Monks Forest Project to a Zero Carbon Emission Exhibition

Monks Forest Project from USR of National Cheng Kung University provides indigenous community to utilize pro bono glowing plants biotechnology against global warming, building Zero Carbon Emission Exhibition with Japan Kasama Mapping in Seed Coleus Green House.

The United Nations World Meteorological Organization (WMO) published a new "Greenhouse Gas Bulletin" carbon dioxide breakthrough 400ppm. Avatar Pandora's scientific and technological research and development results "luminous plants" do not need to be modified or implanted with plant genes and meet EU regulations, allowing plants to glow at night. A glowing leaf of plants can increase carbon sequestration by average 80 mg a day. Research is one of the novel agricultural technologies in the world that has both science and technology and artistic design in the field of zero carbon emission.

The exhibition turns into a forest of luminous plants, allowing the forest to absorb carbon dioxide and perform artistic healing. The plants shine in the dark night. Luminous plants can create a new experience of viewing plants at night, and can also capture and neutralize carbon at the same time. This exhibition creates a luminous forest, creating about 1,200 large and small luminous plants, and the amount of carbon reduction is the total emissions of the three-day event. The net carbon emission of the whole activity is 0.

Kasama, Japan, created a model city for the rest of the world. This time, Kasama City, Japan’s sharing and exchange of new agricultural creation education has developed from the traditional grain production as the main axis to the "three-life agriculture" that takes into account production, life, and ecology. The combination of luminous plants and creation light sculpture exhibition is connected in series to form a light sculpture exhibition.

Our approach involves the integration of traditional ecological knowledge with modern science to foster innovation. Furthermore, we have established a novel form of co-management systems or evolving frameworks, often referred to as "commons," while respecting traditional communal land tenure. Maintenance and reconstruction of social-ecological-productive landscapes through the on-the-ground activities uses and manages their land and natural resources in a more sustainable way.