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Optimalisasi Infrastruktur Hijau sebagai Elemen Urban Ecological Network: Infrastruktur Hijau By Nur Hidayah Rahmawati; Raksa Maulana Subki; Stephanie Arvina Yusuf; Rachmat Kurnia
Jurnal Syntax Fusion Vol 6 No 06 (2026): Jurnal Fusion: Jurnal Nasional Indonesia
Publisher : CV RIFAINSTITUT

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.54543/fusion.v6i06.524

Abstract

Rapid urbanization has resulted in landscape fragmentation, environmental degradation, and weakened ecological connectivity. The concept of the Urban Ecological Network (UEN) provides a systemic framework for integrating green spaces into a functional ecological system. Green infrastructure acts as the structural backbone of this network. This study aims to analyze the strategic role of green infrastructure in establishing UEN and to formulate optimization strategies for sustainable urban landscape planning. The research employs a qualitative-descriptive approach through a systematic literature review and conceptual analysis grounded in landscape ecology theory. The findings indicate that green infrastructure optimization requires spatial network planning, multi-scale integration, and regulatory alignment with ecological connectivity principles. Green infrastructure should be positioned as a core ecological structure rather than merely an aesthetic element in resilient urban systems.
PENERAPAN ARSITEKTUR EKOLOGIS PADA KAWASAN PERKANTORAN DENGAN INTEGRASI PEMBUATAN SISTEM BIOPORI:  STUDI KASUS PT. INTI JL. MOH. TOHA NO.77 BANDUNG By Nur Hidayah; Rachmat Kurnia; Stephanie Arvina Yusuf; Raksa M . Subki; Dianna Astrid Hertoety; , Rahy R Sukardi; Heru Wibowo; Karto Wijaya
JURNAL PENGABDIAN KEPADA MASYARAKAT (JPKM) KEBANGSAAN Vol 2 No 2 (2026): Edisi 4
Publisher : LPPM UKRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31848/jpkmkebangsaan.v2i2.4689

Abstract

Increasingly evident climate change has led to higher rainfall intensity in many regions, including the city of Bandung. In the office complex of PT. INTI, located at Jl. Moh. Toha No. 77, Bandung, this issue is significant because of the large number of hard surfaces that block water infiltration into the soil, as well as rainwater puddles in several areas. Constructing biopore holes as a solution to improve soil absorption capacity is a relevant and sustainable measure. Biopore holes can increase rainwater infiltration, reduce runoff, and improve soil quality. The methods used to implement this program involve several stages, from outreach and training to the actual construction of the biopore holes. Outreach will be directed at the users of the area, including the program implementers, to build their understanding of the importance of biopore holes in addressing waterlogging and reducing flood risk. This activity aims to provide a concrete solution that can be implemented in the PT. INTI office complex. Through the construction of biopore holes, it is hoped that the program can serve as a model for other areas in Bandung and its surroundings in addressing rainwater runoff and improving environmental quality