Dhaka, the bustling capital of Bangladesh, faces a pressing challenge in providing accessible and affordable fresh vegetables to its burgeoning population due to exorbitant transportation costs, an unreliable supply chain, and diminishing land storage for agriculture. This study delves into the intricacies of these issues, highlighting the profound impact on vegetable pricing, availability, and market stability within the city.
The research identifies vertical farming as a promising solution to these multifaceted challenges. The proposed project aims to design and implement a prototype of a vertical farming system tailored for local markets in Dhaka. This initiative seeks to revolutionize vegetable production by leveraging vertical farming technology by maximizing output within limited urban spaces.
The project's objectives include achieving significant vegetable production in a compact area, integrating the local market as a production and sales unit, fostering community engagement, and establishing a self-sustaining food supply chain. The envisioned prototype seeks to mitigate the issues of high transportation costs and an erratic supply chain and contribute to Dhaka's urban fabric by creating a sustainable, community-centric solution.
This research and project proposal emphasize the pivotal role of vertical farming in addressing the complex challenges of vegetable accessibility, affordability, and supply chain reliability in Dhaka. Implementing such innovative solutions can transform the city's vegetable market dynamics, ensuring a more stable, affordable, locally sourced fresh produce supply for its residents.
Collaboration with the extant urban tapestry embodies the approach of integrating new developments, architectural designs, and community projects within the existing framework and essence of a city or urban environment. It embraces the rich layers of history, diverse cultural influences, social dynamics, and physical structures already present in a cityscape. This concept, widely employed in architecture and community development, emphasizes the importance of respecting and harmonizing with the unique character and identity of a place. Rather than imposing starkly contrasting structures or initiatives, collaboration with the urban tapestry involves thoughtful design, adaptive reuse of spaces, and inclusive planning that complement and enhance the existing fabric. It values the preservation of heritage while embracing innovation, aiming to create spaces and projects that seamlessly blend into the social, cultural, and physical context of the city, fostering a sense of continuity and belonging for its inhabitants. This approach recognizes the significance of engaging with local communities, stakeholders, and historical narratives to ensure sustainable development that respects and celebrates the distinctiveness of the urban environment. Dhaka's local market scene lacks significant development in utilizing vertical spaces, especially when compared to the rapid growth of tall buildings and structures in the city. This disparity between the vertical expansion of buildings and the underdeveloped use of vertical spaces within markets is apparent. Therefore, the project aims to take advantage of these empty or underutilized areas within the market. By doing so, the project intends to find creative and practical ways to make effective use of these voids or unutilized spaces, transforming them into functional and innovative spaces that serve a purpose and contribute positively to the market's dynamics. The project seeks to bridge this gap by optimizing these neglected spaces within the market, aligning them with the vertical growth trend seen across Dhaka, thereby enhancing the overall market landscape. It seems like you're referring to the distinction between different sections or areas within a bazaar or market. Generally, markets or bazaars often have separate sections categorized based on the types of products they offer or the nature of the goods being sold.
The "dry part" likely refers to the section of the market where non-perishable goods are sold. This could include items like clothing, textiles, electronics, household goods, or other non-food items that don't require specific storage conditions.
On the other hand, the "wet part" probably refers to the section of the market where perishable items are sold, such as fresh produce, fruits, vegetables, meat, fish, and other food products that might require refrigeration or special handling due to their perishable nature.
In this scenario, the area where vertical farming is implemented becomes an intersecting point or a distribution zone between the transformed "dry part" and the unchanged "wet part" of the market. This integration occurs because both the evolving dry section and the unaltered wet section can complement the changeable nature of the distribution system associated with vertical farming.
The superstructure of a this building constitutes all above-ground components that collectively ensure the architectural and functional integrity of the structure. This includes the skeletal frame—typically constructed from steel or reinforced concrete—which serves as the primary load-bearing system. Additionally, the superstructure encompasses the floors, roof, and external envelope, all of which contribute to the building's stability, usability, and aesthetic appeal. The core, which is centrally located, houses critical services like elevators, staircases, and mechanical systems, and is essential for structural stability, particularly against lateral forces such as wind or seismic activities. Additionally, floor systems are designed to accommodate various loads and are constructed from materials like concrete or composite steel to ensure strength and durability.