This project aims to reconnect apartment dwellers with nature through the design of a mobile food garden for balconies. The self-assembled garden allows for the creation of a vegetable patch in a compact space. It is designed as an ecological system based on natural cycles of growth, water, and nutrients. The system improves the apartment gardening experience by providing an optimal growing environment tailored for apartment living with enhanced versatility and personalization.

1. Insert also the logos/names of the main institutions involved in the project... Apartment Garden Ecosystem Use design to enhance the apartment gardening experience and help reconnect urban dwellers with nature Product + Design - Auckland University of Technology Nancy Wang Auckland. New Zealand Key Words: Cities, Urban Green, Households

2. Nowadays many people chose to live in compact high-rise dwell­ings, and as populations increase, and residential spaces becomes more limited, these are likely to rise dramatically. Apartment homes do not have the luxury of a backyard and there is limited opportunity to experience gardening and its associated benefits. Analysis of initial research concluded that gardening activity in apartment is very limited, and is usually re­stricted to growing low maintenance plants in confined areas. In addition, soil and water were viewed as difficult to maintain and keep tidy. Furthermore, people who live in apartments are often transient. This was regarded as a significant barrier towards establishing an apartment garden . Context

3. This project aims to reconnect apartment dwellers with nature, through the design of a product/system that improves the apartment gardening experience, while communicating urban dwellers the potential benefits of a more self-sufficient way of living. Project

4. A self-assembled mobile food garden was designed, which allows apartment dwellers to create their own balcony vegetable patch. The garden is designed as an ecological system based around three dominant cycles found in nature: growth, water and nutrient. Most plant growth occurs in the top two levels. These are adjustable in height to maximize sunlight. Seeds may be germinated in the lower levels and rotated to the top trays to allow further growth. Rainwater feeds garden from the top, it then flows through the lower planting trays and collects in the bottom water tray. A worm farm is incorporated to utilize food scraps so that soil may be continually nourished. The system aims to improve apartment gardening experience by providing an optimal growing sys ­ tem with enhanced versatility specifically for apart ­ ment living. It can be arranged in a variety of ways to provide the best growing conditions for a diversity of crops, while allowing the personalization of the gardening process. Each planter has a removable base and can be stacked to provide deeper soil as required by some crops (i.e. root vegetables). The containers also function as tool storage spaces, and may also be arranged to form a double level worm farm, so nutrient rich worm juice may be collected along with any excess water. The system is designed with maximum space utilization as well as mobility for better use in confined areas. Design Role