often struggle with visibility, marketing limitations, and inefficient inventory management, preventing them from reaching a broader customer base. These gaps highlight a clear need for a centralized, technology-driven solution capable of modernizing the horticulture supply chain. E-commerce platforms tailored specifically to horticultural products can address these challenges by providing structured product categorization, detailed plant- care information, climate-specific recommendations, and seamless purchasing workflows. Furthermore, digital tools such as intelligent search filters, personalized suggestions, and vendor dashboards can significantly enhance user experience and business efficiency. However, designing an e-commerce system for plant- based products introduces unique constraints that differ from conventional online marketplaces. These include ensuring accurate representation of plant characteristics, maintaining up-todate stock levels, optimizing delivery processes to preserve plant health, and enabling customers to make informed decisions based on environmental compatibility. Recent advancements in web technology, cloud computing, NoSQL databases, and AI-driven recommendation systems make it feasible to develop a robust, scalable, and user- friendly platform for gardening products. The integration of multimedia descriptions, environmental metadata, and season-based suggestions further enhances the decision- making process for buyers. By leveraging these technologies, this research aims to bridge the gap between customer expectations and vendor capabilities within the horticulture domain.
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