What is a Biopore Park?

A biopore park is a green area equipped with small vertical holes called biopore holes. These holes are made with a diameter of around 10-30 cm and a depth of 80-100 cm, aiming to accelerate the process of water absorption into the soil. In general, these holes are filled with organic waste which will later decompose into natural compost, so that in addition to managing rainwater, this park also supports the processing of organic waste in the campus environment.

Functions and Benefits of Biopore Parks

Biopore parks have many important functions that support the creation of a greener and more sustainable campus environment. Here are some of the main benefits of implementing biopore parks at Telkom University:

Increase Groundwater Absorption
One of the problems often faced in urban environments is waterlogging and flooding, especially during the rainy season. With the presence of a biopore park, rainwater can be absorbed more quickly into the soil, reducing the risk of waterlogging and flooding around the campus. This is very important in sustainable water management, because biopores accelerate the process of water infiltration, returning it to the natural hydrological cycle.

Reducing Soil Erosion
In areas with high rainfall, soil erosion can be a serious problem. Biopore gardens help prevent erosion by increasing the soil’s ability to retain water. Water that is absorbed more quickly into the soil also helps maintain the stability of the soil layer and prevents erosion of the soil surface.

Increasing Soil Fertility
The process of decomposing organic waste in biopore holes produces compost that enriches the nutrient content in the soil. This contributes to increasing soil fertility in the garden area, so that plants and trees on campus can grow more fertile and healthy. The greenery around the campus is also increasingly maintained, creating a more beautiful and comfortable environment for students and staff.

Reducing Carbon Footprint
By supporting natural decomposition and management of organic waste, biopore gardens play a role in reducing greenhouse gas emissions produced from waste that is disposed of in landfills. Local management of organic waste through biopores helps the campus reduce its carbon footprint, which is one of the main goals of Green Campus.

Implementation at Telkom University

Telkom University has begun implementing biopore gardens in several areas of the campus, especially in green open spaces that are often passed by students and staff. This project is not only done for aesthetic reasons, but also as part of a better environmental management strategy. With many trees and plants around the campus, the biopore garden allows for more effective rainwater absorption, preventing waterlogging in critical areas and creating a more comfortable campus environment.

The implementation of biopore gardens at Telkom University is an important step towards achieving the vision of a more sustainable Green Campus. By utilizing this simple yet effective technology, the campus not only manages rainwater better, but also supports environmental greening. This initiative proves that small changes, such as the creation of biopore gardens, can have a big impact on the environment and the welfare of all campus residents.

By continuing to expand the Green Campus area and integrating green technologies such as biopore gardens, Telkom University is getting closer to its goal of becoming a completely environmentally friendly campus, where technology and nature go hand in hand for a better and more sustainable future.