The Rory Meyers Children's Adventure Garden provides a variety of learning experiences and interactive games for children aged 6 to 12. Designers hope to arouse children's curiosity and initiative to explore through combining on-site scenarios with experiments and games, thereby cultivating their interest in science and nature.

The entire children's adventure garden covers 8 acres (approximately 32,375 square meters), with over 150 interactive exhibits and activities related to science, nature, environment, and art, and 17 indoor and outdoor learning rooms. Each learning room focuses on a specific theme of life, earth, and environmental science issues. The entire garden has over 150 interactive exhibits.

Entering from the wrought-iron butterfly gate, you will see an interactive fountain plaza that can accommodate 200 people. Considering the holding of large-scale events in the future, a circular theater with awnings is also set up here.

Passing through the front plaza, you can reach a play area geared towards younger children. Many giant animal installations are placed here, such as butterflies, giant ants, caterpillars, as well as streams, sandpits, mazes, and flat tree hollows, enriching the scene and gameplay of the site. During play, children can gain an initial understanding and knowledge of nature.

This is an activity area for kindergarten children, helping them understand how plants survive and grow, and learn about the internal structure and components of plants.

At a glance, giant potted plants are placed everywhere. These potted plants are about 4 meters high, some are opened to reveal the root system and internal structure, and some are laid down to become an outdoor natural classroom.

There are also enlarged pistils, etc. These phenomena that we cannot observe with our eyes in daily life are magnified several times here. Children can observe plants from the perspective of insects and can also trigger interactive switches to understand the structure and secrets of flower growth.

Hydropower: Energy that uses water flow, water pressure, or tidal movement to generate electricity.

Wind energy: Energy that uses wind power to convert wind energy into electricity.

Solar energy: Energy that uses solar radiation to convert light energy into electricity or heat energy. Solar panels and solar thermal systems are common ways to utilize solar energy.

In this wetland covering approximately 2880 square meters, children can observe the living environment of plants and animals, thereby understanding the value of the ecosystem.

A decomposition diagram of the plant life cycle, from planting, seedlings, growth, flowering, fruiting, to death, and the different blooms of plants in the four seasons are also visible.

Understanding the earth's rotation, learning the decomposition process of the life cycle and the precipitation cycle.

A garden maze with exploration tasks. Clues and questions will be set in the maze. During the process, children need to observe, interact, and collect information to find the answers, and finally they can exchange rewards.

An indoor and outdoor combined open space. Indoors is an 845-square-meter area with display and activity functions. An upper roof garden is built on the upper level of the space, which provides an outdoor course venue in addition to viewing.

This area features a variety of edible vegetables, grains, and interactive devices. Through play, children learn about food sources and their related nutritional and economic value.

This is a high-altitude walkway extending in a "treetop" shape. It is the highest point of the venue, offering a bird's-eye view of the entire park. It allows for quick navigation to desired destinations.

The high-altitude walkway also leads to a natural habitat for rest and play.

Whether it's the science and education interactive facilities, the natural ecological environment, or the reserved activity and teaching spaces, the venue has planted high-quality "seeds" for the children's nature exploration garden. However, how these seeds "grow" depends on subsequent operational cultivation to truly achieve effective connection between people and nature.

Science education should be natural, and it is precisely because of this "naturalness" that a simple and easy-to-understand approach is needed to allow people to naturally access and acquire knowledge. If the venue is the hardware, then the operational content is the software; the two complement each other.

The Zhi Zhi Wu Science Park has also implemented similar practices. With plants as its main focus and science education as its core system, the Zhi Zhi Wu Science Park incorporates venue environment, performance programs, game activities, and educational courses to create a comprehensive science education product system. This provides sustainable content output for the main brand, continuously and effectively establishing a connection between people, the venue, and nature, and achieving effective transformation.