Amidst the lush 90-hectare University of Indonesia City Forest, a strategic step for the future sustainability of the national energy industry was initiated by the Faculty of Mathematics and Natural Sciences, University of Indonesia (FMIPA UI) and PT Pertamina Gas (Pertagas). Thirteen participants from various Pertagas operations gathered for a major mission: planting a future through biodiversity conservation (kehati).
This activity is part of the 2025 Biodiversity Conservation and Protection (Kehati) Training, which entered its peak session on Thursday (July 17). The training program is organized by the Faculty of Mathematics and Natural Sciences, University of Indonesia (FMIPA UI), through the UKK-LST BIOPROSPECT Research Center, in collaboration with PT PGAS Solution. This is a strategic collaboration between academia and industry to build capacity and awareness of the importance of conservation in energy sector operational practices.
Embracing the spirit of conservation and innovation, the participants, environmental analysts from various regions, including West Java, Kalimantan, Sumatra, and East Java, underwent intensive training at the University of Indonesia’s (UI) City Forest. Developed since 1983, this green space is now a living laboratory home to over 817 plant species and a diverse range of birds, divided into three main zones: the West Wales Zone, the East Wales Zone, and the Native Vegetation Zone.
“This training is a concrete manifestation of collaboration between education and industry in preserving nature. We want to encourage innovation in sustainable environmental management,” said Dr. Mega Atria, M.Si., the event’s Chief Executive.
He also emphasized that the UI City Forest is an ideal location for conservation practices because of its intact ecosystem and rich biodiversity.
Under the guidance of lecturers and assistants from the Department of Biology, FMIPA UI, participants were divided into working groups based on practical topics, including bird inventory, vegetation analysis, plant collection and preservation, carbon emission measurement from trees and soil, and monitoring aquatic biodiversity.
“This field activity provides an opportunity for participants to be directly involved in observation, data collection, and scientific analysis,” added Dr. Mega.
Among the lush campus vegetation, several plant species have been identified, including: Kapok (Ceiba pentandra), Forest coffee (Rubiaceae), Flamboyan (Delonix regia), Ki kopong (Cecropia), Mara (Macaranga sp), dan Deluak (Microcos tomentosa).
On the fauna side, a number of bird species were successfully identified, including the turtle dove. (Streptopelia chinensis), Finches (Pycnonotus aurigaster), Welcome, little one (Pycnonotus goiavier), Javanese Chili (Dichaeum trochilleum), Small leaf (Perictocotus cinnamomeus), Swallow, Swallow (Psilopogon haemachepalus), River kingfisher (Todiramphus chloris), and Cipoh is broken (Aegithina tiphia).
Furthermore, participants measured carbon emissions from vegetation and soil, and collected water samples from the campus lake. Microalgae analysis of these samples is an important indicator in assessing the quality and balance of the local aquatic ecosystem.
Also read: FMIPA UI and PT PGAS Solution Hold Biodiversity Conservation Training to Support Sustainable Energy Sector
Each training session concluded with a presentation and open discussion. This forum served as a platform for exchanging ideas and strengthening conservation competencies in the field.
One participant, Hasna Lucidadari from the Indramayu region, said, “I learned how to collect biodiversity data directly in the field. Usually, we only receive the results through reports. I hope training like this can continue and be adapted to the conditions of each region.”
This training was opened on Tuesday (15/7) by the Head of UKK–LST, Mr. Eko Waludi, and was also attended by the Deputy Dean for Resources, Ventures, and General Administration of FMIPA UI, Prof. Dr. Tito Latif Indra, S.Si., M.Si., and Samuel Endrico, S.H., M.H., Department Head of Learning and Development of PT PGAS Solution.
Through this activity, the participants not only brought home knowledge, but also brought home a new spirit and commitment to protecting the environment.
With close collaboration between academia and industry, this activity is a small step from a green dot in the heart of campus to a major change in sustainability practices across the national energy industry.
